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THE DESIGN OF THE RELIABLE COMMUNICATION PATH IN THE DISTRIBUTED MULTIPROCESSOR SYSTEM

机译:分布式多处理器系统中可靠的通信路径设计

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In the communication system, high availability is an important requirement. Multi-processors communicate through an inter-processor communication path. Also, processors are duplicated for reliability. A high available interconnection network for fast processor communication is described in this paper. In this paper, high available inter-processor communication (IPC) is implemented with conjunction hardware and software redundancy. Hardware structure provides a physical duplex channel, error detection and a fault recovery. Also, the software structure provides the logical duplex channel, the periodic management of the IPC path and the loss recovery of the IPC message through protocol. We also used the two method of channel allocation, which are static and dynamic, in this paper. The static allocation method is simple but has not scalability. Dynamic allocation is difficult method but has scalability. Finally, this paper describes the process of fault detection and recovery on the path duplication of the IPC in distributed multiprocessor system.
机译:在通信系统中,高可用性是重要的要求。多处理器通过处理器间的通信路径进行通信。此外,为确保可靠性,复制了处理器。本文描述了用于快速处理器通信的高可用互连网络。在本文中,高可用处理器间通信(IPC)与硬件和软件冗余一起实现。硬件结构提供了物理双工通道,错误检测和故障恢复。而且,软件结构提供逻辑双工通道,IPC路径的定期管理以及通过协议的IPC消息的丢失恢复。在本文中,我们还使用了静态和动态两种信道分配方法。静态分配方法很简单,但没有可伸缩性。动态分配是困难的方法,但具有可伸缩性。最后,本文描述了分布式多处理器系统中IPC路径复制的故障检测和恢复过程。

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