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Mr.K.Murugan, M.Harishma, A.Imayasri
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Page No: 1 - 10
Abstract : An AI-driven, IoT-empowered autonomous public toilet maintenance system is a cutting-edge solution aimed at transforming urban sanitation. By integrating advanced IoT sensors and artificial intelligence, the system monitors real-time parameters such as occupancy, air quality, water levels, and cleanliness. This data is analyzed using AI algorithms to optimize cleaning schedules, predict maintenance needs, and manage resources efficiently. Automated operations, including flushing, surface cleaning, and deodorizing, significantly reduce the need for manual intervention. The system also enhances hygiene by incorporating touchless features and self-sanitizing mechanisms, promoting a safer user experience. Additionally, it supports sustainability by minimizing water and energy usage and facilitating effective waste disposal. Designed for smart city integration, it can be connected to municipal dashboards for remote monitoring and decision-making. AI-based feedback loops further ensure continuous improvement by analyzing user inputs and operational data. By ensuring cleaner facilities, reducing resource wastage, and lowering operational costs, this autonomous maintenance system addresses the growing demand for sustainable public hygiene solutions. It not only improves the overall user experience but also contributes to public health and environmental conservation. As urban populations grow, this technology-driven approach will play a vital role in delivering efficient and hygienic sanitation services, making it an essential component of future-ready cities. The system exemplifies how artificial intelligence and the Internet of Things can be leveraged to enhance quality of life while supporting broader goals in smart infrastructure and sustainable development.
Keyword Intelligent Transportation System (ITS), Vehicular Ad-hoc Network (VANET), Low-Latency Communication, Network Congestion Management, Artificial Intelligence in Transportation, Cybersecurity in V2V Communication.
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