论文标题
无线信息和电力传输：自下而上的多层设计框架
Wireless Information and Power Transfer: A Bottom-Up Multi-Layer Design Framework
论文作者
论文摘要
无线信息和电力传输（WIPT）系统的效率需要重新评估整个收发器链，其特征在于自下而上的多层设计方法。 In this paper, we introduce and describe the key design layers: i) "Mathematical modeling", associated with the investigation of mathematical models for the wireless power transfer process, ii) "Information-theoretic limits", which refers to the fundamental limits of the WIPT channel, iii) "Link design", corresponding to signal processing techniques that make WIPT feasible, iv) "System-level perspective", which studies the developed WIPT techniques from宏观系统级的观察点和v）“实验研究”，是指WIPT系统的现实实施。这些层连接良好，它们的相互作用对于WIPT系统的有效设计至关重要。讨论了具体的案例研究，该案例研究表明了上述多层设计框架的跨学科性质。
The efficiency of wireless information and power transfer (WIPT) systems requires an essential reevaluation and rethinking of the entire transceiver chain, which is characterized by a bottom-up multi-layer design approach. In this paper, we introduce and describe the key design layers: i) "Mathematical modeling", associated with the investigation of mathematical models for the wireless power transfer process, ii) "Information-theoretic limits", which refers to the fundamental limits of the WIPT channel, iii) "Link design", corresponding to signal processing techniques that make WIPT feasible, iv) "System-level perspective", which studies the developed WIPT techniques from a macroscopic system-level point-of-view, and v) "Experimental studies", that refers to real-world implementation of WIPT systems. These layers are well-connected and their interplay is imperative for the effective design of WIPT systems. Specific case studies are discussed, which demonstrates the interdisciplinary nature of the aforementioned multi-layer design framework.
