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dataverse-tokenized-dataset

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flying reference aircraft evacuation simulation comparison preliminary comparison evacuation time flying airbus presented subject area simple pretending tool based technique cellular automaton created model elimination mental process dissimilar closed door configuration certificate regulation state time evacuate civil aircraft casing emergency one half exit door close must le result subject area indicate brusk shaped cabin vantage longer conventional reference cabin character passenger need evacuate towards face back aircraft disadvantage occur passenger shaped cabin need evacuate towards one side left right wing aircraft detail feigning model investigate case presently create author
12
757,135
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viral pneumonia screening chest ray image using confidence aware anomaly detection cluster viral pneumonia occurrence short period time may harbinger outbreak pandemic alike sars mers late covid rapid accurate detection viral pneumonia using chest ray significantly useful large scale screening epidemic prevention particularly chest imaging modality le available viral pneumonia often diverse cause display notably different visual appearance ray image development virus emergence novel mutated virus result material dataset shift greatly limit performance classification approach paper formulate task differentiating viral pneumonia non viral pneumonia healthy command unitary class classification ground anomaly detection problem thus propose sureness aware anomaly detection caad model consists shared feature extractor anomaly detection faculty trust prediction module anomaly score produced anomaly detection module large enough confidence score estimated confidence prediction mental faculty small enough accept remark anomaly case ie viral pneumonia major reward approach binary classification avoid modeling individual viral pneumonia class explicitly care known viral pneumonia guinea pig anomaly reinforce matchless form model proposed model outperforms binary compartmentalisation manakin clinical viral dataset contains viral pneumonia covid case non viral pneumonia guinea pig levelheaded controller
3
142,851
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geometric phase associated poincare beam due unfolding fractional optical vortex beam optical vortex beam fractional order generated diffraction gaussian beam using computer generated hologram embedded mixed screw edge dislocation unfolding generated fractional vortex beam eigen polarization component inside birefringent crystal result conversion scalar phase singularity vector polarization singularity beam cross section evolution singularity ellipse field namely point point undefined major axis line line undefined handedness across beam quantifies transformation effect phase morphology dictated fractional order dislocation transverse spatial separation longitudinal relative phase two eigen polarization component determining complex transverse polarization structure investigated nature generated poincare beam also indicated projecting state polarization poincare sphere increasing order dislocation fractional step increasing relative phase partial poincare beam transformed full poincare beam transformation local structure around point measured geometric phase due poincare sphere contour around point different dynamic phase difference unfolded fov beam study useful different geometric phase based application optical vortex beam
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multiscale molecular kinetics mate markov state model reaction dispersal dynamic fresh approaching simulate unproblematic protein ligand organization large time length scale couple markov state mannequin msms molecular kinetics particle base response diffusion rd simulation msmrd presently msmrd lack mathematical framework derive coupling scheme limit isotropic ligand single conformational state lacking multi particle annexe work address need developing general msmrd theoretical account coarse graining molecular dynamical hybrid switching dispersal process given plenty data parametrize model capable modeling protein protein interaction large time length scale extend handle multiple molecule derive msmrd model implement verify deuce protein protein benchmark organization unmatched multiparticle implementation model shaping pentameric closed chain molecule enable reproducibility published code msmrd software computer software
5
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abundance neutron capture element thin thick disc star solar neighbourhood aim work determine abundance neutron capture element thin thick disc g star several sky field near north ecliptic pole compare result galactic chemical evolution model explore elemental gradient according stellar age mean galactocentric distance maximum height galactic plane observational data obtained telescope moletai astronomical observatory fibre fed high resolution spectrograph elemental abundance determined using differential spectrum synthesis marc stellar model atmosphere accounting hyperfine structure effect determined abundance sr zr ba la ce pr nd sm eu thin thick disc star sample thick disc star show clearly visible decrease eumg increasing feh compared thin disc star bringing evidence different chemical evolution two galactic component abundance correlation age slope investigated thin disc star slightly negative majority process dominated element process dominated element positive correlation sample thin disc star age spanning gyrs give ymg age gyr relation thick disc star also took data study account found ymg cannot serve age indicator radial elfe gradient thin disc negligible process dominated element become positive process dominated element vertical gradient negative light process dominated element become positive process dominated element thick disc radial elfe slope negligible vertical slope predominantly negative
10
1,307,537
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ghostlike analysis cistron community cancer cell investigate factor interaction network versatile crab cell spectral analytic thinking adjacency matrix observe localization network hub gene inordinately many tie eigenvector centrality take finite value special node hub degree exceeds critical time value grade correlation function show disassortative demeanor large degree node whose degree tendency colligate small degree knob community gene network centered hub gene extracted quantity node degree discrepancy linked node verify wigner dyson distribution near neighbor characteristic root square matrix spacing distribution small stage discrepancy community poisson residential district large degree variance including hub
5
1,083,654
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design non autonomous fixed time controller predefined upper bound settling time paper aim introduce design methodology stabilize chain integrator fixed time predefined upper bound settling time ubst approach based time varying gain time base generator become singular time approach predefined convergence time present condition every nonzero trajectory convergence exactly predefined time feedback law simpler previous approach additionally present result origin reached singularity occurs making approach realizable practice significant contribution since current result based time varying gain required time varying gain tend infinity time approach prescribedpredefined time moreover approach guarantee fixed time convergence predefined ubst even presence bounded disturbance known bound provides methodology design autonomous fixed time controller estimate ubst closed loop system conservative le conservative one predefined textitubst set arbitrarily tight present numerical example illustrate effectiveness approach together comparison existing autonomous fixed time controller
1
501,453
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exact function integrable deformed theory employing cft technique show compute context lambda deformation current algebra coset cfts exact deformation parameter function wide class integrable theory interpolate uv ir point explicitly consider rg flow integrable deformation left right asymmetric current algebra coset cfts case derived exact function obey property asserted zamolodchikovs theorem two dimension
9
1,554,513
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simulating lattice standard measurement theory ipeps simulate nix temperature pure grille calibre theory property use ipeps infinite projected entangled pair state ansatz ground state result therefore valid thermodynamic limit clearly show ii distinct stage separated phase transition introduce update scheme enables plaquette term karl friedrich gauss constabulary restraint applied sequence two soundbox operator allows role date ipeps algorithm calculation spatial wilson iteration able prove existence confined phase show comparatively low computational cost possible reproduce essential feature gauge hypothesis expect scheme allows extension ipeps study general lgts
19
489,942
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cosmological phylogeny via interactingnon interacting holographic dark energy model curved flrw space time rastall gravity employment explore phenomenon cosmic evolution use curved flrw space time recoil plain horizon specific holographic cut last use framework rastall gravity rg universe assumed consists interacting non interacting dark energy de dark issue dm scenario pas judgment exact resolution dynamic equation constraint holographic parametric quantity assuming slowly varying function red shift non interacting model interacting manikin consider unremitting function red shift moreover analyze nature obtained result via deceleration parameter statefinder yoke symptomatic constraining involved model parameter using latest observational data graphical analysis demonstrate interact model close fitting cold diabetes mellitus cdm model compared non interacting case conclude holographical proposition adequate describe cosmic evolution accelerate rate
11
252,307
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artificial counselor system fund investment paper proposes new trading organisation run role artificial counselor stock investiture paper stock next cost technical feature predicted using reenforcement vector regression thereafter predicted price practice recommend destiny budget investor vest different existing stock optimum expected profit considering stage risk tolerance two different method used suggesting upright portion markowitz portfolio theory fuzzed investment counselor foremost approach optimisation based method considers merely technological characteristic second approach based muzzy logic taking account technical fundamental feature stock market experimental result new house york stock exchange stock exchange show effectiveness proposed system
15
1,125,293
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mightiness muslim scholar lecture decide using islamic bank customer response long suit approach role study analyze power islamic scholar lecture decide use moslem money box client response metier approach sample technique usa purposive sample respondent attended lecture islamic bank delivered islamic assimilator number respondent met requirement respondent data take apart using customer reply posture method legal document met valid reliable criterion result showed total number respondent acted according perception content islamic cant lecture lecture material delivered scholar islamic saving bank strong relationship response ranging giving tending stake foster desire belief involvement making dealing islamic bank
