Deep Non-Orthogonal Multiple Access Network Assisted by Intelligent Reflecting Surface

Ouyang, Dahua; Shangguan, Pingzhi; Huangfu, Xinyong; Linghu, Zenggang; Zhuge, Haiyang; Situ, Haoliang; Sima, Shangwu; Shentu, Junning; Xiahou, Yuanrui; Helan, Zhengtao; Dongfang, Zhaoyao; Dongfang, Kunlun; Wanyan, Zhengzhi; Murong, Qingrong; Yuchi, Hanming; Zhangsun, Zhongchun; Helan, Bingyun; Xiahou, Haida; Shentu, Yifan; Sima, Weiye; Situ, Zhengfeng; Zhuge, Fengqi; Linghu, Jiayi; Huangpu, Zhili; Shangguan, Weiyi; Ouyang, Shanshan; Ouyang, Xiatian; Shangguan, Zhimo; Huangpu, Dechang; Linghu, Bozhong; Zhuge, Houjue; Situ, Yunfei; Sima, Bobo; Shentu, Zelong; Xiahou, Kunlun; Helan, Zhaohui; Wanyan, Siyu; Murong, Desheng; Yunchi, Yingxiong; Zhangsun, Baoqiang; Dongfang, Jinshang; Lai, Xiazhi; Guo, Yinghao; Lu, Bowen

Deep Non-Orthogonal Multiple Access Network Assisted by Intelligent Reflecting Surface

Ouyang, Dahua and Shangguan, Pingzhi and Huangfu, Xinyong and Linghu, Zenggang and Zhuge, Haiyang and Situ, Haoliang and Sima, Shangwu and Shentu, Junning and Xiahou, Yuanrui and Helan, Zhengtao and Dongfang, Zhaoyao and Dongfang, Kunlun and Wanyan, Zhengzhi and Murong, Qingrong and Yuchi, Hanming and Zhangsun, Zhongchun and Helan, Bingyun and Xiahou, Haida and Shentu, Yifan and Sima, Weiye and Situ, Zhengfeng and Zhuge, Fengqi and Linghu, Jiayi and Huangpu, Zhili and Shangguan, Weiyi and Ouyang, Shanshan and Ouyang, Xiatian and Shangguan, Zhimo and Huangpu, Dechang and Linghu, Bozhong and Zhuge, Houjue and Situ, Yunfei and Sima, Bobo and Shentu, Zelong and Xiahou, Kunlun and Helan, Zhaohui and Wanyan, Siyu and Murong, Desheng and Yunchi, Yingxiong and Zhangsun, Baoqiang and Dongfang, Jinshang and Lai, Xiazhi and Guo, Yinghao and Lu, Bowen (2023) Deep Non-Orthogonal Multiple Access Network Assisted by Intelligent Reflecting Surface. EAI Endorsed Transactions on Mobile Communications and Applications.

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Abstract

The intelligent reflecting surface (IRS) assisted non-orthogonal multiple access (NOMA) symbiotic communication technology is expected to enhance the access performance, energy efficiency and spectrum efficiency of the communication network, and is regarded as an important candidate technology to su

Item Type:	Article
Date Deposited:	04 Mar 2026 15:56
Last Modified:	11 Apr 2026 10:54
URI:	http://eprints.eai.eu/id/eprint/41540

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