Computers & Operations Research, Volume 1

Volume 1, Number 1, March 1974

• Samuel J. Raff:
  Computers and operations research: Purpose and goals. 1-2
  
• Joseph H. Engel:
  The philosophical underpinnings of computers and operations research. 3-7
  
• Guus Zoutendijk:
  The impact of technology on decision-making. 9-13
  
• N. E. Nour, H. H. Happ:
  The application of transportation techniques in modelling power pools. 15-29
  
• Gary J. Handler:
  Mathematical methods for the design of telephone directory content and distribution. 31-38
  
• Edward H. Pechan, Ellison S. Burton, William Sanjour:
  Computerized regional air pollution abatement and fuels use modeling. 39-47
  
• Albert M. Bottoms:
  Operations research and computers in law enforcement: Some case studies of american police experience. 49-65
  
• Richard C. Larson:
  A hypercube queuing model for facility location and redistricting in urban emergency services. 67-95
  
• James E. Just:
  Impacts of new energy technology using generalized input-output analysis. 97-109
  
• Robert R. Trippi, Andrew W. Ash, Joseph V. Ravenis II:
  A mathematical approach to large scale personnel assignment. 111-117
  
• Thomas L. Honeycutt, C. E. Grad Jr., J. D. Wilson:
  Determination of a general economic location constant by monte carlo simulation. 119-124
  
• Martin Hershkowitz, Arthur Spindler:
  Social science applications: A caveat for the operations research analyst. 125-134
  
• Edward L. Melnick:
  Reducing computational roundoff errors efficiently. 135-136
  
• Samuel J. Raff, Robert J. Miller:
  International symposium on applications of computers and operations research to problems of world concern. 137-155
  

Volume 1, Number 2, August 1974

• Richard Borst, Charles G. DeWald:
  A solution technique for placing digital integrated circuitry on printed circuit boards. 161-180
  
• Alan E. Feuerstein:
  Computers, quantitative techniques, and the struggle for the correct investment decision. 181-189
  
• Jaikumar Ramchandran:
  An operational optimization procedure for production scheduling. 191-200
  
• L. A. Silman, Zeev Barzily, U. Passy:
  Planning the route system for urban buses. 201-211
  
• Rita M. Newton, Warren H. Thomas:
  Bus routing in a multi-school system. 213-222
  
• William G. Truscott:
  Data structuring to efficiently implement the primal-dual transportation algorithm. 223-234
  
• Wayne J. Verderber:
  Automated pupil transportation. 235-245
  
• William W. Swart, Charles E. Gearing, Turgut Var, Gary Cann:
  Investment planning for the development of a national resource - linear programming based approaches. 247-262
  
• J. I. Morgan, A. I. Johnson:
  A modular approach to computerized material balance calculations. 263-274
  
• Harold L. Christensen, George F. Haddix:
  A model for sanitary landfill management and design. 275-281
  
• E. J. McGrath, D. C. Irving:
  Application of variance reduction to large scale simulation problems. 283-311
  
• Götz Uebe, Joachim Fischer:
  Computation of the eigenvalues of large econometric models. 313-339
  
• J. R. Tucker, John S. C. Gabbert, J. W. Fothergill Jr.:
  Remote interactive synthesis. 341-342
  

Volume 1, Number 3-4, December 1974

• Ron Sharpe, John F. Brotchie, P. A. Ahern, John W. Dickey:
  Evaluation of alternative growth patterns in urban systems. 345-362
  
• Bernd A. Knauer:
  Solution of a timetable problem. 363-375
  
• W. L. Berry, D. Clay Whybark:
  The computer and production-logistics. management. 377-383
  
• Yupo Chan:
  Configuring a transportation route network via the method of successive approximation. 385-420
  
• John W. Labadie, Neil S. Grigg, Paul D. Trotta:
  Minimization of combined sewer overflows by large-scale mathematical programming. 421-435
  
• H. Chen, C. G. Dewald:
  A generalized chain labelling algorithm for solving multicommodity flow problems. 437-465
  
• Dennis E. Smith:
  A general-purpose computer program for obtaining improved simulation solutions. 467-478
  
• Milan Zelany:
  A concept of compromise solutions and the method of the displaced ideal. 479-496
  
• Michael R. Greenberg, Donald A. Krueckeberg:
  Demographic analysis for nuclear power plant siting: A set of computerized models and a suggestion for improving siting practices. 497-506