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arXiv 2402.00877cs.NIcs.SYeess.SY
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用于提升无线体域网(WBANs)电池效率的最新能量收集方法综述

A Review on Recent Energy Harvesting Methods for Increasing Battery Efficiency in WBANs

Hossein Yektamoghadam, Amirhossein Nikoofard, Fatemeh Pourhanifeh Doust, Mehdi Delrobaei

AI总结:

本文综述了用于无线体域网(WBANs)传感器电池充电的最新能量收集方法,提出了相关未来研究方向,调研了强化学习、分布式优化等活跃领域,为新一代WBAN可充电传感器研究提供参考。

摘要:

如今,技术发展促使人类将可穿戴与植入式设备用于生物医学应用领域。该领域的一个重要研究方向是聚焦于这类设备的无线体域网(wireless body area networks, WBANs)。在WBAN中,仅依靠电池作为能量供应是一项重大挑战,在医疗应用中尤为突出。对使用WBAN的患者而言,电池充电是个难题。可穿戴设备的电池更换难度不大,但植入式设备的情况则有所不同。植入式设备使用电池存在诸多问题,包括手术带来的疼痛与费用、精神压力以及舒适度不足。电池寿命取决于其类型、运行状态、患者的医疗状况及其他因素。本文综述了用于WBAN传感器电池充电的最新能量收集方法,此外还提出了WBAN中能量收集方法的未来研究方向,为此调研了WBAN应用中的强化学习(reinforcement learning, RL)、分布式优化等活跃研究领域。我们坚信这些见解将助力同行研究者研究并开发新一代WBAN可充电传感器。

英文摘要:

Today, technology development has led humans to employ wearable and implantable devices for biomedical applications. An important research issue in this field is the wireless body area networks (WBANs), which focus on such devices. In WBAN, using batteries as the only energy supply is a significant challenge, especially in medical applications. Charging the batteries is a problem for patients who use WBAN. Replacing the battery is not very difficult for wearable devices, but implantable devices have different conditions. The use of batteries in implantable devices has many problems, including pain and costs due to surgery, mental stress, and lack of comfort. Batteries' life depends on their type, operation, the patient's medical condition, and other factors. This paper reviews recent energy harvesting methods for battery recharge in WBAN's sensors. Moreover, we provide future research directions on energy harvesting methods in WBANs. Therefore, active research fields such as reinforcement learning (RL) and distributed optimization in WBAN applications were investigated. We strongly believe that these insights will aid in studying and developing a new generation of rechargeable sensors in WBANs for fellow researchers.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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