面向动态环境的物联网智能露营帐篷

Subha Danushika Fernando, S. Yasakethu, P.W.M.G.N. Wanasinghe, H. M. K. K. M. B. Herath
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引用次数: 0

摘要

由于其尖端的特性和提高整体露营体验的能力,智能帐篷有时被称为智能或高科技帐篷,在露营和户外业务中变得越来越重要。这些帐篷中包含的现代技术,如内置传感器、Wi-Fi连接和自动化系统,允许用户通过智能手机控制帐篷的许多方面。由于其高科技性质,智能帐篷价格昂贵。很明显,像斯里兰卡这样的热带国家不能有效地利用现有的智能帐篷进行露营。此外,还需要廉价地将传统帐篷改造成智能露营帐篷。为了解决这些问题,本研究旨在开发一种能够适应其动态环境的智能露营帐篷。该系统是借助模糊p控制机制和物联网技术开发的。实验结果表明,智能帐篷的准确率为82.5%。模糊系统的准确率为81.5%,P控制器的准确率为85.0%。
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IoT-Enabled Smart Camping Tent for Dynamic Environment
Due to their cutting-edge features and capacity to improve the whole camping experience, smart tents sometimes referred to as intelligent or high-tech tents, are becoming more and more significant in the camping and outdoor business. Modern technology included in these tents, such as built-in sensors, Wi-Fi connectivity, and automation systems, allow users to control numerous aspects of the tent from their smartphones. Due to their high-tech nature, smart tents are pricey. It is evident that tropical countries like Sri Lanka cannot effectively utilize the available smart tents for camping. Additionally, there is a need to inexpensively transform a conventional tent into a smart camping tent. In order to address these issues, this research aimed at developing a smart camping tent that can adapt to its dynamic environment. The system was developed by aiding fuzzy-P controlling mechanisms and IoT (Internet of Things) technologies. The experiment results suggested that the smart tent worked at 82.5% accuracy. The fuzzy system showed 81.5% accuracy while the P controller showed 85.0% accuracy.
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