DSP RTOS is an important part of complex DSP applications.
DSP操作系统是实现复杂DSP应用的关键技术。
Embedded real time operation system (RTOS) is used in this thesis.
本文中主要应用了其中的嵌入式实时操作系统(RTOS)技术。
In most RTOS, the timer interrupt service routine (ISR) executes at every time tick.
在一般的嵌入式实时操作系统中，时钟中断服务程序在每个时钟节拍工作。
Briefly introduced the concept and technology of Embedded RTOS (Real-Time Operating System).
简要介绍了嵌入式实时操作系统(RTOS)的概念和技术特点。
Thus, the realization of this control structure on multi-DSP system and RTOS platform is done.
这样，就完成了该控制结构在多DSP系统和RTOS平台上的实现。
The core of the RTOS takes charge of task scheduler and switch to ensure the real-time of task.
嵌入式实时操作系统的内核负责各个任务之间的调度和切换来保证任务的实时性。
On the side of software design, we choose RTOS instead of traditional software programming method.
在软件设计方面，系统采用了RTOS的设计思路取代传统的前后台的软件设计方法。
There are mainly two structures of CNC'S RTOS. They are foreground-background type and interrupt type.
计算机数控的操作系统目前主要有前后台型及中断型二种结构。
P51XA is a MCS-51 compatible 16-bit MCU which runs fast, has a large memory capacity and supports RTOS.
P 51XA是一种与MCS - 51兼容的16位单片机，运行速度快，存储器空间大，支持实时多任务操作系统。
And also, a good RTOS should provide sufficient API and friendly development environment for application development.
RTOS还应该为应用开发提供丰富的应用程序接口和良好的开发环境。
Chapter 3 presents the design and implementation of memory management of RTOS for the HDTV integrated source decoder chip.
第三章具体描述应用于HD TV信源解码芯片的实时操作系统存储管理策略的设计及实现。
More and more engineers use the RTOS(real time operating system) and software toolkit to develop embedded real time system.
基于RTOS以及各种软件包来开发嵌入式实时系统已经成为主流。
A kind of design method of low voltage power quality monitor based on real time operation system (RTOS) is introduced in this paper.
介绍了一种基于实时操作系统(RTOS)的低压电能质量监测器的设计方法。
Both priority inheritance protocol and priority ceiling protocol are common solutions to priority inversion in real-time system (RTOS).
优先级继承协议和天花板优先级协议都可在一定程度上解决实时系统(RTOS)中的优先级倒置。
A kind of design method of microprocessor protection relay apparatus based on real time operating system (RTOS) was introduced in this paper.
介绍了一种基于实时操作系统的微机继电保护装置的设计方法。
After studying on GUI software research and development of embedded system, a GUI software framework is proposed based on RTOS of embedded system.
在对嵌入式系统GUI软件开发研究的基础上，提出了一种基于嵌入式系统RTOS上GUI的软件框架。
An embedded system using RTOS has higher reliability, higher stability and higher speed, so porting RTOS to MCU is a necessary work of development MCU.
在嵌入式系统中使用实时操作系统，可以提高系统的稳定性、可靠性和实时性，因此为单片机移植操作系统是单片机开发的必要工作。
The software part, which is also as firmware, mainly includes real time operating system (RTOS), MAC application program and C code for interface modules.
软件设计主要是嵌入式系统的固件设计，包括实时操作系统（RTOS），实现MAC功能的程序，接口硬件C程序三部分。
Meanwhile, the software framework can decouple the embedded GUI software system and RTOS, to improve the maintainability, understandability and extensibility.
同时，该软件框架降低了GUI软件系统与RTOS的耦合性，提高了嵌入式GUI软件的可维护性、可理解性和可扩展性。
And then describe the importance of developing embedded real time system based upon RTOS and the principle of adopting RTOS, and introduces some popular RTOS.
接着论述了基于RTOS开发嵌入式实时系统的重要性以及选用RTOS的原则，介绍了几种热门的RTOS。
Embedded tool and real-time operating system (RTOS) vendors don't know how to deal with multicore. Electronic system level (ESL) providers aren't sure where they stand.
嵌入式工具和即时作业系统（RTOS）供应商不知道如何应付多核心结构，电子系统级设计（ESL）供应商也不明白自身的处境。
Thirdly, because of the resource limitation, on-board software is usually developed for specific application, thus the RTOS needs configuring and tailoring for application.
由于星载嵌入式系统资源有限，星载嵌入式软件通常针对特定应用进行设计开发，必须根据应用需求对操作系统进行配置和剪裁。
In the embedded system, along with the application of multi-core processor, the system software such as Real Time Operation system (RTOS) and parallel compilers are becoming a research hotspot.
在嵌入式系统中，随着多核处理器的应用，相应的系统软件，如实时操作系统、并行编译器等也日益成为研究的热点。
In the embedded system, along with the application of multi-core processor, the system software such as Real Time Operation system (RTOS) and parallel compilers are becoming a research hotspot.
在嵌入式系统中，随着多核处理器的应用，相应的系统软件，如实时操作系统、并行编译器等也日益成为研究的热点。
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