多优先级的英文

• multipriority

• "多"英文翻译    many; much; more
• "多优先级系统" 英文翻译 :    mps multipriority system
• "多优先数" 英文翻译 :    multipriority
• "优先级" 英文翻译 :    pr precedence rate; priority level; priority sequence
• "优先权；优先级" 英文翻译 :    priority
• "安全优先级" 英文翻译 :    safety priority
• "包优先级" 英文翻译 :    packet priority level
• "编目优先级" 英文翻译 :    cataloged priority
• "程序优先级" 英文翻译 :    program priority
• "传输优先级" 英文翻译 :    transmission priority
• "存取优先级" 英文翻译 :    access priority
• "带宽优先级" 英文翻译 :    bandwidth priorities
• "等优先级" 英文翻译 :    isopreference level
• "低优先级" 英文翻译 :    low precedence; low priority
• "低优先级包" 英文翻译 :    low priority packet
• "地址优先级" 英文翻译 :    addre priority; address priority
• "调度优先级" 英文翻译 :    dispatching priority; scheduling priority
• "动态优先级" 英文翻译 :    dynamic priority
• "端口优先级" 英文翻译 :    f port priorityy
• "队列优先级" 英文翻译 :    queue priority
• "分封优先级" 英文翻译 :    packet priority level
• "分时优先级" 英文翻译 :    timesharing priority
• "高优先级" 英文翻译 :    hipri high priority
• "固定优先级" 英文翻译 :    fixed priority
• "呼损优先级" 英文翻译 :    call loss priority clp

• Multi - objective optimization with multiple priorities and fuzzy members
  带有模糊数的多优先级多目标优化
• Analysis and simulation of multi - priority reservation protocol based on slotted aloha
  时隙的多优先级控制协议设计与仿真
• A novel calling admission control scheme based on multi - priority delay reservation
  基于多优先级时延预留的呼叫接入控制机制
• In the part of steady optimization in frontapc , a multi - priority algorithm is given
  在frontapc稳态优化部分，作者给出了一种多优先级稳态优化算法。
• Based on multi - protocol label switching ( mpls ) , a general multi - priority restoration mechanism is proposed considering survivability requirements of different kinds of application
  摘要不同应用对生存性的要求不同，为此，提出了一种基于mpls的多优先级综合控制故障恢复机制。
• By using this algorithm , the difference in blocking rates among lightpath connection requests for different distances is reduced by updating the initial priority levels and fairness in the wavelength assignment improved
  该算法在支持多优先级的动态门限法的基础上，通过更新初始优先级减少了不同距离光路连接请求间的阻塞率差别，改善了公平性。
• In order to allocate different bandwidth to different flows in a network supporting multiple priorities according to a predetermined proportion , wfriday ( weighted friday ) , which is an extension version of friday , is presented in chapter v . to control different bandwidth for different priority , wfriday employs the concept of virtual arriving rate
  为了在多忧先级的环境中，根据预定的带宽分配比例，用缓存管理技术为不同优先级的流分配不同的带宽，本文在第五章提出wfriday （加权的friday ）算法。该算法是对friday算法的拓展。为支持多优先级的带宽分配， wfriday引入了虚拟到达速率的概念。
• The policy of collecting performance information is brought about , which based on multi - pri and changeable period polling algorithm . together with other control technology , this policy rapidly reduces the affect which performance manager system brings to storage subsystem , while the work of performance manager system is unchanged
  提出了基于多优先级可变周期轮询算法的性能情报收集策略，该策略结合其他控制技术，在保证监视效果的同时，大幅度降低了监视系统对存储子系统i / o性能的影响。
• In the internet , packet - dropping - based buffer mangement algorithm is an important module in a packet - forwarding device . by employing the buffer management algorithms , ( 1 ) tcp flows can be protected , ( 2 ) without per - flow queueing , the bandwidth of unresponsive and responsive flows can be balanced even with fcfs ( first - come - first - served ) scheduler , ( 3 ) based on per - flow queueing , the bandwidth of unresponsive and responsive flows , as well as that of pure responsive flows can be balanced at the same time , and ( 4 ) in a multi - priority network , different bandwidth can be allocated according to a predetermined proportion
  Internet中，基于分组丢弃技术的缓存管理算法是分组转发设备的一个重要的功能模块，利用它， ( 1 )可以保护tcp流， ( 2 )可以在采用fcfs (先到先服务)调度算法时较公平地分配响应流和非响应流的带宽， ( 3 )可以在按流排队的基础上同时较公平地分配响应流和非响应流、以及响应流之间的带宽， ( 4 )还可以在多优先级的网络环境中，根据预定的比例分配带宽。
• At last , the service performance of the middleware is analyzed . aimed at the analysis and optimization for the service performance of middleware , the nonpreemptive priority m / m n queue model and analyses on the queue length , wait time , remain time and service window are presented . a general method and a set of algorithms for the analysis and optimization are also proposed
  最后，从消息排队的角度对中间件系统模型进行了抽象，针对中间件服务能力建立了多优先级非抢占m m n队列模型，对中间件系统的排队队列长度、消息等待时间、消息逗留时间、服务窗口数等指标进行了深入分析，并给出了一套完整的对中间件服务能力进行分析与优化的通用方法和计算公式。