Ternary Optical Computer Task Dispatch Model Based on Priority Queuing System

Ternary optical computer must ensure excellent QoS for commercial success. How to provide satisfactory services to customers of different priorities is one of the issues that must be considered and research. Based on a comprehensive analysis of ternary optical computer scheduling system modules, this paper establishes the task scheduling model of the non-preemptive limited priority M/M/1 queuing system uses the average service time of the task as a performance indicator to optimize the proposed scheduling strategy. Experimental results prove that the model can achieve fast scheduling for tasks with higher priority, and can guarantee the service quality of low priority users, can meet the needs of users of different priorities.