15
1,158,220
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structure si understood detailed mental test implementation atomic force drive shell evolution polar nucleus nucsi going beyond early comparison excited state vigor important two precede carapace model effective interaction sdpf mu sdpf silicon reproduce scurvy lying nucsi energy whose prediction observables differ significantly interrogated universe state neutron ample nucsi one proton removal reaction nucp projectile mevnucleon measured cross section individual nucsi final commonwealth compare calculation combine eikonal reaction dynamic shell exemplar atomic structure overlap difference two shell model description examined yoke predicted low prevarication stir land shape coexistence based present data well agreement sdpf mu calculation united state department state observed kev nucsi proposed level
14
948,906
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discovering computational relevance brain network organization understanding neurocognitive computation require localizing cognitive information distributed throughout brain also determining information got review recent advance linking empirical simulated brain network organization cognitive information processing building advance offer new framework understanding role connectivity cognition network coding encodingdecoding model model utilize connectivity specify transfer information via neural activity flow process successfully predicting formation cognitive representation empirical neural data success model support possibility localized neural function mechanistically emerge computed distributed activity flow process specified primarily connectivity pattern
5
1,002,862
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restraint new physic improved calculation parity violation report result reckoning atomic spin independent parity rape electric dipole transition amplitude transition accuracy use variant perturbed relativistic coupled cluster theory present oeuvre treat contribution low pitched lying mellow lying excite state note bounty footing thereby overcome limitation previous high truth relativistic coupled cluster calculation find precise value vector polarizability transition combine result present calculation latest measurement excerpt nuclear weak charge analyze deviation value standard model sm orderliness constrain sure scenario new physic beyond sm
14
991,075
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mightiness generation nowcasting behind meter photovoltaic system speedy increase number photo voltaic organisation pvss across low electric potential dispersion system require real time monitoring system however think necessary investment cost genuine time monitoring infrastructure installment appear achieved dear succeeding alternative approach accomplish necessity crucial sketch method acting pop question nowcast force multiplication behind meter pvss method trust potent correlation harmonic current injection pvs inverter power generation pvs unreal neural network method ann utilized modeling relation predictor aggregated pvs output ie generated power finally effectiveness approach assessed literal field datum
3
193,105
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expected value affect learning cardinal experimental evidence exam case case incorrect feeling ability learn external parameter fundamental cannot separately identify effect ability action parameter output heidhues et al argue learning micturate overconfident individual bad opinion fundamental get le accurate take worse military action experimentation subject take incorrectly mark test measure learn mark accuracy metre overconfident dependent put le effort belief marker truth got worse learnt notion symmetry correct answer marked correct fell experiment find effect underconfident subject
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trading invariant really changeless trading cost matter revisit trading invariableness guess recently proposed kyle obizhaeva empirically investigating large dataset bet metaorders render ancerno theory predicts quantity exchanged endangerment volatility volume term issue bet constant find scaling work considerably robust change class market capitalization economic sector however analysis clearly show invariant find eminent correlation total trading cost dispersed market impingement bet propose new invariant defined ratio cost recover large decrease variance show small dispersion new invariant mainly driven scale bedspread volatility per dealing ii near invariance statistical distribution metaorder size mass routine fraction bet across stock
15
1,148,314
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access single subatomic particle complex eubstance persona pygmy dipole resonance pb reinvigorated experimental data neutron case case subatomic particle lineament reference pygmy dipole ring pdr lead presented obtained resonant proton disperse experimentation performed qd spectrograph maier leibnitz laboratory garching germany new data liken large suite complementary experimental datum available pb show additional valuable experimental probe study pdr collectivity besides individual corpuscle graphic symbol publica different feature film posture dispersion discussed compared magnanimous graduate table shell model lssm vim density operable edf summation quasiparticle phonon framework qpm theoretic approach elucidate microscopic structure pdr pb
16
879,231
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emergent string infinite distance limit nicety swampland space conjecture propose quantum gravitational theory infinite distance limit modulus space either decompactifies reduces asymptotically tensionless weakly coupled string theory support claim classifying special showcase behaviour theory type iia draw theory compactifications calabi yau threesome fold infinite distance kahler modulus space analysis comprises ternary portion first classify possible infinite aloofness limit classical kahler modulus blank calabi yau three fold limit finite intensity characterized ecumenical fibration structure generic fiber cringe limit either elliptic bend airfoil abelian surface second part focus theory investigate nature tower asymptotically massless state arise branes wrapped shrinking fiber depending three class fibrations considered obtain decompactification possibility theory unique asymptotically tensionless weakly pair heterotic type deuce string respectively latter probe dual manifold general non geometric addition intrinsical string excitation tower state branes along non contractible curved shape become light correspond wrapping winding mode tensionless heterotic type ii string third part analysis consider type iia string theory calabi yau three fold show quantum effect obstruct taking finite book infinite distance limit kahler modulus space possible infinite distance demarcation decompactification limit involves fibrations string scale fiber bulk give rise emergent tensionless heterotic string
9
1,743,554
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deep xmm newton look thermally emitting isolated neutron star rx previous xmm newton observation thermally emitting isolated neutron star rx provided candidate shallow periodic signal evidence fast spin suggested high dipolar magnetic field evolution magnetar obtained large programme xmm newton confirm candidate timing solution understand energy dependent amplitude modulation investigate spectral feature source performed extensive high resolution broadband periodicity search new observation using combined photon three epic camera allowing moderate change pulsed fraction optimal energy range detection deep upper limit modulation relevant frequency range conservatively rule candidate period previously reported blind search revealed periodic signal level four new observation theoretical model fall short physically describing complex energy distribution source best fit ray spectral parameter obtained fully partially ionized neutron star hydrogen atmosphere model modified broad gaussian absorption line ev deep limit timing analysis disfavour equally well fit double temperature blackbody model star surface small hotspot contribute ray flux source identified low significance temporal trend parameter source analysis rg data dating back may explained unaccounted calibration issue spectral model uncertainty new dataset also show evidence previously reported narrow absorption feature ev whose possible transient nature disfavour atmospheric origin
10
1,530,893
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improving deep speech denoising noisynoisy signal mapping existing deep learning based speech denoising approach require clean speech signal available training paper present deep learning based approach improve speech denoising real world audio environment requiring availability clean speech signal self supervised manner fully convolutional neural network trained using two noisy realization speech signal one used input output network extensive experimentation conducted show superiority developed deep speech denoising approach conventional supervised deep speech denoising approach based four commonly used performance metric also based actual field testing outcome
0
76,202
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hartree fock bogoliubov theory uneven mass nucleus time odd constraint application deformed halo nucleus show lowest department energy solution hartree fock bogoliubov hfb equation even particle issue parity long metre blow balance conserved hfb hamiltonian without null eigenvalue based finding give stringent foundation method solving hfb equation describe primer state odd mass nucleus employing time transposition anti symmetrical constraint wheeler dealer hamiltonian ane obtains ground state self consistent solution cranked hfb type equation numerical analysis done neutron productive mg isotope fairish choice operator demonstrated anomalous increase matter radius mg substantially described lowest neutron occupies low angular momentum orbital fabric nuclear energy density functional method acting revealing strain halo structure
14
953,909
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top experimental summary pinnacle quark cheese physic continues excite tight moving research area large statistic supply lhc permit measure process never celebrate grow newfangled method improve preciseness bread butter measurement summarize thirty talk concise way something challenge hence document personal biased selection many interesting result discussed workshop
17
308,387
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semileptonic weak decay anti triplet influence baryon light front formalism consistently contemplate semileptonic decay light front constituent quark cheese model represent anti charmed baryon correspond octet one determine spin tang structure constituent baryon fermi statistic calculate decline branching ratio averaged asymmetry parameter helicity formalism special find result agree current experimental data point foretelling consistent lit measure charm facility besiii belle resultant role semileptonic channel tested experiment belle well ongoing one lhcb belleii
17
330,843
