把数字基带信号寄载到连续的高频载波上进行传输的系统叫载波传输或叫调制传播。 5G场景下对多载波多址传输技术提出了更加苛刻的要求。FBMC、GFDM和UFMC共同成为欧盟SGNOW项目组重点关注的多载波技术备选方案。 利用及时通讯工具的音频信道可以进行数字载波传输。此方案具有提高信息保密的可行性，对进一步的开发和利用提供了一定理论和实践的支持。
载波传输滤波器 [电子] carrier transfer filter
通用滤波多载波传输 UFMC
载波传输制 carrier transmission system
静态载波传输 [通信] quiescent carrier transmission
多路载波传输 multichannel carrier transmission
载波传输系统 Cartier Transmission System
抑止载波传输 quiescent-carrier transmission
彩色载波传输 transmission of chrominance carrier
用户载波传输系统 [通信] carrier transmission system for subscribers
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在三大标准中atsc为单载波传输系统，能较好支持固定接收，峰均值比较小。
In three standards, ATSC is the single carrier transmission system, it is easy to support the fixed receiving, its peak average value quite being small.
采用综合的分析方法从理论上分析了适合于微波副载波传输的谐振式光接收机前端的特性，提出了一整套计算公式。
An general analysis for front end performance of turned optical receiver for microwave subcarrier multiplexed lightwave system was presented. Formulas for front end circuits were deduced.
而多载波传输技术-正交频分复用(OFDM)，作为后三代移动通信的核心技术，则具有高数据速率传输的特点。
Multi-carrier transmission technology-Orthogonal Frequency Division Multiplexing (OFDM), as the core technology of beyond 3g, has the characteristic of high data rate.
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