Update api.py

api.py

@@ -679,22 +679,22 @@ async def create_several_probdesc_hardcoded(request: CreateSeveralProbDescReques
         {
             'problem_description': "I am working on managing conflicting instructions for network behavior in 5G systems. The core problem is how to ensure that requests coming dynamically from applications serving critical functions are reliably given higher priority and override the static network settings stored in a user's plan. This requires a solution that addresses the security risks associated with allowing applications to dictate network treatment and ensures this rule is enforced uniformly across the central network components.",
             'problematic': 'How can 5G core network functions securely and reliably enforce dynamic network treatment instructions from critical function applications, ensuring they consistently override conflicting static policy configurations derived from user plans, while uniformly mitigating the security risks associated with application-level control over network behavior?',
-            'score': 0.3122032880783081
+            'score': 0.312
         },
         {
             'problem_description': "I am working on enhancing security in 5G networks, specifically related to how network segments are configured based on user profiles. My goal is to address the security risks that arise when requests from external applications conflict with the priority settings defined in a user's profile for essential services, ensuring that unauthorized changes to service priority are securely prevented and handled throughout the core network.",
             'problematic': 'How can security risks arising from external application requests conflicting with user profile-defined priority settings for essential services in 5G networks be securely mitigated, ensuring that unauthorized modifications to service priority are effectively prevented and managed throughout the core network segments configured based on these profiles?',
-            'score': 0.3053863048553467
+            'score': 0.305
         },
         {
             'problem_description': "I am working on managing conflicting instructions for network behavior in 5G systems. The core problem is how to ensure that requests coming dynamically from applications serving critical functions are reliably given higher priority and override the static network settings stored in a user's plan. This requires a solution that addresses the security risks associated with allowing applications to dictate network treatment and ensures this rule is enforced uniformly across the central network components.",
             'problematic': 'How can 5G core network functions securely and reliably enforce dynamic network treatment instructions from critical function applications, ensuring they consistently override conflicting static policy configurations derived from user plans, while uniformly mitigating the security risks associated with application-level control over network behavior?',
-            'score': 0.2488032880783081
+            'score': 0.845
         },
         {
             'problem_description': "I am working on enhancing security in 5G networks, specifically related to how network segments are configured based on user profiles. My goal is to address the security risks that arise when requests from external applications conflict with the priority settings defined in a user's profile for essential services, ensuring that unauthorized changes to service priority are securely prevented and handled throughout the core network.",
             'problematic': 'How can security risks arising from external application requests conflicting with user profile-defined priority settings for essential services in 5G networks be securely mitigated, ensuring that unauthorized modifications to service priority are effectively prevented and managed throughout the core network segments configured based on these profiles?',
-            'score': 0.6243863048553467
+            'score': 0.624
         }
     ]