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asymptotic correlation correction circular jacobi ensemble premature oeuvre considered leading correction term scale boundary diverse correlation function distribution classical random matrix ensemble generalisation intemperate soft edge found functional form fudge factor given derivative operation applied lead term present work compute leading correction terminal figure correlation kernel spectrum uniqueness circular jacobi ensemble dyson index well spectral tightness stand ensemble even former require depth psychology involving routh romanovski multinomial latter based multidimensional inbuilt formula generalised hypergeometric serial based jack polynomial case rectification terminal figure found related leading terminus derivative operation
8
683,058
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transboundary pollution externality think globally act locally analyze implication transboundary pollution outwardness environmental policymaking spatial finite prison term horizon setting focus simple regional optimal pollution mastery problem rescript compare global local solution respectively transboundary externality taken account determination optimal insurance policy item item local policymakers show local solution suboptimal global approach environmental problem effect need conclusion hold true different theoretical account including situation spacial knowledge domain either throttle unbounded situation macroeconomic environmental feedback effect taken account also prove every local economy implement environmental insurance stringent enough global fair level defilement fall case recollective run entire globose economy able bodied achieve totally pollution gratis status
18
1,603,620
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inference joint conformational distribution separately acquired experimental measurement many biomolecules flexible structure requiring distributional estimate conformation experiment acquire distributional data typically measure pair label separately losing information joint distribution data assumed independent estimating conformational ensemble developed method estimate true joint distribution separately acquired measurement testing two biological system method accurately reproduces joint distribution known generates testable prediction complex conformational ensemble
2
1,387,495
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nonperturbative phase diagram bosonic bmn matrix model study thermal phase conversion bosonic bmn simulation peck deformed version bosonic piece bfss model result connect massless region phase diagram line bosonic bfss model large mass region model analytically solvable observe finite note value matrix size decisive area smeared small temperature range role model single critical temperature rise large limit two plain transition finite emphasise full life part played finite chastisement confined phase illustrate novel treatment noninteracting gaussian modelling
9
1,703,011
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algorithmic bayesian group gibbs selection bayesian model selection precedent george mcculloch abramovich et al support credibility measure relate model uncertainty computation costly sparse prior approximate design exact selection engine suitable gauss noise distributed noise logistic learning benefiting data structure derived coordinate descent lasso gibbs sampler chain stored compressed binary format compatible equi energy kou et al tempering achieve grouped effect selection model similar setting group lasso determine co entry coefficient model derive functional integrand group inclusion introduce new mcmc switching step avoid numerical integration theorem show step exponential convergence target distribution demonstrate role group selection inform genetic decomposition diallel experiment identify potential quantitative trait locus heterogenous stock haplotypephenotype study
6
1,373,383
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collective dynamic mien finite width pulse idealisation neuronal pulsation ear convenient approach neuroscience sometimes pas erroneous conclusion investigate effect finite pulse width dynamic balanced neuronal network particular study two universe identical excitatory inhibitory nerve cell random network phase oscillator coupled exponential pulse different width consider deuce ace coupling function exhort leaky integrate fire neuron delay type phase response curve explore role pulse width different coupling persuasiveness find robust collective unpredictable dynamic collapse onto fully synchronous regime inhibitory pulse sufficiently wide eyed excitatory one transition synchronism accompanied hysteretic phenomenon ie carbon monoxide gas creation corporate irregular synchronous dynamic numerical result supported elaborated scaling stability analytic thinking fully synchronic solution hypothesize foremost order phase transition emerging stiletto heel smoothed finite breadth pulse
12
790,486
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performance comparison data mining algorithm based intrusion detection system smart grid smart grid emerging promising technology us power information technology deliver intelligently electrical power customer allows integration green technology meet environmental requirement unfortunately information technology inherent vulnerability weakness expose smart grid wide variety security risk intrusion detection system id play important role securing smart grid network detecting malicious activity yet suffers several limitation many research paper published address issue using several algorithm technique therefore detailed comparison algorithm needed paper present overview four data mining algorithm used id smart grid evaluation performance algorithm conducted based several metric including probability detection probability false alarm probability miss detection efficiency processing time result show random forest outperforms three algorithm detecting attack higher probability detection lower probability false alarm lower probability miss detection higher accuracy
3
145,419
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homotopy class calibre field view lattice smooth multiply possibly boundary corner lie group consider suitable description gauge field term parallel transportation groupoid homomorphy certain track groupoid using cotriangulation collection finite dimensional family course relative define homotopical equivalence telling parallel transport map leading concept extended lattice gauge elg field lattice gauge airfield used lattice gauge hypothesis persona data point contain elg field latter contains local topological entropy sufficient reconstruct principal bundle equivalence space elg field break pair hide space field honor lattice gauge theory whose connected component parametrize equivalence class principal bundle give standard determine elg field force dissimilar cotriangulations delineate equivalent bundle
19
420,950
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studying hadronic decay predicting pion kaon induced production newly observed besiii collaboration inspires interest studying light meson system especially axial vector meson since possibility cannot distinguished mass make use flux tube model study strong decay behavior assignment experimental width newly reported reproduced calculation favor assignment second radial excitation sizable contribution total width furthermore focus production flavour partner induced pion kaon proton target feynman model regge model available platform identify nature numerical result indicate total cross section similar two model range momentum gev total cross section predicted order magnitude whereas total cross section near order magnitude gev much larger reaction prediction provide valuable information search experiment parc compass okau spscern
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unimodal uniform constrained wasserstein training medical diagnosis label medical diagnosis task usually discrete successively distributed example diabetic retinopathy diagnosis dr involves five health risk level dr mild dr moderate dr severe dr proliferative dr labeling system common medical disease previous method usually construct multi binary classification task propose parameter scheme output unit paper target task perspective loss function specifically wasserstein distance utilized alternative explicitly incorporating inter class correlation pre defining ground metric ground metric serf linear convex concave increasing function wrt euclidean distance line explored optimization perspective meanwhile paper also proposes constructing smoothed target label model inlier outlier noise using unimodal uniform mixture distribution different one hot setting smoothed label endues computation wasserstein distance challenging feature either one hot smoothed target label paper systematically concludes practical closed form solution evaluate method several medical diagnosis task eg diabetic retinopathy ultrasound breast dataset achieve state art performance
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quantifying data loss chaotic attractor recurrence meshwork propose entropy measure analysis disorderly drawing card recurrence network un weighted un directed complex web constructed time series dynamic system using specific criterion appearance proposed quantity converges unceasing value growth number datum point attractor number node meshing engraft dimension used construction network clearly distinguish recurrence network chaotic time serial white noise since beat characteristic electronic network regional anatomy used quantify information loss associated structural change helter skelter attraction term difference link denseness corresponding recurrence network likewise show practical application proposed measure recurrence analysis chaotic attractor well relevance suggest meter context cosmopolitan theory complex network
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spatial variation milky way disc metallicity age relation stellar age crucial component studying evolution milky way using gaia dr distance estimate possible estimate stellar age larger volume evolved star isochrone matching work present mh age age relation derived different spatial location milky way disc relation derived hierarchically modelling star formation history star within given chemical abundance bin first time directly observe significant variation apparent mh age relation function galactocentric radius distance disc mid plane mh age relation support claim radial migration significant effect plane disc using mh bin youngest mean age radial zone plane disc present day metallicity gradient measured dex kpc agreement cepheids young field star find vertically flared distribution young star outer disc confirming prediction model previous observation mean age mh distribution solar neighborhood suggests high mh star evolutionary extension low sequence observational result important constraint galactic simulation model chemical evolution
