嵌入式系统在各个领域广泛应用，从袖珍设备到超级计算机都有Linux的身影。随着对网络连接的需求增加，嵌入式系统复杂度提升，需要操作系统支持。Linux作为嵌入式系统的选项，因其开源、稳定性和丰富的软件库而受到青睐，但也面临内存管理和接口定制等挑战。本文将探讨Linux在嵌入式领域的优势和使用考虑。
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毕业设计外文资料翻译
(译文)
题目名称：Embedded Linux applications: An overview
学 院： 计算机科学技术
专业年级： 计算机科学与技术07级
学生姓名： xx
班级学号： 1班 16号
指导教师： xx
二○一一年 四 月 十 日
译文题目： Embedded Linux applications: An overview
原文题目： 嵌入式 Linux 应用：概述
原文出处：Internet source : 忽略://0012./developer-
-works/cn/linux/embed/embl/overview/index.html
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Embedded Linux applications: An overview
Linux now spans the spectrum of computing applications, including IBM's tiny Linux wrist watch, hand-held devices (PDAs and cell phones), Internet appliances, thin clients, firewalls, industrial robotics, telephony infrastructure equipment, and even cluster-based supercomputers. Let's take a look at what Linux has to offer as an embedded system, and why it's the most attractive option currently available.
One. Emergence of embedded systems
The computers used to control equipment, otherwise known as embedded systems, have been around for about as long as computers themselves. They were first used back in the late 1960s in communications to control electromechanical telephone switches. As the computer industry has moved toward ever smaller systems over the past decade or so, embedded systems have moved along with it, providing more capabilities for these tiny machines. Increasingly, these embedded systems need to be connected to some sort of network, and thus require a networking stack, which increases the complexity level and requires more memory and interfaces, as well as, you guessed it, the services of an operating system.
Off-the-shelf operating systems for embedded systems began to appear in the late 1970s, and today several dozen viable options are available. Out of these, a few major players have emerged, such as VxWorks, pSOS, Neculeus, and Windows CE.
Two. Advantages/disadvantages of using Linux for your embedded system
Although most Linux systems r
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