Research on Web Server Application on Multi-core Embedded System
Jianfeng Yang, Yinbo Xie, Tianzhou Chen
Abstract
Jianfeng Yang, Yinbo Xie, Tianzhou Chen
Abstract
With the rapid progress of VLSI and embedded technology, itpsilas the time to integrate traditional data-acquisition equipments and Web servers into an embedded system to get higher reliability, dependability and the real time performance.To this system, there are still exists some problems need to be solved effectively such as the implementation of multi-tasks running in concurrency mode. This paper presents a Web server application based on multi-core embedded system for monitoring instance, the system was run on the eCos embedded operation system and composed of the embedded Intel atom dual-core processor, a data-acquisition module and a Web server module. We have carried out this multi-core embedded Web server system to a chemical monitoring project in a power plant successfully, the practical result shows that this architecture can work better with higher performance than ever before.
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With the rapid progress of VLSI and embedded technology, itpsilas the time to integrate traditional data-acquisition equipments and Web servers into an embedded system to get higher reliability, dependability and the real time performance.To this system, there are still exists some problems need to be solved effectively such as the implementation of multi-tasks running in concurrency mode. This paper presents a Web server application based on multi-core embedded system for monitoring instance, the system was run on the eCos embedded operation system and composed of the embedded Intel atom dual-core processor, a data-acquisition module and a Web server module. We have carried out this multi-core embedded Web server system to a chemical monitoring project in a power plant successfully, the practical result shows that this architecture can work better with higher performance than ever before.
Key concepts: Computer science, Web server, Embedded system, Dependability, Server, Concurrency, Operating system, Multi-core processor