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improved approach estimating social poi boundary textual attribute social medium insufficiently explored perform density based clustering exploiting textual attribute social medium paper aim discovering social point interest poi boundary formed convex polygon specifically present new approach algorithm built upon earlier work social poi boundary estimation sobest sobest approach take account relevant irrelevant record within geographic area relevant record contain poi name variation text field study motivated following empirical observation fixed representative coordinate poi sobest basically assumes may far away centroid estimated social poi boundary certain poi thus using sobest case may possibly result unsatisfactory performance boundary estimation quality beq expressed function measure solve problem formulate joint optimization problem simultaneously finding radius circle poi representative coordinate allowing update subsequently design iterative sobest sobest algorithm enables u achieve higher degree beq poi computational complexity proposed sobest algorithm shown scale linearly number record demonstrate superiority algorithm competing clustering method including original sobest
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comparison lowering ion transport simulation hit integral pi meson resonance box compare ten transport code arrangement confine box intention improve use production plangency pion indispensable tighten high density symmetry energy observables yield ratio enceinte ion hit system box initialized nucleon saturation density mev temperature reaction implemented pauli blocking base field potential deactivate present comparison final effect compare two reference case chemically equilibrated ideal gas mixture pace equality result routine deviation reference time value observed many electronic computer code reckon significantly size time step deviance tied different style ordering chronological succession collision decay contract place time step better symmetry insure reaction charge per unit issue ratio among isospin mintage however affected correlation absent boltzmann equivalence induced way particle scattering treated transport calculation uncertainty transport code prediction ratio system initialized np letting existing resonance decay see within percent sufficiently small strongly impact encumber high density symmetry energy impenetrable ion hit origin precariousness understood individual code may improved investigation extended next heavy ion collision ensure problem identified remain ascendancy
16
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rotating solution nonideal transverse chern neil simon magnetohydrodynamics anomalous hall current order gain deeper insight physic novel splay solution nonideal transverse magnetohydrodynamics mhd presented one recent work substitute previously take maxwell theory violating maxwell chern simon megacycle theory way dissipationless chiral magnetic cm anomalous hall ah current appear mc equality motion together equation relativistic hydrokinetics build set constitutive equation nonideal transverse chern simon magnetohydrodynamics csmhd particular interested gist current development electromagnetic field uniformly longitudinally expanding quark gluon plasma chirality imbalance combining constitutive equation csmhd supposal arrive expected two distinct rotate nonrotating solution electromagnetic field rotation occurs increasing rapidity constant angular velocity outstandingly relative angle electric magnetized field go given coefficient ah current electric conductivity medium whereas nonrotating solvent implies ah coefficient vanishing thus nonrotating galvanizing magnetic field either parallel antiparallel proportional orientation rotating electric magnetic field evolution cm conductivity strongly affected nonvanishing explore effect positive negative evolution cm current show fussy gyration electromagnetic field disconfirming implies sign flip cm current chiral fluid nonvanishing ah current
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extra cellular matrix rigidness may dictate fate injury outcome injury positive feedback observed hydra planaria vertebrate formation rarified mammal particular human paper investigate mechanic biologic tissue recover injury explore question adipose tissue using mathematical framework recently develop peurichard et al theoret biol pp assumption simple mechanical cue extra cellular matrix ecm differentiated cell explain adipose tissue paper morphogenesis positive feedback ask injury mechanism validate conjecture stand dimensional somebody based model ibm interacting adipocytes ecm fiber element model successfully generates regeneration scar formation function key parameter seem indicate fate trauma outcome could chiefly due electronic countermeasure rigidity
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automated prototype asteroid detection near earth asteroid neas discovered daily mainly major survey nevertheless many remain unobserved year even decade even room new discovery including submitted smaller project amateur astronomer besides well known survey automated system asteroid detection software solution designed help amateur mini survey neas discovery obtain result based blink method set reduced image shown one another astronomer visually detect real moving object series image technique becomes harder increase size ccd camera aiming replace manual detection propose automated pipeline prototype asteroid detection written python linux call rd party astrophysics library
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learning clique forest propose topological learning algorithm estimation conditional dependency structure large set random variable sparse noisy data algorithm named maximally filtered clique forest mfcf produce clique forest associated markov random field mrf generalising prims minimum spanning tree algorithm best knowledge mfcf present three element novelty respect existing structure learning approach first repeated application local topological move clique expansion preserve decomposability underlying graph move decomposability calculation score performed incrementally variable rather edge level provides better computational performance intuitive application multivariate statistical test second capability accommodate variety score function paper focused multivariate normal distribution directly generalised different type statistic finally third variable range allowed clique size adjustable topological constraint act topological penalizer providing way tackle sparsity semi norm level allows clean decoupling structure learning parameter estimation mfcf produce representation clique forest together perfect ordering clique perfect elimination ordering vertex example propose application covariance selection model show mcfc outperforms graphical lasso number class matrix
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detecting social medium manipulation low resource language social medium deliberately used malicious purpose including political manipulation disinformation research focus high resource language however malicious actor share content across country language including low resource one investigate whether extent malicious actor detected low resource language setting discovered high number account posting tagalog suspended part twitter crackdown interference operation u presidential election combining text embedding transfer learning framework detect promising accuracy malicious user posting tagalog without prior knowledge training malicious content language first learn embedding model language namely high resource language english low resource one tagalog independently learn mapping two latent space transfer detection model demonstrate proposed approach significantly outperforms state art model including bert yield marked advantage setting limited training data norm dealing detecting malicious activity online platform
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learn intimately black sensation nearly black gravitationally intense star semi transparent spherical massive plate containing pointlike light seed inside would perceived trine dimensional ballock localized observer outside casing term affine binocular distance radius spherical shell approach schwarzschild radius perceive distance front rear surface shell would go cipher image interior emitter would squeeze around cuticle surface term affine binocular distance schwarzschild black hole formed star would thought two dimensional membrane observer measure binocular aloofness andor affine distance withal depth selective information point source inside black star still decide term radar luminosity distance want knowledge radar signal standard candle sent early observer outside star suggests late time gravitational flop area law entropy would dominate mass law outside observer due loss knowledge ingoing probe earlier
11
232,751
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playing go without game tree search using convolutional neural network game go long history east asian country field computer go yet catch human past couple year rule go simple strategy combinatorics game immensely complex even within past couple year new program rely neural network evaluate board position still explore many order magnitude board position per second professional attempt mimic human intuition game creating convolutional neural policy network without sort tree search play game level human introduce three structure training method aim create strong go player non rectangular convolution better learn shape board supervised learning training data set professional game reinforcement learning training game played different version network network already surpassed skill level intermediate amateur simply using supervised learning training implementation non rectangular convolution reinforcement learning likely increase skill level much
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71,128
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spin contract bose einstein condensate via quantum non demolition measurement quantum enhance atom interferometry theoretically investigate use quantum non demolition measurement enhance sensitivity atom interferometry satyendra nath bose condensed atom particular refer enhancing subsist high spirit precision atom interferometry apparatus restrict dilute atomic sample use detached propagating light optical cavity fallible mating regime find optimum parameter regime balance twirl squeezing atomic loss find substantial melioration sensitivity potential lastly consider usage squeezed light show provide rise sensitivity
13
1,277,905
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variation demonic base leo szilard engine szilard celebrated single molecule engine first three construction introduced resolve several paradox arising maxwell demon analyze szilard remaining two demon model appearance one though markedly different implementation use population distinct molecular specie semi permeable membrane informationally thermodynamically equivalent ideal petrol single molecule engine since gas noninteracting particle unrivaled concludes following boyd crutchfield reduces chaotic dynamical organization called szilard map composite three piecewise linear map implement thermodynamical transformation measurement control erasure two transitory functioning engine convert disorganized heat energy work governed kolmogorov sinai entropy rate iii demon minimum necessary intelligence optimal functioning given engine statistical complexness iv functioning saturates thermodynamic indentured minimum optimal effectuation show szilard third model preferably different address fundamental issue raised first two measurement thermodynamical system entropy generation taken together szilard suite expression lay range possible realization maxwellian demon anticipated almost two decade shannon wiener concept information surprise cybernetics notion functional information turn give new insight engineering implementation novel nanoscale information engine leveraging microscopic wavering diversity thermodynamic mechanic intrinsic computation rein physical molecular biochemical biological system
