Yuankun Tang

Frequency-Domain Detection and Interference Cancellation in Binary Molecular Code-Division Multiple-Access Systems

Weidong Gao, Lu Shi, Yuankun Tang, Liqing Shan et autres

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Energy Efficiency Maximization in Hybrid Bit-Semantic Communication Networks

Guangyuan Zheng, Miaowen Wen, Yuankun Tang, Qianqian Wang et autres

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A Hybrid CNN-LSTM Detection Model for Ultrasonic Pulse-Based Intra-Body Communications

Tao Chen, Xibin Han, Qianqian Wang, Yuankun Tang et autres

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Separating or Sharing: Tradeoff Oriented Joint Optimization of Beamforming and Reflective Precoding in Active RIS-Enabled ISAC System

Zhongyu Ma, Yuxi Gao, Jing Li, Zhirong Liu et autres

Integrated sensing and communication (ISAC) is potentially viewed as a key driver in the ubiquitous service of future wireless systems. However, numerous challenges should be solved before the alluring benefits are enjoyed. Although enhancement of sensing capabilities inevitably leads to a reduction …

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Ultrasonic Multidimensional Index Modulation With Low-Complexity Maximum Likelihood Receiver for Intra-Body Communications

Qianqian Wang, Baiqiang Long, Yuankun Tang, Xinyue Pei et autres

Ultrasonic intra-body communication (IBC) demands high data rates and high reliability to achieve revolutionary medical and healthcare applications. This paper proposes an ultrasonic multidimensional index modulation (U-MIM) technique for IBCs. The core idea is to utilize ultrasonic pulses to transmit modulation bits …

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Codeword-Based Auto-Correlation Receiver for Ultrasonic Time-Code-Indexed Modulation Systems

Qianqian Wang, Baiqiang Long, Xinyue Pei, Yuankun Tang et autres

Ultrasonic index modulation can effectively improve the spectral efficiency and energy efficiency of intra-body communication systems. This letter proposes a codeword-based auto-correlation (C-AC) receiver for ultrasonic code-indexed modulation (UCIM) and ultrasonic time-code-indexed modulation (UTCIM) transmitters, employing Hadamard codewords. The core idea is …

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Molecular Type Permutation Absorption Modulation: Block-Transmission, Detection, and Optimal Location

Zhanjun Hao, Yiting Zou, Yuankun Tang, Qianqian Wang et autres

Unlike most existing modulation schemes for molecular communications, which transmit information through the properties of message molecules, molecular absorption shift keying is a newly proposed scheme that not only conveys information but also provides energy for molecule harvesting nodes. However, the principles …

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XAI-Aided Hybrid Neural Network Detection for Probabilistic Shaping-Based Molecular Communication

Yuankun Tang, Yue Wang, Qianqian Wang, Yu Chieh Huang et autres

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Balanced Golay Complementary Pair-Based Ultrasonic Backscatter Communication for Implantable Sensor Networks

Qianqian Wang, Tianle Zhang, Yuankun Tang, Baiqiang Long et autres

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Joint Resource Optimization for Short-Packet AmBC-NOMA in High-Mobility V2X Scenarios

Qianhui Wang, Xinyue Pei, Xuewen Luo, Xingwei Wang et autres

In this paper, we explore the application of ambient backscatter communication combined with non-orthogonal multiple access (NOMA) in short-packet transmission systems for high-mobility vehicle-to-everything scenarios. In this system, a roadside unit (RSU) transmits superimposed signals to a typical NOMA user pair, while …

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Molecular Type Permutation Absorption Modulation

Yiting Zou, Zhanjun Hao, Yuankun Tang, Miaowen Wen

Unlike most existing modulation schemes for molecular communications that convey information by the properties of message molecules, molecular absorption shift keying is a recently proposed scheme that leverages channel states to convey information additionally while providing energy for molecule harvesting nodes. However, …

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Molecular Code Index Modulation: Signaling, Detection, and Performance Analysis

Yuankun Tang, Qianqian Wang, Zhanjun Hao, Zhongyu Ma et autres

The Internet of Bio-Nano Things (IoBNT) is expected to play a pivotal role in the future healthcare systems. This paper proposes a molecular code index modulation (MCIM) scheme to achieve reliable information transmission for molecular communiction (MC), which may find applications in …

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