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。
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。
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。
First, It introduces the feature of embedded system, then analysis the importance of RTOS in developing embedded system and how to select a proper RTOS.
文章首先介绍了嵌入式系统的基本特点，然后分析了RTOS在嵌入式系统开发中的作用，以及系统设计人员如何为嵌入式系统选择合适的RTOS。
In this paper, the authors aim at searching of the most priority ready task in embedded RTOS, and put forward a efficient searching algorithm, which improves searching speed of the ready task.
针对嵌入式rtos中的最高就绪任务的查找，提出了一种有效的查找算法，该算法提高了就绪任务的查找速度。
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。
In the development and application of the embedded system, using the embedded RTOS is inevitable tendency and app hotspot.
在嵌入式系统的开发应用中，使用嵌入式rtos是一个必然趋势和应用热点。
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。
Furthermore, the memory size of the SOC is small even compared to the embedded systems. The foot-print of the SOC-based RTOS should be smaller than the embedded systems.
此外，系统芯片存储容量通常有限，SOC的RTOS比通常的嵌入式要求有更小的存储空间。
Through using two DSP, embedded RTOS and reasonable task-assigned strategy, the system demand for real time and data transmission speed of network are ensured.
该方案通过采用双dsp、嵌入式rtos及合理任务划分策略保证了系统的实时性要求，并将网络数据传输率需求控制在可行范围内。
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。
This paper introduces a way of development -RTOS real-time multitask operation system in embedded system . By an example, this paper also explains how to apply the RTOS to a target system.
介绍了单片机实时操作系统（RTOS）在嵌入式系统中的应用，并且结合一个设计范例来说明RTOS的原理和应用于目标系统的方法。
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。
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。
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。
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。
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