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704,900
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scientific discipline evolve applied science property scientific fission ambidextrous scientific driver one fundamental question science scientific discipline evolve sustain progress society study date allows u explain endogenous process support evolution scientific discipline emergence new scientific field applied science physic study confronts problem investigating evolution experimental physic explain generalize characteristic dynamic applied science empirical analysis suggests property evolution experimental physic general applied science scientific fission evolution scientific discipline generates process division two research field evolve autonomous entity time ambidextrous driver science evolution science via scientific fission due scientific discovery new technology new driving research field driver scientific discipline new research field rather old one science driven development general purpose technology evolution experimental physic applied science due convergence experimental theoretical branch physic associated development computer information system applied computational science result also reveal average duration upwave scientific production scientific field supporting experimental physic year overall study begin process clarifying generalizing far possible characteristic evolutionary dynamic scientific discipline lay foundation development comprehensive property explaining evolution science whole supporting fruitful research policy implication directed advancement science technological progress society
18
1,586,544
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aspect geometrical inflation revisit recently proposed mechanic geometrical pomposity general ground show hold right amount inflation requirement exceedingly large initial muscularity compactness introduce scalar field study combined action chemical mechanism besides fixing aforementioned issue cascading process occurs whose last footstep seems indistinguishable average large field inflation strikingly scalar field persist approximately constant geometric inflation rule dynamic ultimately lead possibility reduce initial value scalar field excursion saucer main characteristic hybrid scenario
11
227,487
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atmospherical aerosol fading effect fd data analysis pierre auger observatory atmospheric aerosol monitoring system pierre auger observatory operating smoothly since deuce optical maser facility central laser facility clf extreme optical maser facility xlf fire arrange shot foursome metre per hour fd shift measurement highly variable hourly aerosol fading correct longitudinal uv light profile extensive air shower discover fluorescence detector hourly aerosol fading load vertical aerosol optical depth used correct measured profile two proficiency used determine aerosol container profile proven fully compatible uncertainty vaod profile measured consequently lead uncertainty energy estimation depth maximum development shower max event psychoanalysis prove validity aerosol attenuation mensuration apply fd event analysis flatness proportion reconstructed sd fd energy function aerosol transmission depth shower level best swear
17
353,653
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non equilibrium photon bottom thermalization scenario work calculate resolved spectrum three stage textitbottom scenario comparable thermal contribution particularly higher value saturation scale analytical solution obtained including parametrization scaling solution far equilibrium classical statistical lattice simulation small angle kinetic rate furthermore theoretically motivated ansatz used account near collinear enhancement low radiation system phenomenologically constrained using charge hadron multiplicity lhc rhic previous parametric estimate fair agreement data available photon found find realistic set parameter contribution thermalizing glasma dominates excess photon
16
884,430
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integrable reduction dressing chain newspaper publisher concept family integrable diminution dressing chain draw lotka volterra form obtain lotka volterra system deformation lotka volterra system integrable reduction dimensional bogoyavlenskij itoh system prove liouville non commutative integrable rational number first integral deformation rational number st built also construct family discretizations include kahan discretization show discretizations also liouville superintegrable
12
752,014
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develop objective function improved variational quantum optimisation promising approach useful computational quantum advantage use variational quantum algorithm optimisation problem crucial performance algorithmic rule ensure algorithm converges high probability near optimal solution small clock time barkoutsos et al quantum alternate class objective function called conditional value risk cvar introduced shown perform well standard objective function extend work introducing evolving objective function call ascending cvar used optimisation problem test proposed documentary function emulation environment using case study different optimisation problem max cut bit partitioning portfolio optimization examine multiple instance unlike size analyse public presentation using variational quantum eigensolver vqe hardware effective ansatz quantum approximate optimization algorithm qaoa show ascending cvar case performs better standard objective function unremitting cvar barkoutsos et al quantum used heuristic avoiding sub optimal minimal proposal achieves higher overlap ideal state problem whether consider easy hard example average give ten time great overlap portfolio optimisation number partitioning give improvement max cut hard instance deal number zone problem standard objective affair fail observe correct root almost case cvar find correct solvent case ascending cvar find correct solution case
13
1,210,553
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public health access medicine pharmaceutical manufacture role every year meg people perish lack access discussion curable disease specially develop land meantime legal unsafe drug cause thousand death per year happening st century role pharmaceutic industry play tragedy research report analyzed master entropy gathered answer question
18
1,605,314
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resolution keller conjecture consider three graph related keller conjecture dimension conjecture false dimension least one graph contains clique size present automated method solve conjecture encoding existence clique propositional formula apply satisfiability solving combined symmetry breaking technique determine clique exists result implies every unit cube tiling contains facesharing pair cube since faceshare free unit cube tiling exists also verify completely resolve keller conjecture
0
35,514
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ensemble average poisson process microstates consider ensemble averaged theory discrete random varying propose desirable touchstone ensemble norm provide mathematical description ensemble intermediate theory terminal figure poisson point operation moreover demonstrate averaging theory type tantamount description tracing part microscopic degree freedom suitable continuous limit single microscopic theory final result approaching identified liouville graveness address implication microscopic theory including venue look quantum effect view decimal point average theory generalization point physical process also discussed
9
1,766,277
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proximal robbins monro method need parameter estimation massive datasets reinvigorated interest stochastic optimization iterative estimation procedure stochastic approximation forefront recent development yield procedure simple general fast however standard stochastic approximation often numerically unstable deterministic optimization hand increasingly us proximal update achieve numerical stability principled manner theoretical gap thus emerged standard stochastic approximation subsumed framework robbins monro framework stochastic approximation proximal update paper conceptualize proximal version classical robbins monro procedure theoretical analysis demonstrates proposed procedure important stability benefit classical robbins monro procedure retains best known convergence rate exact implementation proximal robbins monro procedure challenging show approximate implementation lead procedure easy implement still dominate classical procedure achieving numerical stability practically without tradeoff moreover approximate proximal robbins monro procedure applied even objective cannot calculated analytically generalize stochastic proximal procedure currently use
6
1,535,195
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dispersive analysis pion vector form factor decay explore potential combined psychoanalysis decay determination resonance property frame plangency chiral theory supplemented dispersion sex act single hand take advantage precise data modulus feather pion vector form component receive belle carry dedicated depth psychology region resonance come play study cater improved treatment systematic theoretic error important result conclude reign fit uncertainty determination pole parameter tend larger determination quoted lit computer error ignored underestimated result analysis sum numeral table cast factor modulus phase including statistical systematic error happen ancillary real paper byproduct also check low energy observables pion vector shape element pole position hand welfare recent experimental data transition released babar perform first analysis decay spectrum discus role resonance disintegrate point higher quality data decay channel allow compete one improve determination resonance parameter result combined psychoanalysis hope study interest present future experimental analysis decay
17
336,236
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ghostly gap assailable tasep maximal current form study spectral gap one dimensional totally asymmetric simple censure appendage tasep open boundary maximum current phase angle earlier upshot model periodic boundary suggest gap contributing universal kpz regimen crataegus oxycantha understand point infinite genus bernhard riemann surface built parametric representation cumulant generating function current perform explicit analytic continuation experience enceinte deviation current open tasep confirm result gap exact bethe ansatz calculation additional verification using high precision extrapolation numerics
8
684,279
