James F.
Campbell
Professor of Management Science & Information Systems
Center for
Transportation Studies & College of Business Administration
University
of Missouri - St. Louis
One University Boulevard
St. Louis, MO 63121-4499 USA
campbell@umsl.edu
314-516-6125
Degrees:
o
Ph.D.
Industrial Engineering & Operations Research, University of California,
Berkeley, 1987
o M.S. Industrial Engineering
& Operations Research,
o B.S. Systems
Teaching Interests:
o Logistics, Supply Chain
Management, Management Science, Operations Research, Geographic Information
Systems
o Courses:
o BA 3320 - Introduction to
Operations Management
o LOM 5320 - Production and
Operations Management
o LOM 6330, 4330 - Business
Logistics Systems
o LOM 6350 - Management Science
Methods
o LOM 7393 – Doctoral Seminar:
Special Topics in Logistics & Supply Chain Management: Continuous
Approximation Modeling & Location Analysis
o Global Supply Chain
Management for international executive MBA programs in Finland and China
Research Interests:
o Mathematical modeling of logistics and transportation systems, facility
location, hub location, supply chain management.
o Selected recent sponsored
research projects:
o “Tanker Deployment Planning
for Aerial Refueling”, L3 GSI, Inc. for the U.S. Air Mobility Command at Scott
Air Force Base.
o “Geographic Information
Systems for Tracking Vessels on the Inland Waterways”, U.S. Geological Survey
(U.S. Army Corps of Engineers).
o “Network Analysis and
Warehouse Location Study”, Clif Bar & Company.
o “Pricing Analysis and Freight
Rate Modeling for Expedited Trucking”, Forward Air Corp.
o Selected recent publications
in hub location:
o “Hub Location for Time
Definite Transportation”, Computers &
Operations Research, 36, 3107-3116, 2009.
o “Hub Arc Location Problems:
Part I - Introduction and Results”, Management
Science 51, 1540-1555, 2005.
o “Hub Arc Location Problems:
Part II - Formulations and Optimal Algorithms”, Management Science 51, 1556-1571, 2005.
o “Hub Location Problems”, in Location Analysis: Theory and Applications,
(H. Hamacher and Z. Drezner, eds.) Springer,
Berlin, 373-408, 2002.
o Selected recent publications
in Snow Removal and Disposal:
o “The Sector Design and Assignment Problem for
Snow Disposal Operations”, European Journal of Operational Research 189,
508-525, 2008.
o “A Survey of Models and Algorithms for Winter
Road Maintenance. Part I: System Design for Spreading and Plowing”, “Part II:
System Design for Snow Disposal”, “Part III: Vehicle Routing and Depot Location
for Spreading” and “Part IV: Vehicle Routing and Fleet Sizing for Plowing and
Snow Disposal”, Computers &
Operations Research 33, 209-262, 2006 and Computers & Operations Research 34, 211-294, 2007.
o Other Selected Recent
Publications:
o “Simulation of Alternative Approaches to
Relieving Congestion at Locks in a River Transportation System”, Journal of the Operational Research Society
60, 519-533, 2009.
o “A Robust Strategy for
Managing Congestion at Locks on the Upper Mississippi River”, Proceedings of the 42nd Hawaii International
Conference on System Sciences (HICSS-42), 10 pages, IEEE Computer Society,
January 2009.
o “Modeling Net Rates for
Expedited Freight Services”, Transportation
Research E, 192-207, 2007.
o “Network of Logistics
Decisions”, in Logistics Systems: Design
and Optimization, (A. Langevin and D. Riopel, eds.). Springer, New York, 1-38, 2005.
o "Strategic Network
Design for Motor Carriers”, in Logistics
Systems: Design and Optimization, (A. Langevin and D. Riopel,
eds.). Springer, New York, 245-278, 2005.
Other Information:
Go to UM-St. Louis College of
Business Administration Page
Go to UM-St. Louis Center for Transportation Studies
This document was last
updated on February 23, 2009.
Comments, suggestions,
etc. should be directed to: campbell@umsl.edu