1) queuing
排队分析法
1.
Two common methods in analyzing highway bottleneck problems — queuing analysis and shock wave analysis — are compared in this paper.
比较了研究公路瓶颈问题的两种常用方法———排队分析法和冲击波分析法 ,并解释了运用这两种方法可能得出不同结果的原因 。
2) Queue
排队
1.
Reliability analysis of an M/G/1 queueing system with N-policy and server breakdowns;
服务员不可靠的N-策略M／G／1排队系统的可靠性分析
2.
Performance analysis of call centers based on M/M/S/K+M queue in changeable service rate with server breakdowns;
基于可变服务率M/M/S/K+M可修排队的呼叫中心性能分析
3.
A Kind of Application of Queue Theory in Air Defense Battle;
Geo/Geo/m排队系统在防空作战系统中的应用
3) queuing
排队
1.
Optimization analysis of product line s performance based on N-policy queuing model;
N-策略精益生产排队模型分析与设计
2.
Analysis on Queuing Problem of Charges Windows of Telepone Subscriber;
电话交费窗口用户排队分析
3.
The present paper studies the optimal control of a production system based on queuing/inventory.
本文研究需求的到达与产品的生产均服从Poisson过程的生产系统的库存控制问题,假借排队系统,建立此问题的数学模型,并求得了最优的单临界数策略。
4) queueing
排队
1.
Regarding the urban roadway traffic network as an open queueing network, the mean delay time of which is calculated by applying queueing network model.
把城市道路交通网视为一个开放的排队网络。
2.
Two strict priority queueing models for M∶N protection in optical networks are developed.
本文研究了光网络的生存性问题,提出了光网络M∶N保护的两种优先排队模型,给出了相关的信令协议,通过仿真验证了模型的正确性。
5) queuing theory
排队论
1.
Apply trend forecasting and Queuing theory in regional planning on expensive medical equipments;
趋势预测法结合排队论在区域大型医疗设备配置规划中的应用
2.
Comparing the three concrete supplying modes by Queuing Theory;
运用排队论比较三种商品混凝土供应方案的优劣
3.
Application of Random Service System(Queuing Theory) for Gate Design of Container Terminal;
随机服务系(统排队论)在集装箱码头大门设计中的应用
6) 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
参考词条
补充资料：容量分析法(见化学分析法)
容量分析法(见化学分析法)
容t分析法见化学分析法
说明：补充资料仅用于学习参考，请勿用于其它任何用途。