All fixed priority threads will be placed on the run queue if you change the default from 0 to 1.
如果您将缺省值从0更改为1，那么所有固定优先级的线程都将放入到这个运行队列中。
One of the key issues in real-time theory is the schedulable analysis of a given task set with fixed priority.
固定优先级任务可调度性判定是实时系统调度理论研究的核心问题之一。
In real-time control systems based on fixed priority scheduling, the latency and jitter of task are important factors which will impact the stability of the system.
在基于固定优先级调度实时控制系统中，任务的延迟与抖动是影响系统稳定性的重要因素。
In this paper, we describe the preemption threshold scheduling algorithm used for fixed priority embedded real-time systems.
本文详细论述了应用于静态优先级实时系统的抢占阈值调度算法。
The fixed priority scheduling performance evaluation method is proposed, where the quantitative analyses of task execution time, priority, period and deadline are considered.
论文提出静态优先级实时调度性能评估方法，全面考虑了接收机任务执行时间、优先级、周期和相对截止时间的定量分析。
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。
With the RTSJ, true priorities and a fixed-priority preemptive scheduler with priority-inheritance support is required for RT threads.
在RTSJ 规范中，RT线程需要真正的优先级，以及具有优先级继承支持的固定优先级抢占式调度程序。
Task scheduler adopts the strategy of fixed-priority preemption to improve the real-time performance, and it can schedule 16 tasks at one time.
任务调度模块采用静态优先级抢占调度机制来提高实时性能，能同时调度16个任务。
Task scheduler adopts the strategy of fixed-priority preemption to improve the real-time performance, and it can schedule 16 tasks at one time.
任务调度模块采用静态优先级抢占调度机制来提高实时性能，能同时调度16个任务。
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