节点文献
基于Ethernet的实时信号分析系统研究与实现
【作者】 叶绍春;
【导师】 陈章位;
【作者基本信息】 浙江大学 , 机械电子工程, 2002, 硕士
【摘要】 网络化带来信号分析技术的变化,本文结合Ethernet与TCP/IP技术、嵌入式技术和DSP技术提出了基于Ethernet的实时动态信号分析系统,论述了系统的软硬件实现。尤其重点详细描述了其中的关键技术——采用TCP/IP技术的嵌入式以太网通信模块的实现。 论文第一章阐述了信号分析系统及其相关技术的现状与发展,给出了论文主要研究背景,把握了论文研究的内容和重点。 第二章主要研究基于Ethernet实时动态信号分析系统的基本原理和关键技术。 第三章则详述了系统硬件构成与实现,包括系统硬件实现框架,以及以太网控制器硬件部分的具体实现等,并对其中涉及到的几个技术问题进行了探讨。 第四章以MC68EN360 32-bit CPU和VRTX实时嵌入式操作系统为基础,详细描述实现以太网通信的嵌入式系统的构建,完成了嵌入式系统与PC机间进行基于TCP/IP协议数据传输的客户/服务器模式应用软件,实现了基于RTOS的以太网通信。 第五章对全文进行了简明的总结,并对未来该领域的研究进行了展望。
【Abstract】 The signal analysis system is coming in a great change in Internet age. This paper presents a realization of the real-time dynamic signal analysis system based on Ethernet both in software and hardware. Through using DSP, embedded RTOS and reasonable task-assigned strategy, it ensures the system’s demand for real time and data transmission speed of network.In chapter one. the thesis expounds the recent developments in signal analysis system and relative techniques, and introduces the research background of the thesis. The main content of the thesis is also given in this chapter.In chapter two, the thesis mainly studies fundamental principles and key techniques of the signal analysis system based on Ethernet.In chapter three, the thesis specifies the system’s hardware construction and realization, including the hardware whole framework, realization of the DSP-based module taking on data acquisition and signal processing, and realization of Ethernet controller. Several involved technique problem are also discussed.In chapter four, the thesis detailedly describes realization of an embedded system completing Ethernet communication, based MC68EN360 32-bit CPU and VRTX real time OS. A software application based Client/Server module is given to make sure feasibility of the system’s Ethernet communication.In chapter five, summarization for this thesis is given, and research prospect in relative fields is also discussed.
【Key words】 signal analysis system; embedded RTOS; Ethernet; DSP; TCP/IP;
- 【网络出版投稿人】 浙江大学 【网络出版年期】2002年 02期
- 【分类号】TP274.2
- 【被引频次】2
- 【下载频次】164