非实时业务的英文

• nrtt non-real-time traffic

• "非"英文翻译    mistake; wrong; errors
• "实时"英文翻译    actual time; real time; true ...
• "业务"英文翻译    vocational work; professiona ...
• "实时业务" 英文翻译 :    rtt real-time traffic
• "实时业务量" 英文翻译 :    real time traffic
• "非实时" 英文翻译 :    not real time; nrt non-real time
• "报时业务" 英文翻译 :    time dissemination service; time service
• "即时业务" 英文翻译 :    demand service
• "临时业务" 英文翻译 :    occasional service; temporary service
• "忙时业务量" 英文翻译 :    busy hour traffic
• "非实时处理" 英文翻译 :    non-real-time processing
• "非实时传输" 英文翻译 :    non - real - time transmission
• "非实时的" 英文翻译 :    non real-time
• "非实时数据" 英文翻译 :    delayed data
• "非实时显示" 英文翻译 :    non real-time display
• "临时业务合同" 英文翻译 :    temporary service contract
• "卫星定时业务" 英文翻译 :    satellite timing service
• "等时业务数据单元" 英文翻译 :    isochronous service data unit
• "分时业务程序包" 英文翻译 :    time-sharing business package
• "临时业务活动审查" 英文翻译 :    interim operations review
• "非实时可变比特率" 英文翻译 :    non-real time variable bit rate; nrt-vbr non-real-time variable bit rate; vbr-nrt variable bit rate, non-real time
• "延时信息；非实时数据" 英文翻译 :    delayed data
• "时业" 英文翻译 :    tokinari
• "非实时可变比特速率" 英文翻译 :    vbr-nrt variable bit rate non real time
• "通用非实时系统专用" 英文翻译 :    universal non-realtime system exclusive

• In designing this scheduling algorithm , we not only consider the qos requirement of real - time serivce , but also consider the transmission request of non - real - time service
  在算法的设计中不仅考虑到了实时业务的qos要求,同时也兼顾非实时业务的传输请求。
• Reservation based dynamic bandwidth allocation scheme still adopts the concept of uniform spacing , and the access of request slot adapts to loading situation , which improves the non - real time services
  动态带宽分配算法自适应于系统的负载状况，最大限度改善了非实时业务的性能。
• Stream transport mechanism is explored for delay - sensitive realtime traffic while comfirm retransmition mechanism is proposed for non - realtime traffic . these strategies optimize system performances and provide qos guarentees
  针对实时业务对时延敏感的特性,采用流传输机制;针对非实时业务分组丢失敏感的特性,采用传输层确认重传机制。
• Through the adjustment and optimization of the parameter , the proposed algorithm can guarantee the qos of the real - time service and maximize the system capacity at the same time . in order to demonstrate the performance of the proposed algorithm , we compare our algorithm with m - lwdf
  通过参数的调整与优化,该算法可以保证实时业务的qos要求,并且可以在减少实时业务分组时延和增大非实时业务吞吐量之间寻找最佳的平衡点。即尽可能的优化系统吞吐量。
• One suits for non real time traffic and the other for real time traffic . in this paper , we focus on m - lwdf which is an interesting algorithm for providing streaming services on hsdpa because it includes in the priority computation not only the instantaneous channel quality experienced by the user , but also the packet queuing delay
  其次,按照支持实时和非实时业务来分类讨论无线分组调度算法,确定支持实时业务的m - lwdf算法为本文重点研究对象,分析了在固定比特速率情况下m - lwdf算法的性能,并对其作了修正。
• We evaluate the user throughput performance of the scheduling algorithms which have no delay - constrainted , and the real - time packet delay performance and real - time traffic throughput performance of the ones which have delay - constrainted . chapter3 proposes a wireless packet scheduling algorithm which can support multi - services in hsdpa system
  对无时延约束的算法,主要考察其对非实时业务的支持,即业务吞吐量性能;而对具有时延约束的算法,主要考察算法的实时分组时延以及实时业务吞吐量性能。
• Focus on the characteristics of this network , such as dynamic topology , self - organized network and service diversity , this thesis puts forward a diff - service handover algrithm based on traditional handover algrithms . in this algrithm , mobile users with realtime traffic use mobile controlled handover ( mcho ) algrithm combined with some method to avioding ping pong effect , while mobile users with non - realtime traffic imploy mobile assisted handover ( maho ) algrithm associated with some strategies to reduce network cost and guarentee route optimization . in addition , an algorithm is proposed that can realize smooth handover via creating system buffers
  针对“动中通”系统网络结构动态性、自组织性、业务多样性等特点,本论文借鉴传统的切换管理思想,结合具体业务模型,设计了区分业务的切换触发算法,即实时业务采用移动台控制( mobilecontrolledhandover ,简称mcho )的切换方式,并辅以避免乒乓切换的措施;非实时业务采用移动台辅助( mobileassistedhandover ,简称maho )的切换方式,并辅以减少系统开销和路由优化的措施。
• We divide traffic into two kinds : real - time and non - real - time , and present a new packet scheduling algorithm . the simulation results show that this algorithm not only provide different qos ( quality of service ) guarantees for real - time traffic ( voice ) and non - real - time traffic ( data ) , but also can assign bandwidth fairly in long term
  我们提出一种符合统计时分复用( stdm )概念的分组调度算法，将业务源按实时和非实时分为两种固定优先级，在优先确保语音业务的实时性的情况下，对非实时业务源动态的分配带宽，并通过彷真表明该算法的实用性。