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Your search keyword '"Jin, Xiaowei"' showing total 6 results
Start Over Author "Jin, Xiaowei" Publication Type Books
6 results on '"Jin, Xiaowei"'

1. Contributors

Author

Agrawal, Prajwal, primary, Ahmed, Daniel, additional, Dai, Changsheng, additional, Du, Xingzhou, additional, Du, Yue, additional, Esfahani, Amir M., additional, Feng, Lin, additional, Feng, Yaqi, additional, Forest, Craig R., additional, Gan, Chunyuan, additional, Gao, Huijun, additional, Gerena, Edison, additional, Ghorbanikharaji, Zahra, additional, Gong, Huiying, additional, Haliyo, Sinan, additional, Jenkins, Andrew, additional, Ji, Yiming, additional, Jin, Xiaowei, additional, Li, Mi, additional, Liu, Jiaxin, additional, Liu, Lianqing, additional, Liu, Yaowei, additional, Liu, Yuezhen, additional, Meng, Yingqi, additional, Minnick, Grayson, additional, Perszyk, Riley E., additional, Rosenbohm, Jordan, additional, Safa, Bahareh Tajvidi, additional, Shakoor, Adnan, additional, Shan, Guanqiao, additional, Shi, Zhan, additional, Sun, Hongyan, additional, Sun, Mingzhu, additional, Sun, Yu, additional, Traynelis, Stephen F., additional, Wang, Chutian, additional, Wang, Huaping, additional, Wang, Jintian, additional, Wang, Luyao, additional, Wang, Xian, additional, Wei, Yuzhang, additional, Wu, Yupan, additional, Xie, Mingyang, additional, Xu, Qingsong, additional, Yang, Ruiguo, additional, Yip, Mighten C., additional, Yu, Jiangfan, additional, Yu, Xinghu, additional, Zhang, Wei, additional, Zhang, Yujie, additional, Zhang, Zhiyuan, additional, Zhang, Zhuoran, additional, Zhao, Qili, additional, Zhao, Xin, additional, and Zhuang, Songlin, additional

Published
2023
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6. LDPC Codes for Fading Channels: Two Strategies.

Author

Fossorier, Marc, Imai, Hideki, Lin, Shu, Poli, Alain, Jin, Xiaowei, Li, Teng, Fuja, Thomas E., and Collins, Oliver M.

Abstract

This paper compares two approaches to reliable communication over fading channels using low-density parity check (LDPC) codes. The particular model considered is the block fading channel with independent channel realizations. The first approach uses a block interleaver to create independent sub-channels that are encoded using irregular LDPC codes with rates specified by the appropriate capacity values; this first approach uses a decision feedback structure wherein decoded data are used as pilots to estimate the channel prior to the next round of decoding. The second approach uses a combined graph describing both the channel and the code to iteratively estimate the channel and decode data. For comparable channels, it is shown that the decision-feedback approach provides better performance when a long delay is acceptable, while the iterative receiver provides better performance when more stringent delay constraints are imposed. [ABSTRACT FROM AUTHOR]

Published
2006
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