抗多径的英文

• antimultipath

• 抗    resist; combat; fight
• 多径    multipath
• 多径    multipath◇多径传播 multipath transmission [propagation]; 多径传输信号 multipath signals
• 多径[传输]干扰    multipath interference
• 多径传播    mmultipath propagation; multipath propagation
• 多径抵消    multipath cancellation
• 多径分集    multipath diversity
• 多径干扰    mpi multipath interference; multipath
• 多径滚筒筛    stepped screen
• 多径级集料    multiple size aggregate
• 多径铰刀    multidiameter reamer
• 多径失真    multipath distortion
• 多径时延    multipath delay
• 多径衰减    multipath fading
• 多径衰落    multipath fading
• 多径效应    effects of multipath; multipath effect
• 信号多径比    smr signal to multipath ratio
• 电抗多口网络    reactance multi ports; reactance multi-ports
• 抗多巴胺能药    antidopaminergic drugs
• 大气多径衰落    atmospheric multipath fading
• 多径传播函数    nultipath propagation function
• 多径传播效应    multipath effect
• 多径传输信号    multipath signals
• 多径缩减因子    multipath reduction factor
• 多径镗孔铰刀    multidiameter boring cutter

• Performance analysis of anti multi - path interference of smart antenna technique
  智能天线技术的抗多径干扰性能分析
• Channel estimation is one of the key features of this technique and will lead to the better performance of rake receiver
  Rake接收机作为一种有效的抗多径技术,实现多径分集接收功能。
• It has many advantages , for example high transmission rate , low power consumption , good security , robustness to multipath and low cost
  利用纳秒级的非正弦波窄脉冲来传输数据,具有传输速率高、功耗低、安全性好、抗多径能力强以及成本低廉等许多优点。
• This paper concentrates on the orthogonal frequency division multiplexing ( ofdm ) technique and some techniques to resist multipath fading . it also simulates by computer
  本文主要研究正交频分复用( ofdm )及其抗多径衰落的一些技术，并利用计算机进行仿真。
• Furthermore , it become more and more important in commercial wireless communication because it can reduce the effects imposed by multi - path fading and co - channel interference
  另外，跳频通信也应用到民用通信中以抗衰落、抗多径、抗网间干扰和提高频谱利用率。
• Multicarrier orthogonal frequency - division multiplexing ( ofdm ) systems have been widely researched in recent years because of its good anti - multipath characteristic when easily equalized
  摘要近年来，多载波ofdm系统因其均衡简单且能有效地抗多径干扰而受到广泛地研究。
• The spread spectrum ( ss ) communication system has stronger ability of resisting jamming , narrow band , and multipath interference than that of the conservation communication systems
  扩频通信系统与常规的通信系统相比，具有很强的抗人为干扰，抗窄带干扰，抗多径干扰的能力。
• So cdma is irrefutablely competitive . however , the capacity of conventional cdma communication system is confined by multi - access interference ( mai ) and multi - path interference ( mpi )
  但是cdma的容量却受限于多址干扰与多径干扰，而多载波技术具有很强的抗多径干扰的能力。
• The advantages of spread spectrum communication are as follows : low probability of intercept , good anti - fading and anti - multipath interference capability . it is widely used in military and civil communication
  扩频通信具有低截获率、抗衰落能力强、抗多径干扰等优点,广泛应用于军事通信和民用通信。
• Ofdm , with the advantage of high spectrum efficiency and easy realization , can strongly combat multi - path and dispersive channel interference , so its application is remarkable in recent years
  正交频分复用( ofdm )技术具有抗多径时延、抗信道衰落、频谱利用率高、硬件实现简单等优点，近年来受到广泛关注。