IoT智能农场中的选择性隐私保护可延长电池供电设备的寿命
Selective privacy in IoT smart-farms for battery-powered device longevity
摘要：
本文提出了一种有效载荷安全模型，以保持TLS的标准，同时消除与受限设备和物联网网络协议相关的障碍。作为智能农业环境的鱼菜共生领域被用来测试ESP32边缘设备的新颖性。隐私对消息内容的影响说明了最合适的安全属性配置，然后通过时间和功耗分析来计算每个场景的能耗。得出的结论是，使用这种定制的有效载荷安全模型而不是TLS能够将受限设备的电池寿命延长高达81%，同时保持TLS安全标准，并适用于各种协议。
英文摘要：
This paper presents a payload security model to maintain the standards of TLS whilst removing obstacles associated with constrained devices and IoT network protocols. The domain of aquaponics as a smart-farming environment was used to test the novelty with ESP32 edge devices. The impact of privacy on message content illustrated the most appropriate security attribute configurations, followed by time and power analysis to calculate energy consumptions of each scenario. It was concluded that using this tailored payload security model rather than TLS was capable of extending the battery life of constrained devices by up to 81%, whilst maintaining TLS security standards, and applicable to various protocols.
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。