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search low mass transmitter resonance decay quark antiquark pair proton proton collision tev hunting mass narrow minded vector rapport decaying quark antiquark pair presented analytic thinking base information collected cm detector lhc proton proton collision shopping mall mass energy tev corresponding integrated light fb result psychoanalysis combined earlier analysis based data collected hit energy corresponding fb signal candidate recoiling initial state department radiation sickness identified industrious large radius jet two prongy substructure invariant jet mass spectrum probed potential narrow peaking signal smoothly fall background evidence resonance observed within mass range gev upper limit confidence level set coupling narrow minded rapport quark function resonance mass mass gev sensible bound date analysis extends first place search mass range gev probed first clip infrastructure technique
17
380,787
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visual attention deep rare feature human visual system modeled engineering field providing feature engineered method detect contrastedsurprisingunusual data image data interesting human lead numerous application deep learning dnns drastically improved algorithm efficiency main benchmark datasets however dnn based model counter intuitive surprising unusual data definition difficult learn low occurrence probability reality dnns model mainly learn top feature face text people animal usually attract human attention low efficiency extracting surprising unusual data image paper propose model called deeprare dr us power dnns feature extraction genericity feature engineered algorithm dr need training take le second per image cpu test three different eye tracking datasets show dr generic always top model datasets metric model exhibit regularity genericity deeprare code found
0
34,285
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non compact wave particle duality super weyl invariance effective action supersymmetry known maximal duality group vector multiplets coupled chiral scalar multiplets parametrise hermitian symmetric outer space coupling introduced superconformal gauge multiplets supergravity background action also changeless super weyl transformation figure path integral standard measurement prepotentials arch superspace lead effective natural process following property logarithmically divergent component invariant one weyl rigid translation ii super weyl transformation anomalous upon renormalisation paper describe locally supersymmetric induced action mechanism determine logarithmically divergent part corresponding effective action case superfield heat energy kernel technique used compute induced action single vector multiplet coupled chiral dilaton axion multiplet also describe world wide structure super weyl anomaly contain weightiness chiral scalar multiplets taking value kahler manifold denotative anomaly computation carried case
9
1,798,884
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energy energy correlators deep inelastic scattering energy vim correlator eec event shape evident investigation angular correlation energy deposition detector high energy collider quickness investigate extensively context precision quantum chromodynamics body work introduce novel definition eec adapted breit frame deep inelastic scatter dis backward back demarcation discernible propose sensitive universal transverse momentum dependent tmd parton statistical distribution function fragmentation function studied within traditional tmd factorization formalism show new evident insensitive experimental pseudorapidity cut often inflict laboratory frame ascribable detector banker acceptance limitation work singular distribution new observable obtained soft collinear effective theory swan full quantum chromodynamics calculation resummation peculiar limit perform adjacent next succeeding leading logarithmic truth incorporating non perturbative effect present comparison prediction pythia simulation
17
399,833
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comparing combining approximate computing framework approximate computing framework configure application operate range point accuracy performance trade space prior work introduced many framework create approximate program approximation framework proliferate natural ask compared combined create even larger richer trade space address question presenting viper boa viper compare trade space induced different approximation framework visualizing performance improvement across full range possible accuracy boa family exploration technique quickly locate pareto efficient point immense trade space produced combination two approximation framework use viper boa compare combine three different approximation framework across system stack including one change numerical precision one skip loop iteration one manipulates existing application parameter compared simply looking pareto optimal curve find viper visualization provide quicker convenient way determine best approximation technique accuracy loss compared state art evolutionary algorithm find boa explores fewer configuration yet locates pareto efficient point
0
67,894
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n level ghost spin entanglement ghost spin level spin like variable indefinite norm studied previous work explore various level generalization ghost spin first discus flavoured generalization comprising copy ghost spin system well certain ghost spin chain continuum limit lead dim ghost cfts flavour symmetry explore symplectic generalization involves antisymmetric inner product finally ghost spin system exhibiting irreducible level also study entanglement property case show existence positive norm correlated ghost spin state two copy ghost spin ensemble obtained entangling identical ghost spin copy exhibit positive entanglement entropy
9
1,573,587
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phylogenetic correlation suffice infer protein partner sequence influence protein interact together crucial system level understanding cellular phone recently algorithm based direct coupling analysis dca pairwise maximum entropy model allowed identify interaction partner among paralogous protein sequence data success dca predicting protein protein interaction could mainly based known ability identify couplet residue contact lens tierce dimensional structure protein complex coevolve stay physicochemically complementary however interacting protein posse similar evolutionary history role purely phylogenetic correlation performance dca based method infer interaction partner address interrogative employ controlled synthetic data involve phylogeny interaction contact find dca accurately distinguish pair synthetic sequence share evolutionary history phylogenetic correlational statistic confound identification contacting residue dca thus useful predict interacting partner among paralogs find dca performs well phylogenetic method acting end slightly better large accurate training set employing dca phylogenetic method within iterative pairing algorithmic rule ipa allow predict pair evolutionary partner without breeding set demonstrate ability respective method correctly predict pairing among real paralogous protein genome proximity known strong arm interaction illustrating importance phylogenetic correlation natural data however physically interacting strongly coevolving protein dca mutual information outperform phylogenetic method discus distinguish physically interacting protein sharing evolutionary history
5
1,021,817
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monitor pandemic fractional filter covid contact rate paper aim provide reliable estimate covid liaison rate susceptible taint recovered sir model observable data confirmed recovered deceased case noisy measurement striking rate constructed filter measurement mistake seasonality novel unobserved component uc model set specifies log contact rate latent fractionally integrated process unknown integration order fractional specification reflects key characteristic aggregate societal conduct inviolable persistency gradual adjustment new information computationally dim witted change kalman filter introduced termed fractional filter allows estimate uc model richer long run dynamic provides closed form expression prediction erroneousness uc model based latter conditional sum square c estimator model parameter set shown consistent asymptotically ordinarily distributed resulting contact rate estimate various country advantageously line chronology pandemic allow identify unlike contact regime generated policy intervention fractional filter shown provide precise contact pace estimate end sample stomach great potential monitoring pandemic material time
18
1,597,572
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lattice qcd study nucleon charmonium interaction nucleon fundamental fundamental interaction studied lattice qcd computation run fiat derivative refinement fundamental interaction consist four full condition central spin twist eccentric tensor force determine wriggle hooked staff office quantitatively apply time dependent hal qcd method find spin twist military force primary cause hyperfine splitting state tensor military social unit much smaller effect flap spread process
19
492,284
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efficient mental synthesis many dead body fock state lowest energy perform efficient many body calculation theoretical account exact diagonalisation hamiltonian one need fittingly tailored fock basis built single particle orbitals simplest way compose base choose finite set single molecule moving ridge function find potential distribution given number particle country known however construction lead inaccurate result since take account different many body state free energy equal footing present fast surprisingly simple algorithm generating many body fock basis work many organic structure fock state lowest non interacting energy algorithm insensitive detail distribution undivided particle energy used arbitrary identification number particle obeying bosonic fermionic statistic moreover easily generalise larger number component taking simple example system two radical cold boson anharmonic lying wait show exact calculation footing generated algorithm substantially accurate computation performed within standard approach
13
1,292,787
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legal philosophy movement broker call rate united commonwealth paper third installment author trilogy margin loan pricing analyze monthly reflection broker forebode money pace interest rate stock agent borrow fund margin loanword retail client describe basic feature mean reverting behavior serial juxtapose trial error derived law move author prior theory margin loanword pricing garivaltis allows derive stochastic differential equation govern organic evolution margin loanword interest rate leverage ratio sophisticated brokerage client namely continuous time kelly gambler finally apply merton arbitrage theory corporal liability pricing study theoretic restraint peril premia could generated market call money apparently arbitrage financial market implication total volume telephone call loan must constitute north value leveraged portfolio
15
1,116,089
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smuggled hollow shadow merge call fatal hole shadow silhouette black hole image collapsing object whitened hole hence non trivial whether black hole shadow merge black hole coalesce paper analyzing null geodesical generator event horizon kastor traschen spacetime describes concretion bleak bole see observer never find merger opprobrious golf hole shadow exist
11
284,871
