Store-and-forward is a typical pattern besides cut-through. For store-and-forward, network storage I/ O pipelining has some new characteristic and restricted factors. I/O请求处理除了直通方式外,大部分依赖存储转发方式(例如对I/O命令的聚散、排队操作等),存储转发的方式下的网络存储I/O流水线具有一些新的特点及其自身特有的制约因素。
Finally, S-MAC applies message passing to reduce contention latency for sensor-network applications that require store-and-forward processing as data moves through the network. 最后S-MAC协议对在数据移动过程中需要存储和转送处理的传感器网络数据,使用MessagePassing来减少竞争反应时间。
Through the actual testing on the experimental system, we prove such a system in use of store-and-forward technology can effectively improve the transmission performance, and use the self-routing system can reduce network overhead. 通过在实验系统的上的实际测试,验证了在此类系统中采用存储转发技术能够有效地提高系统的传输性能,通过系统自带路由功能能够减少网络开销。