Then the priority of operation and bus arbitration threshold strategies are studied to prevent bus conflict.
通过系统各次操作的优先级关系和总线仲裁阈值的策略来防止总线冲突。
The selection principle of bus interface chip and solution of bus conflict are introduced, together with its concrete hardware circuits and software block chart are given.
分析了总线接口芯片选择原则和总线冲突解决方案，给出了系统实现的硬件接口电路和软件实现详细框图。
This system makes best use of CAN's non-ruinous characteristics that are based on priority of bus arbitrage mechanism, solving the bus conflict issue of multi-classroom simultaneity operation.
本系统充分利用CAN无破坏性的基于优先权的总线仲裁机制，解决了多个教室同时操作时引起的总线冲突问题。
As a widely used LAN standard (IEEE802.4), token bus has many advantages such as no competitive conflict, good reliability, good real-time quality, being unacted on throughput in heavy load and so on.
令牌总线具有无竞争冲突、可靠性好、实时性好、在重负载情况下吞吐量不受影响等优点，是一种应用广泛的局域网络标准(IEEE80 2 . 4)。
As a widely used LAN standard (IEEE802.4), token bus has many advantages such as no competitive conflict, good reliability, good real-time quality, being unacted on throughput in heavy load and so on.
令牌总线具有无竞争冲突、可靠性好、实时性好、在重负载情况下吞吐量不受影响等优点，是一种应用广泛的局域网络标准(IEEE80 2 . 4)。
应用推荐