Title page for ETD etd-04252003-123556

Type of Document Dissertation
Author Carter, Arthur E.
Author's Email Address arcarter@vt.edu
URN etd-04252003-123556
Title Design and Application of Genetic Algorithms for the Multiple Traveling Salesperson Assignment Problem
Degree PhD
Department Management Science and Information Technology
Advisory Committee
Advisor Name Title
Ragsdale, Cliff T. Committee Chair
Brown, Evelyn C. Committee Member
Cook, Deborah F. Committee Member
Matheson, Lance Arthur Committee Member
Rees, Loren Paul Committee Member
  • Spreadsheets
  • Scheduling
  • Multiple Traveling Salesmen Problem
  • Genetic Algorithms
  • Artificial Intelligence
Date of Defense 2003-04-21
Availability unrestricted
The multiple traveling salesmen problem (MTSP) is an extension of the traveling salesman problem with many production and scheduling applications. The TSP has been well studied including methods of solving the problem with genetic algorithms. The MTSP has also been studied and solved with GAs in the form of the vehicle-scheduling problem. This work presents a new modeling methodology for setting up the MTSP to be solved using a GA. The advantages of the new model are compared to existing models both mathematically and experimentally. The model is also used to model and solve a multi line production problem in a spreadsheet environment. The new model proves itself to be an effective method to model the MTSP for solving with GAs. The concept of the MTSP is then used to model and solve with a GA the use of one salesman make many tours to visit all the cities instead of using one continuous trip to visit all the cities. While this problem uses only one salesman, it can be modeled as a MTSP and has many applications for people who must visit many cities on a number of short trips. The method used effectively creates a schedule while considering all required constraints.
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