hard real-time system

A Hard Real-time System Realization Method based on Windows NT / 2000 Environment

基于WINDOWSnt/2000环境的硬实时系统实现方法

Research on Pre-run-time Scheduling of Hard Real-time System Based on DNA Algorithm

基于DNA算法的硬实时系统预调度的研究

Analysis and Research of A Weakly Hard Real-Time System with Mutual Frames

一种帧间相关的弱硬实时系统的分析与研究

Job Scheduling of Hard Real-Time System on Variable Voltage Processors

可变电容式压力传感器可变压处理器上硬实时系统的作业调度

Scheduling of Parallel and Distributed Hard Real-Time System

并行与分布硬实时系统的调度

Constraint Specification of Weakly Hard Real-Time System

弱硬实时系统约束规范

Furthermore , the problem of scalability in weakly hard real-time system is discussed , and schemes for classifying streams are proposed .

论文还讨论了弱硬实时系统的可扩展问题，提出了任务流归类的方法。

An operating system that can support the desired deadlines of the real-time tasks ( even under worst-case processing loads ) is called a hard real-time system .

能够在指定的期限完成实时任务（即便在最坏的处理负载下也能如此）的操作系统称为硬实时系统。

Concepts and characteristics of these three systems are introduced respectively and advantages of soft real-time system compared with hard real-time system are analyzed , which proves that the soft real-time communication technology can meet requirements of the wide area protection much better .

分析了软实时系统相对于硬实时系统的优势，说明软实时通信技术更能满足广域保护的要求。

Design of Hard Real-time Embedded System Based on ARM 7

ARM7强实时嵌入式系统设计

An Improved Schedulability Analysis Algorithm of Hard Real-Time Distributed System

一种改进的分布强实时系统可调度性分析算法

Research on Weakly Hard Real-Time Linux System Supporting QoS

支持QoS的弱硬实时Linux系统研究

The embedded system that is based on " COMIP " and μ Clinux OS was discussed as the object in this dissertation . Based on this , the method and thought of constructing the hard real-time embedded system were raised .

本文是以基于双内核嵌入式处理器COMIP和μClinux操作系统的嵌入式系统为研究对象，提出了构建强实时性嵌入式系统的设计思想和方法。

The Storing and Testing Method of Hard Disk in Real-Time Collect System

实时采集系统中硬盘存贮测试数据的方法

Derivation of Hard Deadlines for Real-time Control System

实时控制系统硬期限的推导

A time optimal scheduling algorithm is proposed to be used in quantitatively analyzing and optimizing the hard real-time properties of embedded system .

提出了时间最优调度算法，该算法有助于嵌入式系统硬实时的量化分析和优化设计。

This paper also presents the design of clock management and memory management in the kernel to ascertain hard real-time performance of the system .

为了保障系统的强实时性能，本文还对内核的时钟管理、内存管理等方面进行了设计。