Description
Currently, Simunet operates on a single CPU core by default during startup and task execution. This lead to significant resource underutilization on multi-core server environments. As simulation scales and computational demands increase, the single-core processing capacity has become a major bottleneck for the system.
Proposal
I suggest introducing a multi-processing or multi-threading mechanism to enable multi-core support.
Configurable Workers: Support a configuration option at startup to specify the number of CPU cores/workers to be used.
Workload Distribution: Distribute workloads across multiple cores to significantly enhance overall system throughput and processing speed.
Expected Benefit
This improvement will allow Simunet to fully leverage modern hardware resources, reducing execution time for large-scale simulations and improving horizontal scalability.
Description
Currently, Simunet operates on a single CPU core by default during startup and task execution. This lead to significant resource underutilization on multi-core server environments. As simulation scales and computational demands increase, the single-core processing capacity has become a major bottleneck for the system.
Proposal
I suggest introducing a multi-processing or multi-threading mechanism to enable multi-core support.
Configurable Workers: Support a configuration option at startup to specify the number of CPU cores/workers to be used.
Workload Distribution: Distribute workloads across multiple cores to significantly enhance overall system throughput and processing speed.
Expected Benefit
This improvement will allow Simunet to fully leverage modern hardware resources, reducing execution time for large-scale simulations and improving horizontal scalability.