该文介绍了一种基于优先数的动态、多目标优化生产调度方法，并构造了一个基于优先数的智能生产调度系统。
This article introduces a priority-based production scheduling system which is dynamic and multi-goal optimizing, and builds a priority-based intelligent scheduling system.
进程控制块可以包含如下信息：进程名、优先数、需要运行的时间、已占用的CPU时间、进程状态等等。
Process control block may contain the following information: process, and priority number, the need to run time, has taken the CPU time, the process of the state and so on.
进程控制块可以包含如下信息：进程名、优先数、到达时间、需要运行时间、已用CPU时间、进程状态等等。
Process control block may contain the following information: process, and priority number, the arrival time, the running time, CPU time used, the process of the state and so on.
该模型扩展了固定优先级调度模型，同时通过实现模型中线程数的减少实现了运行时的低开销。
It expands a fixed priority scheduling model and minimizes run-time costs by minimizing the number of threads in the implementation.
该模型扩展了固定优先级调度模型，同时通过实现模型中线程数的减少实现了运行时的低开销。
It expands a fixed priority scheduling model and minimizes run-time costs by minimizing the number of threads in the implementation.
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