摘要: 为了保障可靠的网络通信和进程通信,提出并采用了多项高效机制,诸如有连接的socket流、短信息传递与动态刷新、共享内存与多缓冲、多消息合并、自动断点续接的异常处理等,系统试运行表明该机制保证了实时通信技术上的稳定可靠。
关键词:
仿真系统,
实时通信,
进程通信
Abstract: To ensure reliable network data transfer and inter-process correspond, this paper introduces some efficiency technologies, such as linked socket stream, brief data transfer and real-time refresh, share-memory and multi-cache, message incorporate, break-off and auto-reconnect unconventionality. The communication technology proves to be stable to the real-time communication demand.
中图分类号:
周建华. 大型仿真系统中的实时通信技术[J]. , 2002, 28(09): 19-.
ZHOU Jianhua. Real-time Communication Technology in Large Simulative System[J]. , 2002, 28(09): 19-.