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Analysis on LUT based digital predistortion using direct learning architecture for linearizing power amplifiers

机译：使用直接学习架构对基于LUT的数字预失真进行分析以使功率放大器线性化

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Xiaowen Feng; Yide Wang; Bruno Feuvrie; Anne-Sophie Descamps; Yuehua Ding; Zhiwen Yu;
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1. Power Amplifier Linearization Using Multi- Stage Digital Predistortion Based On Indirect Learning Architecture [J] . Sreenath S, Bibin Jose, Dr. G Ramach, International Journal of Innovative Research in Science, Engineering and Technology . 2014,第5期

机译：基于间接学习架构的多级数字预失真功率放大器线性化
2. A Novel Scheme for Power Amplifier Predistortion Based on Indirect Learning Architecture [J] . Ai Bo, Zhong Zhang-Dui, Zhu Gang, Wireless personal communications: An Internaional Journal . 2008,第4期

机译：基于间接学习架构的功率放大器预失真新方案
3. A Novel Scheme for Power Amplifier Predistortion Based on Indirect Learning Architecture [J] . Ai Bo, Zhong Zhang-Dui, Zhu Gang, Wireless Personal Communications . 2008,第4期

机译：基于间接学习架构的功率放大器预失真新方案
4. Adaptive Digital Predistortion of RF Power Amplifiers Based on Memory Polynomial Model and Indirect Learning Architecture [C] . Van-Kien Vu, Van-Nghia Tran International Conference Engineering and Telecommunication . 2020

机译：基于存储多项式模型的RF功率放大器和间接学习架构的自适应数字预失真
5. Behavioral modeling of nonlinear RF power amplifiers for digital wireless communication systems with implications for predistortion linearization systems. [D] . Ku, Hyunchul. 2003

机译：用于数字无线通信系统的非线性RF功率放大器的行为建模，涉及预失真线性化系统。
6. Broadband Linear High-Power Amplifier Based on the Parallel Amplification Architecture for Electromagnetic Ultrasonic Guided Wave [O] . Jinjie Zhou, Yang Zheng 2019

机译：基于并行放大架构的电磁超声导波宽带线性大功率放大器
7. A Direct Learning Digital Predistortion Algorithm to Accurately Compensate for the Power Amplifier Nonlinearity [O] . Zheng-jie LI, Qiang XU, Wan-zhi MA 2017

机译：直接学习数字预失真算法，可以精确地补偿功率放大器非线性

Analysis on LUT based digital predistortion using direct learning architecture for linearizing power amplifiers

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