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Study Of Network Video Monitor System For Engineering Corps Training On Field

Posted on:2008-01-20Degree:MasterType:Thesis
Country:ChinaCandidate:X C WangFull Text:PDF
GTID:2178360242499301Subject:Electronics and Communications Engineering
Abstract/Summary:PDF Full Text Request
In recent years, with the rapid development of computer technology and communication technology. The training means in units turned to Networking and informationization form mechanization. Especially with the development of the embedded network video monitor technology, enables the Crops tactical training on field come true netwok video monitor. This thesis mainly combine the author unit's practicality request for training in units, Build the Network video system for Engineering Corps training on field and discusses the key techniques of embedded network video server .The main content is as follows1. The design summarize of the embedded system .The first part of this thesis introduces the hardware and software design method and debug method of the system which takes ARM micro processing Linux as the OS.2. The proposal of the hardware design of the network transmission system is to adopt S3C2410 as the micro processing chip. Using the 100M Ethernet controller in the chip and control chip in physical layer to realize the hardware support of network transmission. In the collection and processing of the video frequency. We adopt the COMS sense organ MI360 and the JEPG coder ZC0301.3. The proposal of the software design of the network transmission system is to adopt the embedded Linux operating system .and replant the drive of the JEPG coder ZC0301. To achieve the function of network transmission. We adopt the video frequency server Spcaserver. The process of the network dialing PPPOE could realize the function of auto-dialing into the net. The Domain Name System predigest the using of the network camera as much as possible.The research results above have been applied in the embedded network video camera transmission system. The practice proves that the processing method mentioned in this thesis is feasible.
Keywords/Search Tags:Webeye, ARM, Embedded system, Linux device driver
PDF Full Text Request
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