Research on the design of airport intelligent luggage carts based on analytic hierarchy process

This study combines mechanical and electrical engineering with artificial intelligence, and uses analytic Hierarchy Process (AHP) to deeply study the design of airport intelligent luggage cart. Advanced sensor technology, control system and other technologies are used to achieve core functions such as intelligent following, multi-baggage carrying and classified storage, obstacle detection and obstacle avoidance. At the same time, the durability and lightness of the material are considered to optimize the mechanical properties of the luggage cart. In the field of artificial intelligence, voice assistants, multi-language support, and real-time summoning of idle cars through apps/mini programs enhance human-computer interaction experience and provide users with more convenient services. The research results show that the importance of key factors in the design of airport intelligent luggage cart is as follows: product target, user group, core function design, human-computer interaction and interface design, technical architecture design, security and anti-theft design, material design, economic feasibility and scalability. The design of intelligent airport luggage cart that meets user expectations should give priority to product objectives and user groups, pay attention to core functions and human-computer interaction design, and do not ignore technical architecture and security anti-theft design.