Autonomous airport vehicle design is the process of developing and implementing a system of robotic vehicles that can be used to transport passengers and cargo in airports. These vehicles are powered by artificial intelligence and are capable of navigating the airport environment, avoiding obstacles, and following pre-programmed routes. The vehicles are equipped with sensors and cameras to detect their environment and to identify objects in their path. The vehicles can also be programmed to respond to various airport commands and to follow safety protocols.
Autonomous airport, robotic vehicles, AI, navigation, airport safety.
CITATION : "Alexander Barclay. 'Autonomous Airport Vehicle Design.' Design+Encyclopedia. https://design-encyclopedia.com/?E=212156 (Accessed on April 19, 2024)"
Autonomous Airport Vehicle Design is an engineering field that focuses on the development of vehicles for use in airports, primarily for transportation of passengers, cargo and luggage. This field incorporates mechanical and electrical engineering components, such as design of chassis and power trains, control systems and programming of autonomous behaviors. Additionally, it involves research and development of safety protocols, environmental compliance and cost-efficiency. This interdisciplinary field is also closely related to robotics, artificial intelligence and computer vision, as it requires the autonomous vehicles to be able to predict and dodge obstacles of their environment in order to safely complete their tasks. Autonomous Airport Vehicle Design is a relatively new field of engineering, with increasing demand as airports become more congested and the need for efficient and cost-effective transport solutions becomes increasingly relevant.
Autonomous Vehicles, Airport Design, Robotics.
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