随着物联网技术的发展, 无线网络呈现出大规模用户接入, 高功耗, 高吞吐量需求等特点.
为了满足传输和降低能耗的需求, 反向散射通信技术被认为是解决上述问题最有效的方案之一 …

为缓解物联网节点数量增长带来的能耗问题, 提出了基于能效最大化的多载波无线供电反向散射
网络资源分配算法. 首先, 考虑发射功率门限和最小收集能量约束, 构建了发射功率, 传输时间 …

为了解决终端设备能量受限, 网络覆盖范围有限等问题, 实现绿色万物高效互联,
引入了一种新的智能反射表面技术, 构建智能反射表面辅助的无线携能通信网络 …

为了提高物联网(IoT) 节点的运行周期和能量利用率, 该文提出一种多标签无线供电反向散射
通信网络能效最大化资源分配算法. 考虑传输速率约束, 能量收集约束以及发射功率约束 …

物联网能够提升人们的生活质量, 但同时带来能量消耗剧增与网络传输拥堵的问题. 为此,
面向零功耗物联网的反向散射通信技术被提出, 分析与研究该技术的发展现状及所面临的技术 …

Ambient backscatter communications has shown the great potentials to achieve spectrum
and energy efficient communications for future wireless networks (eg, 6G). Besides, to fully …

This paper address the energy conservation issues in wireless downlink of mobile networks
with distributed antenna transmission. From the basic information theory for MIMO channels …

Backscatter communication, as an important technique in green Internet of Things, has been
concerned by academic and industry to improve system capacity and simultaneously reduce …

Relay-enabled backscatter communication (BC) is an intriguing paradigm to alleviate
energy shortage and improve throughput of Internet-of-Things (IoT) devices. Most of the …

Recently, energy-efficient ambient backscatter communication has emerged as a promising
technology to build up self-sustainable wireless networks. However, the limited transmission …