Aspects relate to a computer implemented method for resolving abnormal contention on a computer system. The method includes detecting, using a processor, abnormal contention of a serially reusable resource caused by a first process, wherein the abnormal contention includes the first process blocking the serially reusable resource from a second process that is waiting to use the serially reusable resource. The method includes collecting, in a computer storage medium, resource data in a serialized resource history database and analyzing the resource data associated with the serially reusable resource and adjusting, using the processor, resource allocation for the first process of the serially reusable resource based on the resource data. The method also includes processing, using the processor and the serially reusable resource, the first process based on the resource allocation and releasing, using the processor, the serially reusable resource by the first process in response to the first process completing.
Please help me write a proper abstract based on the patent claims. CLAIM: 1. A computer implemented method for resolving abnormal contention on a computer system, the method comprising: detecting, using a processor, abnormal contention of a serially reusable resource caused by a first process, wherein the abnormal contention includes the first process blocking the serially reusable resource from a second process that is waiting to use the serially reusable resource; collecting, in a computer storage medium, resource data in a serialized resource history database and analyzing the resource data associated with the serially reusable resource; adjusting, using the processor, resource allocation for the first process of the serially reusable resource based on the resource data; processing, using the processor and the serially reusable resource, the first process based on the resource allocation; and releasing, using the processor, the serially reusable resource by the first process in response to the first process completing. 2. The computer implemented method of claim 1, wherein adjusting resource allocation for the first process of the serially reusable resource based on the resource data comprises: calculating a contention resolution health ratio between a resource count that includes serially reusable resources being held on the computer system and a process count that includes processes that request and wait for the serially reusable resources being held; selecting a resource allocation scheme based on the contention resolution health ratio; and executing the resource allocation scheme. 3. The computer implemented method of claim 2, wherein adjusting resource allocation for the first process of the serially reusable resource based on the resource data further comprises: selecting the resource allocation scheme that has a least negative impact on at least the first process. 4. The computer implemented method of claim 1, wherein the resource data comprises one or more from a group consisting of: serialized resource event information; contention event information; serialized resource status counts; and abnormal contention event information. 5. The computer implemented method of claim 2, wherein the resource allocation scheme includes: terminating and removing the first process immediately allowing the second process to begin processing and adding the first process back to a queue of waiting processes. 6. The computer implemented method of claim 2, wherein the resource allocation scheme includes: waiting for a period of time; and terminating and removing the first process after the period of time has passed, allowing the second process to begin processing and adding the first process back to a queue of waiting processes. 7. The computer implemented method of claim 2, wherein the resource allocation scheme includes: accelerating the first process blocking the serially reusable resource. 8. The computer implemented method of claim 7, wherein accelerating the first process blocking the serially reusable resource comprises one or more from a group consisting of: adjusting resource priority values of the first process and the second process; readjusting resource priority values of the first process and the second process; adjusting priorities of all processes in the computer system waiting to use the serially reusable resource; and granting access to additional computer system resources for processing the first process. 9. The computer implemented method of claim 1, wherein adjusting resource allocation for the first process of the serially reusable resource based on the resource data comprises: running a health simulation for each resource allocation scheme that generates a projected resource value of available serially reusable resources and a projected processes value for processes that request and wait for the serially reusable resources being held; calculating a contention resolution health ratio for each resource allocation scheme run through the health simulation based on the corresponding projected resource value and projected processes value; selecting a resource allocation scheme based on the health simulation and the contention resolution health ratios; and executing the resource allocation scheme. 10. The computer implemented method of claim 9, wherein selecting the resource allocation based on the health simulation and the contention resolution health ratios comprises: selecting, in response to the contention resolution health ratios being tied, the resource allocation scheme based on the resource allocation scheme that is least destructive to at least the first process. 