TY - Jour A2 - Massaro,Fabio Au - Miao,Xingyu Au - Ge,永琪PY - 2020 DA - 2020/10/30 TI - 基于能源收割的嵌入式系统的TI - 能源管理:系统映射研究SP - 5801850 VL - 2020AB - 基于能量收集的嵌入式系统(EIHES)的能量管理是一个新兴领域,旨在从环境中收集可再生能源来为嵌入式系统供电。在这项工作中,我们使用系统的映射方法来研究相关文献,目的是探索和分析伊什能源管理中的艺术状态,以及为后续文献审查提供援助。为此,我们进行了广泛的搜索,以查找与能量收集,嵌入式系统,能源消耗和能源管理相关的文章。我们从2005年1月到2019年7月的文件搜索了来自三个主流数据库,ACM,IEEE XPLORE和科学网站,并发现了超过3000篇关于嘴的论文。最后,我们选择了142个符合条件的论文。我们已经完成了从五个方面完成的系统映射研究,即(1)研究类型(验证研究,评估研究,解决方案提案,哲学论文,意见和经验),(2)研究目标(应用或理论),(3) application scenarios, (4) tools or methods, and (5) paper distribution, such as publication year and authors’ nationality. The results showed that the major research type of the EHES papers is validation research, accounting for 65%, which indicated research is still in the theoretical stage and many researchers focus on how to improve the efficiency of harvesting energy, develop a reasonable energy supply plan, and adapt EHES for real-world requirements. Furthermore, this work reviews the tools used for EHES. As the future development direction, it is indispensable to provide tools to EHES for research, testing, development, and so on. The results of our analysis provide significant contributions to understanding the existing knowledge and highlighting potential future research opportunities in the EHES field. SN - 2090-0147 UR - https://doi.org/10.1155/2020/5801850 DO - 10.1155/2020/5801850 JF - Journal of Electrical and Computer Engineering PB - Hindawi KW - ER -