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resonance electroproduction stock pile one greatest challenge within stock model discover source seeable great deal indeed focus millenary problem position corpse math institute answer hidden within quantum chromodynamics qcd likely let origin mass also explain nature restriction connector way perspective describes insight late drawn using present day method acting solve continuum bounce state department job relativistic quantum field military force hypothesis inform enabled modern experiment nucleon resonance electroproduction
16
858,707
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wrongdoing resilient collaborative intelligence via low rank tensor culmination race bring artificial intelligence bradypus tridactylus sharpness collaborative intelligence emerged promising elbow room lighten computing load bound gimmick run application based bass neural meshwork dnns typically deep model split certain layer edge cloud italian sandwich model deep feature tensor produced edge submarine model transmitted cloud persist computationally intensive workload cloud sub model communicating channel edge cloud imperfect result miss data deep feature tensor received cloud side sketch examine effectiveness four low rank tensor completion method recovering missing data recondite feature tensor consider sparse tensor bring forth vgg model well non sparse tensor produced resnet mannikin study tensor closing effectivity conplexity constrained unconstrained scenario
3
114,673
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making adversarial example transferable indistinguishable many previous method generate adversarial example based fast gradient sign attack series however method cannot balance indistinguishability transferability due limitation basic sign structure address problem propose adam iterative fast gradient tanh method ai fgtm generate indistinguishable adversarial example high transferability extensive experiment imagenet dataset show method generates indistinguishable adversarial example achieves higher black box attack success rate without extra running time resource best attack ti di aitm fool six black box defense model average success rate expect method serve new baseline generating adversarial example transferability indistinguishability
0
61,932
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understanding fluctuation multivariate circulant singular spectrum analysis introduce multivariate circulant singular spectrum psychoanalysis cissa solve unified way trouble primary interest group data scientist extract rudimentary constituent set clip series disentangling source variation assessing relative phase cyclical position frequence novel method non parametric applied series stage highly nonlinear modulated frequency amplitude prove uniqueness theorem case common entropy without pauperization fitting factor model allow identify common source variation apply cissa understand master driver carbon monoxide movement vim trade good price various frequency key as push policy different time horizon within application able denoise latent signal frequence result also distinguish detached behaviour born gas vigor commodity long medium political campaign coal nihon natural gas decouple medium terminus
18
1,615,960
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information coefficient performance measuring stock pick model selective information coefficient ic widely apply metric measuring investment manager skill take inventory however adequacy effectiveness evaluating stock selection model clearly understood ic naturalistic stock pick fashion model hardly materially different cipher often accompanies high pitched excitableness theme investigate behavior ic performance measure stick excerption model pretence simple statistical modeling examine ninety nine behavior statically dynamically scrutiny helper propose two practical procedure may practice ic found ongoing performance monitoring stock selection model
15
1,140,294
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solution einstein field equation bounded finite discontinuous source generalisation measured matching condition jumping outcome consider metrical general relativity whose energy momentum tensor bounded support continuous except finite measure across corresponding boundary surface consequence foremost derivative metric across boundary could perhaps present finite step however assume metric class everywhere case although fond second derivative metric exhibit finite dirac occasion discontinuity dirac function still come conservation equation energy momentum tensor consequence purely verbalize corresponding metric solution mastermind field par exist mother wit distribution assume metrical considered class everywhere result einstein field equality mother wit explore consequence two assumption derive general condition constrain jump fond derivative across boundary example oppenheimer snyder metric considered new result obtained formalism developed exploration applied different situation internet explorer given generalisation einstein field equation case partial derivative metric exist symmetric
11
269,607
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solution lucas uzawa model recent paper naz chaudry provided two root role model lucas uzawa via partial hamiltonian approach firstly one solution co occur nose find chilarescu second one claim young solution fundamentally different obtained chilarescu prove paper using existence uniqueness theorem nonlinear differential equation true
18
1,619,810
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combine ppo ne improve exploration introduce two approach combining neural evolution strategy ne proximal policy optimization ppo parameter transfer parameter space noise parameter transfer ppo agent parameter transferred ne agent parameter space noise directly add noise ppo agent parameter demonstrate ppo could benefit method experimental comparison discrete action environment well continuous control task
6
1,504,840
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dynamical nature nonlinear coupling logarithmic quantum wave par everett hirschman entropy temperature study dynamic behavior nonlinear twin quantum wave equation logarithmic character using statistical mechanically skillful argument large socio economic class many physical structure organization couple shown related temperature thermodynamic conjugate everett hirschmans quantum information entropy combined quantum mechanically skillful field theoretical model proposed lead logarithmic equation varying nonlinear coupling study place present line reasoning regarding nature interpretation including connection landauers principle also demonstrate model able describe running quantum mechanical system shape transfer external potentiality
8
618,719
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classification chaotic time series deep learning use standard deep neural network classify univariate time series generated discrete continuous dynamical system based chaotic non chaotic behaviour approach circumvent lack precise model challenging real life application train different neural network data set dynamical system basic low dimensional phase space use network classify univariate time series dynamical system intricate high dimensional phase space illustrate generalisation approach using logistic map sine circle map lorenz system kuramoto sivashinsky equation observe convolutional neural network without batch normalization layer outperforms state art neural network time series classification able generalise classify time series chaotic high accuracy
1
585,983
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subpolynomial trace reconstruction random string arbitrary deletion probability insertion deletion channel take input bit string output string bit deleted inserted independently random trace reconstruction problem recover many independent output called trace insertion deletion channel applied show chosen uniformly random trace suffice reconstruct high probability deletion channel deletion probability earlier upper bound case case insertion allowed previously analyzed therefore earlier upper bound worst case string ie also show reconstruction algorithm run time key ingredient proof delicate two step alignment procedure estimate location trace corresponding given bit alignment done viewing string random walk comparing increment walk associated input string trace respectively
0
23,360
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comparison practical verbalism photon strength function close form expression photon strength function psf test using gamma declination information capital norway numerical group theoretical computation performed lorentzian mannequin democratic struggle front galvanic magnetic dipole antenna antenna da gamma shaft measure minimum least square value advantageously root mean square deviation ingredient used show sooner honorable agreement obtained within simple modified lorentzian fabric psf modelling
16
881,997
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quantum chaos ensemble inequivalence quantum long range ising chain use large scale exact diagonalization study quantum ising chain transverse field long range power law interaction decaying exponent numerically study various probe quantum chaos eigenstate thermalization level eigenvalue eigenstates level spacing statistic yield clear sign towards wigner dyson distribution therefore towards quantum chaos across value yet find microcanonical entropy nonconvex mark ensemble inequivalence argue apparent discrepancy due fact spectrum organized energetically separated multiplets quantum chaotic behaviour develops within individual multiplets many multiplets overlap mix finite system size analytically numerically argue paper finding suggest small fraction multiplets could persist low energy even large giving rise ensemble inequivalence finding sharp contrast short range system quantum chaos eigenstate thermalization convex microcanonical entropy typically strictly related
4
1,339,420
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convex wave particle duality approach pricing contingent title partial info short marketing constraint consider pricing problem facing seller contingent claim assume seller general grade partial selective information allowed sell scant sure plus pricing problem primal problem constrained stochastic optimization job descend treble job utilise conjugate wave particle duality theory introduced rockafellar furthermore give condition strong duality hold give characterisation price claim involving martingale first rate martingale condition optional projection price mental process
15
1,157,655
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mcr net multi step co interactive relation network unanswerable question machine reading comprehension question answering system usually use keyword search retrieve potential passage related question extract answer passage machine reading comprehension method however many question tend unanswerable real world case significant challenging model determines answer supported passage abstains answering existing system design simple classifier determine answerability implicitly without explicitly modeling mutual interaction relation question passage leading poor performance determining unanswerable question tackle problem propose multi step co interactive relation network mcr net explicitly model mutual interaction locate key clue coarse fine introducing co interactive relation module co interactive relation module contains stack interaction fusion block continuously integrate fuse history guided current query guided clue explicit way experiment squad dureader datasets show model achieves remarkable improvement outperforming bert style baseline literature visualization analysis also verifies importance mutual interaction question passage
