The maintenance algorithm must be invoked, if the logical ring of the token bus LAN is broken.
在令牌总线局域网络中，当逻辑环被破坏时，就要运行逻辑环维护算法。
The effective maintenance algorithm for logical ring plays an important role in keeping the network real -time. The complexity of algorithm is the main barrier of implementing the token bus LAN.
逻辑环维护算法的效率是影响网络实时性的重要因素，也是令牌总线局域网络投入实用的主要难点。
Token bus USES a physical bus topology, but also USES a token-passing scheme to arbitrate access to the bus.
令牌总线使用了物理总线拓扑结构，但同时也有一个令牌传递方案，用来判决每台计算机对总线的访问权限。
By means of the bit length factor, the simple data throughput models of the Token Bus and Ring are derived.
利用位长度因素，本文推导了令牌总线和令牌环的简单吞吐性能模型。
This paper proposes that the mathematical model of Token Bus Protocol for LANs is a cyclic queueing system.
本文提出了令牌总线协议的数学模型——循环排队系统。
This paper proposes that the mathematical model of Token Bus Protocol for LANs is a cyclic queueing system.
本文提出了令牌总线协议的数学模型——循环排队系统。
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