A Design Method for Simulating Terminals of Encryption and Decryption Devices
Traditional communication encryption and decryption devices are limited by insufficient quantities during testing stages,preventing the simulation of large-scale deployment scenarios to test the stability of encryption and decryption systems.Based on this issue,a design method for a simulated encry-ption and decryption terminal device is proposed.The method utilizes thread pool technology to reduce the system resource drain associated with initiating threads,while also increasing the device's concurrency.By establishing a task completion time prediction model and applying the LS-SVR to dynamically predict the processing time of each thread,thread priorities can be determined for scheduling to ensure the simulated device's latency and response capabilities,enabling it to support performance testing for encryption and decryption devices effectively.
Thread poolDynamic scheduling algorithmLS-SVRTask completion time prediction
万方数据
维普
