This paper presents an algorithm named extended TAGS by integrating central queue algorithm and task assignment by guessing size (TAGS), together with its performance analysis, system parameter setting algorithm subject to fairness requirement, and optimal grouping method.
该文结合集中队列算法与进行长度猜测的任务分配（TAGS）算法，提出一种扩展的TAGS算法，并依次给出其性能计算式、公平性要求下的系统参数设置算法及服务器最佳分组方法。
参考来源 - 扩展的TAGS算法 in C·2,447,543篇论文数据，部分数据来源于NoteExpress
The Realization and Optimization of Link Queue Algorithm and AODV Protocol;
对传输控制协议中的链路队列算法做了分析。
The queue algorithm is described to reduce the disturbance of the stochastic factors and combine the static scheduling and dynamic control. This can improve the production ability and efficiency.
采用排队论的优化方法，降低诸多随机因素的干扰，将静态计划和动态调度相结合，充分发挥车间生产能力，提高生产效率。
This later patch contains a reorganization to support a different "skipping" queue traversal algorithm of the queue with future patches.
后一个补丁包含对将来补丁中不同的“跳跃式”队列遍历算法的识别和支持。
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