Priority determination of computer resources based on configured dynamic logic

A computer system for determining priority of conflicting requests for computer resources, comprising:

• a priority engine comprising:
• one or more computer processors;
• one or more non-transitory computer-readable storage media;
• and
• program instructions, stored on the one or more non-transitory computer-readable storage media, which when implemented by the one or more processors, cause the priority engine of the computer system to perform the steps of:
• receiving, at the priority engine, conflicting requests for computer resources from a plurality of users, the priority engine comprising a computer processor configured to perform;
• analyzing current computer resource availability environment using cognitive capabilities to predict consumption of the requested resources and to determine request patterns of the plurality of users;
• defining priority determination rules logic for use by the priority engine computer processor for automatically determining a priority for resource requests, the priority determination rules logic being defined based on configuration parameters defined in a priority configuration module;
• continuously assessing an impact of one or more priority determinations based on feedback from resource monitoring and machine learning of effectiveness of past priority determinations;
• dynamically modifying the priority determination rules logic based on the continuous assessment;
• and
• automatically determining, using the dynamically modified priority determination rules logic, a priority for the received conflicting resource requests for providing the computer resources to the plurality of users based on the current computer resource availability environment, including the predicted consumption of the requested resources and the determined request patterns of the plurality of users.

A computer program product comprising:

• program instructions on a computer-readable storage medium, where execution of the program instructions using a computer causes a priority engine of the computer to perform a method for determining priority of conflicting requests for computer resources, comprising:
• receiving, at the priority engine, conflicting requests for computer resources from a plurality of users, the priority engine comprising a computer processor configured to perform;
• analyzing current computer resource availability environment using cognitive capabilities to predict consumption of the requested resources and to determine request patterns of the plurality of users;
• defining priority determination rules logic for use by the priority engine computer processor for automatically determining a priority for resource requests, the priority determination rules logic being defined based on configuration parameters defined in a priority configuration module;
• continuously assessing an impact of one or more priority determinations based on feedback from resource monitoring and machine learning of effectiveness of past priority determinations;
• dynamically modifying the priority determination rules logic based on the continuous assessment;
• and
• automatically determining, using the dynamically modified priority determination rules logic, a priority for the received conflicting resource requests for providing the computer resources to the plurality of users based on the current computer resource availability environment, including the predicted consumption of the requested resources and the determined request patterns of the plurality of users.