This embedded real - time os is composed four parts , including the design of hardware development platform , of software system , of msp430flash series intercross compiler and of application system 该嵌入式实时操作系统的设计主要分为四个部分。硬件开发平台的设计、嵌入式实时操作系统软件系统的设计、 msp430flash系列交叉编译器的设计、应用系统的设计。
Now that you know how to obtain and install existing software for your new os , you may be interested in what options exist for running your bespoke software or simply existing os software that has not yet been ported by the existing developers 既然现在您明白了如何为您的新操作系统获得并安装现有的软件，那么您可能对以下方面感兴趣：存在哪些选项可以运行您定制的软件或者仅仅是现有的开发者还没有进行移植的现有操作系统软件。
The software design section introduces the design of drivers used to complete the configuration of pm5366 and pm4329 . firstly , the software architecture of clinux os and the role of application software 、 os core and driver are expounded in the section 首先根据clinux操作系统软件的层次结构,介绍了应用程序、内核和驱动程序在整个软件体系中的角色和作用,然后具体描述了字符设备的驱动程序的设计流程,并详述了pm5366和pm4329驱动程序的实现。
There is a pretty strict limit of reliability , cost , volume and energy - consuming . real - time embedded control system is applied for firm real - time and responding circumstance . aiming at direct current servo electromotor , a set of servo experiment system is designed , exploitation flow and process of real - time embedded control system are advanced , some issues of them are paid much more attention , the satisfied effects are obtained in the real circumstance , these issues include : exploitation of embedded system , analysis of superiority of the exploitation , the exploitation of embedded linux operation system from kernel customizing and file system cutting out to system starting up is researched , some factors which effect the system ' s capability are analyzed , the settled real - time schemes of linux os and the arithmetic of preemptive priority scheduling and round - robin scheduling and latest and rapid arithmetic are researched 本文围绕着针对直流伺服电机设计一套伺服试验系统，对于嵌入式实时控制系统应用技术进行了比较全面的研究，提出了嵌入式实时控制系统的开发流程和步骤，并对其中的一些问题进行了专门研究，在实物实验中获得了比较好的效果，这些问题包括：嵌入式操作系统开发，分析了使用linux操作系统进行嵌入式操作系统软件开发的优越性，并且从内核定制、文件系统裁剪、系统启动等几个方面研究嵌入式linux操作系统的开发；实时性研究，分析了在操作系统中影响系统实时性能的因素，研究了linux操作系统的几种实时解决方案，并且研究了基于优先级的可抢占式与可选择的同优先级按时间片轮转相结合的调度算法以及最迟响应与最快处理的可抢占式调度算法。
Equivalent cure control is employed for this system , men , according to the conclusion of discussing , determine to select ethernet structure for the upper level hi this system and select genius bus as fieldbus for communication hi the lower level , hi addition , introduce network operation system , program design language and network management software etc . 然后结合前二章的内容，决定采用以太网作为本系统上层的控制网络， genius现场总线作为现场的通信总线。此外还介绍网络所采用的操作系统软件、应用软件与网络管理软件等。
This paper also takes special research on such a series of questions as below : the development of embedded operating system ( os ) , the advantages of linux os to develop embedded os are analyzed , the development of embedded linux os is studied from the kernel making , customizing file system , and system booting . the embedded image processing application technology , a focus is taken on the research of the relation between embedded system application technology and image processing technology when the embedded image processing application development is carried out , the new development of image processing technology in embedded system environment and the features of embedded system of image processing application are analyzed . graphic user interface ( gui ) , the current popular gui technology is introduced , and the main features of them and the reasons to choose minigui are analyzed , the implementation of minigui and the method to develop graphic application based on minigui are studied , too , it works well in practical application 本文在此背景下，围绕在实施导弹打击过程中涉及到的有关图像处理设备的嵌入式化过程，对于嵌入式图像处理系统应用技术进行了全面的研究，提出了嵌入式图像处理系统的开发流程和步骤，并对其中的一系列问题进行了专门研究，在实例应用中取得了很好的效果，这些问题包括：嵌入式操作系统开发，分析了使用linux操作系统进行嵌入式操作系统软件开发的优越性，并且从内核定制、文件系统裁剪、系统启动等几个方面研究嵌入式linux操作系统的开发；嵌入式图像处理应用技术，着重研究了嵌入式系统应用技术和图像处理技术在进行嵌入式图像应用开发时的相互影响，分析了在嵌入式系统环境下图像处理技术的新发展以及在图像处理应用中嵌入式系统的一些特点；图形用户界面，介绍了目前集中流行的gui技术，并分析了其主要特点以及采用minigui的原因，研究了minigui的实现原理，以及如何进行基于minigui进行图形应用程序的开发，在实际应用中取得良好效果；实时性研究，分析了在操作系统中影响系统实时性能的因素，研究了linux操作系统的几种实时解决方案，并对于操作系统的进程调度机制进行了有针对性的研究。
