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Joint transmitter/receiver design for multicarrier data transmission with low latency time

机译：联合发送器/接收器设计用于低延迟时间的多载波数据传输

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Karp Tanja; Schuller Gerald;
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年度 2001
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1. Joint Transmitter–Receiver Frequency-Domain Equalization in Generalized Multicarrier Code-Division Multiplexing Systems [J] . Liu T.Yang C.Yang L.-L. Vehicular Technology, IEEE Transactions on . 2010,第8期

机译：通用多载波码分复用系统中的联合发射机-接收机频域均衡
2. Receiver design for multicarrier transmission systems in presence of Tx/Rx imperfections [J] . Ali Muhammad Asim, Sandhu Muhammad Yameen, Waqar Omar, International journal of communication systems . 2017,第13期

机译：存在Tx / Rx缺陷的多载波传输系统的接收机设计
3. Joint Transmitter and Receiver Power Allocation under Minimax MSE Criterion with Perfect and Imperfect CSI for MC-CDMA Transmissions [J] . Chirawat KOTCHASARN, Poompat SAENGUDOMLERT IEICE Transactions on Communications . 2008,第6期

机译：采用Minimax MSE准则，具有完美和不完美CSI的联合最大发射和接收功率分配，用于MC-CDMA传输
4. Joint transmitter/receiver design for multicarrier data transmission with low latency time [C] . Karp, T., Schuller, . 2001

机译：联合发送器/接收器设计，可实现低延迟时间的多载波数据传输
5. Concatenated coding and space-time modulation: Transmitter and receiver design. [D] . Zhang, Rongxin. 2005

机译：级联编码和时空调制：发射机和接收机设计。
6. A physical model for low-frequency electromagnetic induction in the near field based on direct interaction between transmitter and receiver electrons [O] . Ray T. Smith, Fred P. M. Jjunju, Iain S. Young, -1

机译：基于发射器和接收器电子之间直接相互作用的近场低频电磁感应物理模型
7. Joint Transmitter/Receiver Design for Multicarrier Data Transmission with Low Latency Time [O] . Tanja Karp, Gerald Schuller 2001

机译：低延迟时间的多载波数据传输联合发射器/接收器设计

Joint transmitter/receiver design for multicarrier data transmission with low latency time

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