BusOptimizer is an advanced public transit network optimization tool that allows users to design a well-optimized transit network while minimizing operational costs for operators and travel costs for passengers. The software takes in a demand matrix, stop locations, feasible road or track sections between those stops, and travel times for different transit modes, including deviation distribution, as well as possible vehicle types for each mode.
Using this input, BusOptimizer generates optimized routes of different transit modes, departure times, and vehicle types. It considers both operational and passenger costs to minimize the general cost of the network. The software displays passenger flows of each origin-demand pair and of each route, enabling users to visually analyze the effectiveness of their network design.
The software also allows manual editing of the network and simulates the effect of such changes on the overall cost of the network. This feature provides users with the flexibility to experiment with different network designs and optimize their transit system as needed.
The optimization algorithm implemented in BusOptimizer is designed to tackle the NP-hard Transit Network Design and Frequency Setting problem. It employs a bi-objective memetic algorithm that generates a set of non-dominated solutions that comply with link-capacity constraints in relatively short computing time. This ensures that the software provides optimized results while still being efficient and time-saving.
Overall, BusOptimizer is an essential tool for transit operators and city planners who seek to create efficient, cost-effective, and sustainable transit systems. By providing a well-informed and optimized transit network design, BusOptimizer ensures that transit systems can better serve the needs of both passengers and operators.