11. The computer implemented method of claim 1, further comprising: storing, using the processor, historical data from the abnormal contention in the serialized resource history database; creating, using the processor, a time series model using the historical data to model computer system behavior based on abnormal contention of the serially reusable resource over time, wherein the time series model is updated periodically based on additional contention events, taking, using the processor, system measurements after releasing the serially reusable resource; storing, in the computer storage medium, the system measurements along with the historical data in the serialized resource history database; and updating, using the processor, the time series model based on the system measurements and historical data. 12. The computer implemented method of claim 1, wherein detecting abnormal contention of a serially reusable resource caused by a first process further includes: detecting a third process related to the first process that the first process is dependent on for processing, wherein the third process is holding up the processing of the first process causing the abnormal contention by the first process of the serially reusable resource; wherein adjusting resource allocation for the first process further includes: adjusting resource allocation for the third process to allow the first process to continue processing. 13. A computer system for resolving abnormal contention, the computer system comprising: a memory having computer readable instructions; and one or more processors for executing the computer readable instructions, the computer readable instructions comprising: detecting, using the one or more processors, abnormal contention of a serially reusable resource caused by a first process, wherein the abnormal contention includes the first process blocking the serially reusable resource from a second process that is waiting to use the serially reusable resource; collecting, in the memory, resource data in a serialized resource history database and analyzing the resource data associated with the serially reusable resource; adjusting, using the one or more processors, resource allocation for the first process of the serially reusable resource based on the resource data; processing, using the one or more processors and the serially reusable resource, the first process based on the resource allocation; and releasing, using the one or more processors, the serially reusable resource by the first process in response to the first process completing. 14. The computer system of claim 13, wherein adjusting resource allocation for the first process of the serially reusable resource based on the resource data comprises: calculating a contention resolution health ratio between a resource count that includes serially reusable resources being held on the computer system and a process count that includes processes that request and wait for the serially reusable resources being held; selecting a resource allocation scheme based on the contention resolution health ratio; and executing the resource allocation scheme. 15. The computer system of claim 14, wherein the resource allocation scheme includes: terminating and removing the first process immediately allowing the second process to begin processing and adding the first process back to a queue of waiting processes. 16. The computer system of claim 14, wherein the resource allocation scheme includes: waiting for a period of time; and terminating and removing the first process after the period of time has passed, allowing the second process to begin processing and adding the first process back to a queue of waiting processes. 17. The computer system of claim 14, wherein the resource allocation scheme includes: accelerating the first process blocking the serially reusable resource using one or more from a group consisting of: adjusting resource priority values of the first process and the second process; readjusting resource priority values of the first process and the second process; adjusting priorities of all processes in the computer system waiting to use the serially reusable resource; and granting access to additional computer system resources for processing the first process. 18. The computer system of claim 13, wherein adjusting resource allocation for the first process of the serially reusable resource based on the resource data comprises: running a health simulation for each resource allocation scheme that generates a projected resource value of available serially reusable resources and a projected processes value for processes that request and wait for the serially reusable resources being held; calculating a contention resolution health ratio for each resource allocation scheme run through the health simulation based on the corresponding projected resource value and projected processes value; selecting a resource allocation scheme based on the health simulation and the contention resolution health ratios; and executing the resource allocation scheme. 19. The computer system of claim 13, further comprising: storing, using the processor, historical data from the abnormal contention in the serialized resource history database; creating, using the processor, a time series model using the historical data to model computer system behavior based on abnormal contention of the serially reusable resource over time, wherein the time series model is updated periodically based on additional contention events; taking, using the processor, system measurements after releasing the serially reusable resource; storing, in the memory, the system measurements along with the historical data in the serialized resource history database; and updating, using the processor, the time series model based on the system measurements and historical data. 20. A computer program product for resolving abnormal contention, the computer program product comprising a computer readable storage medium having program instructions embodied therewith, the program instructions executable by a processor to cause the processor to: detect abnormal contention of a serially reusable resource caused by a first process, wherein the abnormal contention includes the first process blocking the serially reusable resource from a second process that is waiting to use the serially reusable resource; collect resource data in a serialized resource history database and analyzing the resource data associated with the serially reusable resource; adjust resource allocation for the first process of the serially reusable resource based on the resource data; process, using the serially reusable resource, the first process based on the resource allocation; and release the serially reusable resource by the first process in response to the first process completing.