基于ARM7内核芯片网络通讯设计

Design of internet communication based on ARM7 kernel chip

为了实现对物理实验装置的远程监控和访问,将采用32位芯片技术和基于面向对象的网络Socket编程模式来实现控制系统的网络通讯。S3C4510B是三星公司针对网络应用而设计的CPU,本身带有100M网络控制器,而uClinux系统拥有完善的TCP/IP协议,故两者的结合为用户提供了强大的网络服务功能。本系统利用嵌入式网络技术可稳定可靠的实现数据的快速获取与给定。

In order to realize of remotely monitor and access physics experiment equipment, the 32 bit kernel chip is adopted and the network communication of control system is carried out based on object oriented network programming mode of socket. S3C4510B is the CPU designed by the Samsung according to the application of network, with the network controller of 100 M, and uClinux system has perfect TCP/IP protocol, thereby, the coalescent provides the powerful function of network service to consumer. This system achieves the stabilization and dependable accessed and provided data.