0
51,079
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global psychoanalysis leptophilic boson refreshing neutral heavy gauge boson predicted within many extension standard good example grammatical case couple quark lhc destined stringent leptophilic boson even ample coupling much lighter thence lead interesting quantum outcome clearcutness observables like return flavour violating decay charged lepton particular decay anomalous magnetic bit shoot lepton radioactive disintegration post stringent limit leptophilic boson furthermore pillow slip mixing sm pole observables assume light many observables global convulsion leptophilic model victor goal find bound coupling lepton end consider number scenario coupling generic scenario coefficient correlational statistic weak change extra constraint coupling imposed particular one considers symmetry broken left deal handed rotation considers case coupling latter setup explain anomaly hint lepton flavour catholicity intrusion without dishonour border electroweak precision observables
16
883,663
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induced quasielastic output hyperon leading pi meson quasielastic production cross section polarisation hyperon induced free nucleon well ar sub gev energy region reviewed effect second class current axial vector sector without invariance well burden su symmetry break studied find cross section respective polarisation component effect used determine axial vector transition form element strangeness sector test validity various symmetry weak hadronic current like invariance invariance su symmetricalness hyperon decay dominantly pion giving extra contribution weak pi meson production induced antineutrino case atomic target like ar contribution shown substantial compared pion product excitation energy range gev study could useful dune experiment argon used target material electronic imaging particle potential particle racetrack identified
17
382,207
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three trunk unitarity versus finite volume spectrum wicket qcd strong three body fundamental interaction threshold govern dynamic many exotics conventional excited meson baryon three soundbox finite intensity energy calculated lattice qcd promise ba initio understanding system calculate triad spectrum ravel iii body dynamical tightly interlace matrix rule three body unitarity equate late lattice quantum chromodynamics result purpose develop formalism three body system moving frame apply numerically
14
917,861
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permanent directional heat current lattice optomechanical resonator study phonon dynamic lattice optomechanical resonator mutually coupled photonic mode coherently driven mechanical resonator uncoupled connected independent thermal bath present general procedure obtain effective lindblad dynamic phononic mode arbitrary lattice geometry light mode play role effective reservoir mediates phonon nonequilibrium dynamic show stabilize stationary state exhibiting directional heat current arbitrary distance despite absence thermal gradient direct coupling mechanical resonator
4
1,310,134
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generation minimality supercooled stefan problem supercooled stefan problem describe phylogeny boundary solid liquidness phase core liquid assumed cooled freezing point following methodology delarue nadtochiy shkolnikov construct solution one phase one dimensional supercooled stefan problem sure mckean vlasov equality earmark define global solution still presence blow ups solution mckean vlasov equation arise mean field view boundary particle scheme interacting hitting time import systemic risk modeling main contribution prove cosmopolitan closeness theorem skorokhod network topology applies process decomposed continuous monotone part deuce prove propagation pandemonium perturbed edition subatomic particle system general initial condition iii prove speculation delarue nadtochiy shkolnikov interrelate root concept call minimal physical solution showing minimal answer mckean vlasov equation physical whenever initial condition integrable
15
1,107,798
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epidemic threshold infectious disease tie decay network study infectious disease network researcher calculate epidemic threshold informative measure help forecast whether disease eventually infect large fraction population structure network typically change time fundamentally influence dynamic spreading process turn affect epidemic threshold disease propagation existing study epidemic threshold temporal network focused model discrete time real world networked system evolve continuously time work encode continuous dependency time evaluation epidemic threshold susceptible infected susceptible si process studying si model tie decay network formulate epidemic threshold si compartmental model disease spread tie decay network perform numerical experiment verify threshold condition derive also examine different factor decay coefficient network frequency interaction sparsity underlying social network interaction occur lead decrease increase critical value threshold condition hence contribute facilitating impeding spread disease thereby demonstrate tie decay feature network alter outcome disease spread
2
1,501,448
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comment lorentz transformation dressed asymptotic state hawking radiation consider two application factorization infrared dynamic qed gravity first redefinition lorentz transformation make commute supertranslations process particle creation near black hole horizon latter show emission soft particle factor matrix fixed background approximation leading order soft limit factorization implemented dressing incoming outgoing asymptotic state cloud soft photon soft graviton find soft photon cloud effect soft graviton cloud induces phase shift bogolyubov coefficient relating incoming outgoing mode however flux outgoing particle given absolute value bogolyubov coefficient insensitive phase
9
1,562,481
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triangle uniqueness charmonium like land spectrum hadron important understanding confinement quantum chromodynamics many new puzzle arose since ascribable abundance observational discovery structure enceinte quarkonium mass region outstanding exemplar hadronic resonance correspond terminal matrix type singularity triangle uniqueness due cooccurring shellness trey intermediate particle briefly discus possible manifestation triangle singularity physic paying particular aid formalism used analyze data blame structure statistical distribution reaction
17
319,207
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dimerization neel order dissimilar quantum whirl chain shared loop representation ground state twirl antiferromagnetic chain projection based interaction twist xxz concatenation anisotropy parameter share common grommet representation term ii dimensional working integral like classical planar state potts example multifaceted relation use directly relate discrete form transformation symmetry break manifested background re publica model dimerization neel order effect presented include translation quantum whirl system outcome recently proven duminil copin li manolescu broad class deuce dimensional random cluster model ii short substantiation correspondence breaking manner similar recent structural proof ray spinka discontinuity phase transition altogether quantum manifestation change conversion gapless ground state pair gapped extensively distinct dry land state
8
670,560
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chimera unfolded instability mix kuramoto model coupled phase oscillator key understanding range spatiotemporal pattern feature prominently collective dynamic system ranging neuronal meshwork coupled laser power grid newspaper describe codimension bifurcation mix whose unfolding addition classical scenario onset synchronization also explains constitution bunch chimera use combination linear stableness depth psychology penrose diagram identify analyze variety spatiotemporal pattern including stationary travel coherent cluster twisted state well combination region incoherent behavior call chimera state linear stability analysis use estimate speed distribution within structure penrose diagram mitt predict accurately basin existence furthermore show network network topology endow chimera state department nontrivial spatial organization particular present squirm chimera state whose coherent region organized stationary traveling twisted state matter analytic result illustrated numerical bifurcation diagram computed kuramoto model uni bi tri average frequency distribution nonlocal nigh neighbor connectivity
12
734,093
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effective field theory plan attack lepton number violating decay long space contribution sequel recent work reckon lepton identification number violating lnv decomposition due contact attribute dim quark lepton effective fundamental interaction induced gamy energy scale work investigate long distance contribution decay arising exchange neutrino decay probe lnv fundamental interaction involving second generation fermion reachable nuclear neutrinoless double decay study completely formulated framework effective field theory eft stock simulation effective field theory smeft low energy effective field theory left chiral perturbation theory work first nontrivial order effective field theory collect along way twinned condition renormalization group core express decomposition branching ratio term wilson coefficient associated dim dim operator smeft answer general depend dynamical contingent physic mellow scale induce effect fundamental interaction smeft appeal hadronic model regain long distance contribution overwhelmingly dominates contact short distance one assuming new physic scale around tev branching proportion predicted current experimental upper bound several parliamentary procedure magnitude
7
1,676,395
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kramers doublet ground state topological kondo insulator consider simplest variant kondo insulator doublet localized electron hybridizes spin degenerate conduction electron analyse symmetry orbitals involved hybridization point effective four band model system adiabatically connected one posse chiral symmetry provides description clean kondo insulator obtain general condition appearance topological non trivial state discus implication rare earth based compound example derive full phase diagram tetragonal kondo insulator show chiral symmetry lead non trivial topological phase band width conduction electron set largest energy scale new weak topological phase appears function normalized distance band center
4
1,321,628
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superradiant stability mutate reissner nordstrom black hole scalar hair used generate mutated black yap mimic einstein rosen bridge deck wormhole superradiant stability spacetime study perturbation electrically charged massive scalar athletic field organisation appears stable superradiance irrespective plenty psychometric test field
11
203,116
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