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index page.
Browse files- welcome.md +7 -7
welcome.md
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There has been a rapid rise in the development of quantum simulators, both to validate the quantum
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hardware and also to explore the limitations of classical simulation, thereby the regime of quantum
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advantage. Quantum simulators which are HPC (High Performance Computing) compliant are chosen and
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their performance is benchmarked on various compute capabilities as offered by the HPC.
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Notebooks provide the Time to Solution (TtS) performance of the quantum simulators
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obtained using a containerized toolchain wherein each simulation package accepts the quantum
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algorithm in the QASM2 format, the simulation package and the compute capability on the HPC.
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The containerized toolchain allows for portability of the benchmarking scheme, reproducibility
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of the performance data, is modular and easily extensible to include other packages.
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The benchmarked packages include:
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<h1 style="text-align: center;">
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Performance benchmarks of quantum simulators
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</h1>
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<p style="text-align: center;">
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There has been a rapid rise in the development of quantum simulators, both to validate the quantum
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hardware and also to explore the limitations of classical simulation, thereby the regime of quantum
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advantage. Quantum simulators which are HPC (High Performance Computing) compliant are chosen and
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their performance is benchmarked on various compute capabilities as offered by the HPC.
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</p>
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<p style="text-align: center;">
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Notebooks provide the Time to Solution (TtS) performance of the quantum simulators
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obtained using a containerized toolchain wherein each simulation package accepts the quantum
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algorithm in the QASM2 format, the simulation package and the compute capability on the HPC.
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The containerized toolchain allows for portability of the benchmarking scheme, reproducibility
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of the performance data, is modular and easily extensible to include other packages.
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</p>
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The benchmarked packages include:
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