带宽范围的英文

• bandwidth range

• "带宽"英文翻译    tape width; strip width; tap ...
• "范围"英文翻译    scope; limits; extent; bound ...
• "宽范围" 英文翻译 :    pouch width
• "放宽范围" 英文翻译 :    liberalize
• "沟宽范围" 英文翻译 :    range of furrow width; rangeoffurrowwidth
• "宽范围调整" 英文翻译 :    wide range regulation; wide-range regulation
• "宽范围监视器" 英文翻译 :    wide range monitor
• "宽范围监视器系统" 英文翻译 :    wide range monitor system; wide-range monitor system
• "宽范围搜索系统" 英文翻译 :    wide range search system
• "频带宽，误差，范围" 英文翻译 :    bandwidth
• "带宽" 英文翻译 :    tape width; strip width; tape span; [讯] bandwidth; (bw)
• "范围" 英文翻译 :    scope; limits; extent; boundary; confines; range; range dimension; spectrum 活动范围 scope of activities; 势力范围 sphere of influence; 范围狭小 limited in scope; 国家管辖范围 the limits of national jurisdiction; 在法律许可范围内 within the limits permitted by law; 在协定规定的范围内 within the framework of the agreement; 这个问题在小组范围内进行了酝酿。 this question was discussed within the confines of the group. 这不属于我们研究的范围。 this is outside the range of our study
• "α带宽" 英文翻译 :    wide zone alpha
• "半带宽" 英文翻译 :    semi-bandwidth
• "带宽比" 英文翻译 :    bandwidth ratio; bwr bandwidth radio
• "带宽段" 英文翻译 :    bandwidth segments
• "带宽率" 英文翻译 :    percentage bandwidth
• "等带宽" 英文翻译 :    equiband
• "低带宽" 英文翻译 :    low bandwidth; low-bandwidth
• "恒带宽" 英文翻译 :    constant bandwidth
• "宽带宽" 英文翻译 :    wide bandwidth
• "逆带宽" 英文翻译 :    inverse bandwidth; inverted bandwidth
• "频带宽" 英文翻译 :    band width; bandwidth
• "频宽；带宽" 英文翻译 :    bandwidth
• "谱带宽" 英文翻译 :    spectrum band width

• According to the definitions of bottleneck bandwidth , available bandwidth and bulk transfer capacity , we analyzed the algorithms which named vps ( variable packet size ) , pptd ( packet pair / train dispersion ) , slops ( self - loading periodic streams ) and topp ( trains of packet pairs ) ; based on the principle of sub - path bottleneck measurement , we developed the bottleneck measurement algorithm using heterogenous packet - pair train ; after designing the three child algorithms ( demarcating bandwidth range , approaching bandwidth value and predicting the trendency of available bandwidth fluctuation ) , we performed the algorithm called self - loading binary search ; applying the multi - home properties of sctp ( stream controltransmission protocol ) and measurement algorithm of available bandwidth , we presented a scheme to adjust the sctp transport path when there are network congestions or faults ; by the library of winsock and winpcap , we developed a measurement program to look for bottleneck bandwidth . in ns2 experiments , the algorithm based on heterogenous packet - pair train fitted well , and the algorithm of self - loading binary search worked quickly , and the sctp scheme improved the throughput effectively
  本文根据瓶颈带宽、可用带宽和btc ( bulktransfercapacity )三类网络带宽定义,分析了vps ( variablepacketsize )和pptd ( packetpair / traindispersion )瓶颈带宽测试算法, slops ( self - loadingperiodicstreams )和topp ( trainsofpacketpairs )可用带宽测试算法;基于子路径瓶颈测试原理,设计了异构包对序列的瓶颈测试算法;并结合三个子算法(界定带宽范围算法、接近带宽值算法和带宽变化趋势判定算法) ,设计了自载流折半查找的可用带宽测试算法;把上面的算法应用到sctp ( streamcontroltransmissionprotocal )的多宿性和可用带宽测试,提出了一个网络拥塞或故障时调整sctp传输路径的方案;结合winsock和winpcap两套网络开发工具,设计了一个瓶颈带宽测试程序;通过ns2仿真实验,验证了基于异构包对序列瓶颈测试算法的准确性、自载流折半查找算法的快速性,和sctp改进方案的有效性。
• It has the functions of the multi - meter and also is called scopemeter . however , there are still some problems and bugs in the handset dso . my paper is focus on how to solve the problem of the handset dso and how to enhance the stability of the handset dso and how to add more functions to the limited source of the handset dso
  如今国产的手持式示波器已经能够实现数字示波器的功能,例如能够实时的显示出一定带宽范围内的信号波形以及其参数,可以选择耦合的方式等等,还添加了万用表的一些功能,所以也被称为示波表。
• Measurement and characterization of surface texture is an important aspect of precision metrology . historically this has involved partitioning a profile into different wavelength regimes referred to as roughness , waviness and form followed by numerical quantization . parameters computed are then inspected for tolerance compliance to ensure a part performs its intended function . this approach is satisfactory when the specification has been carefully determined and the process is stable . however , when the manufacturing process is under development or when instability or modifications to the process invalidate specifications , there is a need to study surface finish parameters in relation to functional performance or process measures . in this context , the problem of surface texture classification and recognition are discussed . advanced techniques developed for this purpose along with applications are presented . also , the techniques discussed here will be useful across large bandwidth , from the characterization of nano scale to traditional micro scale surfaces
  表面结构的测量与特征描述是精密计量技术的一个重要方面,传统上包括将轮廓情况根据不同的波长范围划分为粗糙度、波纹度和形状及后续的数字量化.按算得的参数检查它是否为公差允许,以保证零件执行其指定的功能.当技术特性已经经过仔细确定,并且其过程稳定时,该方法是令人满意的;但是,当制造过程正在进行中或过程的不稳定、过程变化使技术特性失效时,就需要研究和功能表现及过程评定相关的表面参数.讨论了表面结构的分类与识别问题.同时阐述了为此目的而开发的先进技术及其应用.所研究的技术对从纳米尺度到传统的微米尺度的较大带宽范围内的表面特征描述都是有效的