losing rate中文是什么意思

• 日减率
• 损失率

• "losing"中文翻译    adj. 亏本的；看来要输的；失败的。 a losing ...
• "rate"中文翻译    vt.,vi. 〔方言〕＝ret.
• "losing" 中文翻译 :    adj. 亏本的；看来要输的；失败的。 a losing game 无胜利希望的比赛。 n. 失败； 〔pl.〕 (尤指投机等的)损失。
• "a losing business" 中文翻译 :    赔本生意; 折本生意
• "a losing proposition" 中文翻译 :    亏本生意
• "be on a losing streak" 中文翻译 :    在一段时间中连续失败
• "gaining-losing" 中文翻译 :    增减目
• "glucose-losing" 中文翻译 :    葡萄糖-丧失
• "losing battle" 中文翻译 :    必败之仗
• "losing business" 中文翻译 :    蚀本生意
• "losing candidate" 中文翻译 :    落选者
• "losing control" 中文翻译 :    露丝艳情史/奥迪的情人; 失控76
• "losing game" 中文翻译 :    没有胜利希望的比赛, 徒劳之举
• "losing grip" 中文翻译 :    失控; 失手
• "losing ground" 中文翻译 :    重挫
• "losing hazard" 中文翻译 :    【撞球】击球未能使之落袋，自己的球反而落袋，因此受到罚分。
• "losing isaiah" 中文翻译 :    生母养母的战争; 失踪的艾塞亚
• "losing key" 中文翻译 :    遗失钥匙
• "losing lock" 中文翻译 :    失锁
• "losing out" 中文翻译 :    未能赢痊获得
• "losing party" 中文翻译 :    败诉方; 败诉一方
• "losing proposition" 中文翻译 :    亏本生意; 亏损企业; 蚀本生意
• "losing return" 中文翻译 :    循环液漏失
• "losing side" 中文翻译 :    负方
• "losing streak" 中文翻译 :    连败场数，连败纪录; 一连串失败

• In this dissertation , we also present two deduced algorithms . one is a generalized pfq algorithm , the other can reduce packet lost rate in the system
  第一种算法在pfq类算法中综合性能很优良，第二种算法可以降低分组丢失率。
• The effects of salt - coagulants embedment ratio on instant soybean curd strength , water losing rate and organoleptic evaluation were studied
  摘要研究了盐类凝固剂的不同包埋比例对即食豆腐脑的凝胶强度、失水率及感官评定得分的影响。
• Different performance parameters of obs are presented , which are burst lost rate , length of bhp cache , lowest service rate and the end to end delay in obs system
  通过仿真, obs核心路由器的突发包丢失率、 bhp缓存长度、最低服务速率和系统端到端时延等性能指标得到了确定。
• One side , it present some enterprises remarkable economic benefits , and rushing large quantities of sucessful model . on the othet hand , it made some enterprises fear for its high lost rate . but the explore about theoty and actualize of bpr is going on
  一方面，因为它给一部分企业带来显著的经济效益，涌现出大批成功的范例而倍受企业的关注；另一方面，由于其实施的高失败率而使企业望而生畏。
• Changing of the riverbed conductance provides high change in river gaining rate compared to change in river losing rate . this difference can be attributed to aquifer anisotropy , river penetration , hydraulic balance between groundwater head and river stage
  其中河床沉积物渗透性的改变引发的河流得水率变化明显大于河流失水率的变化，分析其原因为含水层的各向异性、河流的渗漏、河水与地下水的水力均衡。
• This thesis introduces wireless senor network ’ s application and architecture , and then advances the request to wireless senor network ’ routing arithmetic , including correctness , simplicity , robustness , energy saving property , speediness , in addition , the author developed lose rate , data efficient rate , energy efficient rate , network life , delay in addition , the author developed time to represent feature . and give the basic structure of wsnsimuate program
  本文介绍了无线传感器网络的实际应用和体系结构,并在此基础上提出无线传感器网络对路由算法特性的要求,包括正确性、简单性、健壮性、节能性、快速性,又提出使用丢包率、数据有效率、能量有效率、网络寿命、延迟时间等指标来表征这些特性。然后给出wsnsimulate程序的基本数据结构。
• The internet is based on the sharing channel of tcp / ip protocol and consists of various heterogeneous subnets . it is unpredictable of its transportation latency , available bandwidth and data package lost rate . so it ' s necessary to have an efficient encoding method and an adaptive real time transportation strategy to meet the multimedia communication ' s requirement of latency and bandwidth
  Internet基于tcp ip协议信道共享，由多种异构网络互连而成的，其中的传输延时、信道带宽、数据包丢失率都是时变的、不可预测的，因此，对延时、带宽要求很高的多媒体通信，必须有一种高效的编码方法和根据带宽变化的实时传输策略。
• In the research of flooding arithmetic , at first , we analyse the flooding efficient , robustness by the 3 - neighbor , 4 - neighbor and 6 - neighbor ’ s wsn . so we extend to the n - neighbor ’ s wsn . we give the formula about area of wsn ’ s deploy , count of wsn ’ s node , max distance of communications and average of neighbor ’ s count , and validate this formula by the simulate program . in the last , we analyse the flooding arithmetic ’ s lose rate , data efficient rate , energy efficient rate , network life , delay time by the simulate program
  在洪泛算法研究中,首先针对3 -邻点、 4 -邻点和6 -邻点的无线传感器网络分析了洪泛效率、网络健壮性,然后推广到n -邻点的无线传感器网络中,并给出无线传感器网络部署面积、节点个数、最大传输距离、和平均邻点数之间的经验公式,并用仿真程序进行了验证。
• We analyzed and compared the application flow and network capability of mobile virtual environments , then represented a new dead reckoning algorithm . this algorithm computes the dead reckoning threshold according to network latency and packet lost rate . the experiments showed that this dead reckoning algorithm matched the network capability and fulfilled the user demand
  在充分分析移动场景图形应用流量与通信容量基础上,我们提出一种新颖的dr前瞻算法,此算法依据网络延迟、分组丢失比率与使用者体验来动态确定dr算法更新频度,实验结果也验证此算法确实良好匹配网络变化情况,同时也满足不同使用者体验要求。