Embedded os has been challenged to acquire features of extensibility , flexibility and portability in order to be applied to diversified embedded applications , which can be obtained by adopting a microkernel architecture 论文首先针对嵌入式应用多样化的特点分析了对嵌入式操作系统的基本要求，然后阐述了微内核结构的优点并详细分析了设计微内核体系结构时需要解决的主要问题。
The test result show the perfect performance of network data sharing . the paper includes the research and analyze of storage market and technology , the design of embedded os and the design process of a new storage product 本论文的内容主要包括对海量存储市场、海量存储技术，嵌入式实时linux系统的研究分析，嵌入式linux操作系统的设计，一种新型存储设备的设计和产品化过程。
The fault management subsystem adopts foreground and background structure , and the background ’ s architecture is designed client / server ( c / s ) , the foreground is designed an agent program stationed in embedded os of ne entity main 故障管理系统采用前后台结构,其中后台采用了客户机/服务器( c / s )的网络体系结构,前台为驻留在网元实体上主处理器单板( mp )嵌入式操作系统上一个代理进程。
There are many excellent characters with linux os ( operating system ) , such as the free code , steady and effective kernel . so , the research on the embedded os based on linux is cheaper , more effective and marketable 由于linux操作系统所具有的若干优良特点，例如，源代码免费、内核稳定高效，使得基于linux来研究嵌入式操作系统成为一种廉价、高效率的，并且市场前景广阔的研究策略。
This paper analyses the character of traditional hydrologic telemetric equipments , discusses using embeded os on msp430f149 and short message service in gsm network to implement wireless telemetric terminal 本文分析目前主要水情数据测报设备的特点，研究利用timsp430f149微处理芯片上嵌入式系统设计及gsm短消息业务实现无线水情测报终端，为水情测报信息的处理与传输寻找一个新的途径及方法。
Embedded os differences from pc os not only in os mechanism but also software developing process . we make tracks for embedded application development from debugging , solidifying to loading to get total unstinting of the loading technology of embedded system 然后，以linux下的dld为例分析讨论了通用操作系统中的加载技术和重定位技术，同时全面总结和分析了嵌入式软件开发过程中的加载技术。
First , this paper starts from the structure and characteristics of wince , and analyses the real - time nature and new features of wince . then it explains the reason that why the center choose wince as the embedded os in our development of wearable computer 本文首先从wince的结构、特点入手,介绍了wince的实时性能和新增特性,然后说明了在中心开发的可穿戴计算机上选用嵌入式操作系统wince作为系统软件的原因。
The thesis describes the design of the embedded os and the implement of every part of the embedded os including task management , memory management , the interface to hardware and so on . the design and implement of nat is described in detail too 在本文中，将详细阐述嵌入式操作系统的设计和它的任务管理，内存管理，以及底层硬件接口等各个部分的实现，并且在这个嵌入式操作系统基础上的nat napt的设计与实现。
The hardware driver is the briage of hardware devices and application programs , which give the author chance to deeply understand the architeture of embedded hardware , the architeture of embedded software , embedded os , and greatly improve the working ability 由于硬件驱动是整个系统硬件、软件联系的桥梁，因此对嵌入式系统的硬件系统结构、软件结构、嵌入式系统操作系统均有深刻认识，极大的提高了实践工作能力。
