scheduling priority

The micro-kernel of μ C/ OS-ⅱ is introduced, then the task scheduling algorithm and the priority presentation is explained.

首先，对μC/OSⅡ的内核进行了概述；其次，阐述了μC/OSⅡ的任务调度算法、优先级表示；

A priority scheduling scheme was presented based on the buffered crossbar switch to effectively support multi-priority traffics.

基于带缓存crossbar的交换结构提出了一种支持多优先级的调度方案。

According to the navigation constraints, the claims for security and scheduling principles of priority weights and preferential pass in the order of arrival, a mathematic model of co-scheduling is introduced in this paper, followed by the Progressive Optimality Algorithm for solution.

根据通航约束条件和安全性要求，以及船闸调度先到先过与重点优先相兼顾的调度原则，引入了联合调度的数学模型，并给出了逐步最优化算法POA。

A new energy-efficient online scheduling algorithm for static priority real-time systems

一种新的静态优先级在线节能调度算法

A novel scheduling scheme, called Two-Dimensional Priority Real-Time Scheduling ( TDPRTS), is proposed for open systems. This scheme not only sets task priority, but also sets scheduling policy priority.

提出了一种新的用于开放式系统的调度机制，即二维优先级实时调度，它不仅划分任务优先级，还划分调度策略优先级。

This article focuses on system layer ( including HAL) and the functional layer, giving the design and implementation of each module. First, the design difficulty rests on the design of task priority and task scheduling.

本文重点从系统层（包括硬件逻辑抽象层）和功能层两个层面给出各个模块的设计与实现。本文设计中的难点首先在任务优先级设计和任务调度上。

The paper introduces the characteristic of embedded RTOS μ C/ OS ⅱ, and analyzes the disadvantage in single task scheduling algorithm based on priority level.

介绍了μC/OSⅡ嵌入式实时操作系统的特点，分析了单一的基于优先级调度算法存在的不足。

The proposed scheme consists of two parts: one is scheduling between OLT and ONU, and the other is scheduling between priority queues in ONU.

算法包括两部分：OLT对ONU的调度以及ONU内部不同优先级的队列之间的调度。

Linux divides the process into real-time process and non-real time process. It makes use of scheduling policy in the combination of time-sharing quantum troll and deprivable scheduling priority.

Linux把进程分为实时进程和非实时进程来处理，它采用时间片轮转和可剥夺调度优先级相结合的调度策略。

After that, the preliminary design of CMC software is discussed, which makes an exhaustive study on requirement analysis, software architecture design, task partitioning, task scheduling, task priority allocation, intertask communication mechanism and watch dog timer.

接着，进行了软件的概要设计，从需求分析、软件架构设计、任务划分、任务调度、任务优先级确定、任务间通信机制、看门狗机制等几个方面进行了详细阐述。