Smart Embedded System for Token-Based Airplane Restroom Management
Author(s): Arjun Agaram Mangad
Publication #: 2502069
Date of Publication: 13.06.2020
Country: USA
Pages: 1-7
Published In: Volume 6 Issue 3 June-2020
DOI: https://doi.org/10.5281/zenodo.14883192
Abstract
In 2019, the International Civil Aviation Organization (ICAO) reported that scheduled air services carried approximately 4.5 billion passengers globally, marking a 3.6% increase from the previous year. The number of departures reached 38.3 million, a 1.7% rise compared to 2018 [1]. This data underscores the extensive utilization of aircraft and the significant volume of passengers in the aviation industry. With the number of passengers per plane being large on most airplanes and restrooms being limited, one common problem is efficient restroom management in airplanes. This is necessary to enhance passenger experience and reduce unnecessary congestion. This paper proposes an intelligent embedded system for token-based toilet reservations in airplanes. This proposal suggests a system comprising embedded sensors, real-time monitoring, and a digital token system to streamline restroom usage. By automating this reservation, passengers can find a comfortable way to access restrooms. Such a system will have passengers book restroom access via seatback screens or mobile applications, ensuring fair and orderly utilization. This fairness in access will enhance the overall passenger experience, improve hygiene, minimize wait times, and enhance comfort.
Keywords: Embedded System, Token-Based Reservation, Airplane Restroom, Occupancy Sensors, AI-Powered Management, Passenger Experience, In-Flight Services
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