Design of Sequences of Operation for Occupant-Centric Controls

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Abstract

Human life is being made easier in every way possible thanks to the Internet of Things (IoT). Its potential uses are incomprehensible. The Internet of Things (IoT) is a concept that connects all devices, tools and gadgets together via the internet so that they can communicate with one another and share data. IoT can be applied to a number of different things such as smart cars and the assurance of their occupants' safety, security, navigation and cost-effectiveness. The goal of this project is to save the lives of precious human beings who would otherwise be killed in road accidents. This is why we are proposing an accident-prevention and response system that is both proactive and reactive. There are many factors that can cause fatal car accidents, and this study aims to address those issues while also providing safety measures. Traveling to far-flung destinations and reducing the amount of time it takes is impossible without transportation. However, the ever-aggregating number of automobiles on the road must be taken into consideration. In addition to eliminating some of the most common reasons of car accidents, the project also includes post crash measures.

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APA

Gunay, B., Hobson, B., Ouf, M., Nagy, Z., & Miller, C. (2023). Design of Sequences of Operation for Occupant-Centric Controls. In Occupant-Centric Simulation Aided Building Design: Theory, Application, and Case Studies (pp. 235–257). CRC Press. https://doi.org/10.1201/9781003176985-10

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