1) fork-join queueing system
Fork-Join排队系统
2) Fork-Join queueing
Fork-join排队
3) Fork-Join queuing network
Fork-Join排队网络
1.
In this paper, a Fork-Join queuing network is studied by means of the strong approximation theory.
本文借助于强逼近理论,对一类Fork-Join排队网络进行了较为细致的研究,得到 了在各种负荷条件下响应时间的强逼近定理。
4) Fork-Join task graph
Fork-Join任务图
1.
Greedy algorithm for scheduling Fork-Join task graphs;
调度Fork-Join任务图的贪心算法
2.
Scheduling algorithm of Fork-Join task graphs based on communication contention
基于通信竞争的Fork-Join任务图的调度算法
3.
This paper presents a Task Duplication based Balance Scheduling(TDBS) algorithm which can generate an optimal schedule for fork-join task graph with a complexity of O(vq+vlogv), where v and q are the number of tasks and processors respectively.
Fork-Join任务图是一种并行处理的基本结构。
5) queuing system
排队系统
1.
Analysis of container terminal queuing system based on simulation model;
基于仿真模型的集装箱码头排队系统分析
2.
Design and implementation of event-driven simulator for queuing system;
基于事件驱动的排队系统仿真器的设计与实现
3.
Computer Simulation on Queuing System Model of the Priority Level Service;
基于优先级服务的排队系统模型的计算机模拟研究
6) Queue system
排队系统
1.
Design of queue system based on hospital information system for medical examination and laboratory diagnostic service in out-patient department;
基于医院信息系统的门诊检查与检验排队系统的设计
2.
Research and application of RS-485 communication protocol on queue system
基于RS-485通信协议的排队系统研制
3.
In order to meet the demand of the market economics and the object of keeping steady trains operation order, by analyzing the structure of the train operation diagram of the Jing Hu high speed line, the method of interval occupation queue system has been established to study the permitted occupation ratio, and the algorithm of the restricted occupation ratio is proposed.
为适应运输市场的要求 ,以确保列车运行质量为目标 ,通过对“高、中速客运列车共线运行”的列车运行图结构分析 ,建立区间占用排队系统的方法来研究区间的允许占用率 ,并提出限定占用率的计算方法。
补充资料：排队系统
Queuing system
在排队论的一般模型中,各个顾客由顾客源(总体)出发,到达服务机构(服务台,服务员)前排队等候接受服务,服务完了后就离开,队列的数目和排列方式称为排列结构,顾客按怎样的规则,次序接受服务称为排队规则和服务规则。从服务到达到接受服务以后离去,这一从到达到离去为止的过程就构成了一个排队系统。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条