Framework Models for Theme Park Design: Incorporating Transportability Models and Visitor Preferences

Abstract

Analyzing human movement is crucial for evaluating designs in transportation and urban planning. Our expertise lies in the realm of designing and assessing wireless networks and services tailored for cutting-edge theme park experiences. The effectiveness of specific wireless networks, such as mobile ad hoc networks, is significantly impacted by human mobility. In response to this challenge, we've developed an advanced program known as ParkSim, dedicated to replicating the intricate motion patterns of guests within a theme park environment. ParkSim utilizes an activity-based mobility model, influenced by the diverse activities guests engage in throughout the park. The calibration of this tool is based on GPS data collected from an amusement theme park, ensuring its accuracy and reliability. It has undergone rigorous verification against various performance metrics relevant to wireless ad hoc networks. Our primary goal is to enhance ParkSim further, enabling it to evaluate innovative strategies for equitably distributing visitors across different sections of the theme park. This expansion will provide valuable insights into optimizing wireless network performance and enhancing the overall theme park experience for guests.