Abstract
In this paper, an algorithm for solving interval time-cost tradeoff transportation problemsis presented. In this problem, all the demands are defined as intervalto determine more realistic duration and cost. Mathematical methods can be used to convert the time-cost tradeoff problems to linear programming, integer programming, dynamic programming, goal programming or multi-objective linear programming problems for determining the optimum duration and cost. Using this approach, the algorithm is developed converting interval time-cost tradeoff transportation problem to the linear programming problem by taking into consideration of decision maker (DM).
Keywords
Interval (graph theory)
Mathematical optimization
Linear programming
Duration (music)
Decision maker
Integer programming
Transportation theory
Mathematics
Dynamic programming
Linear-fractional programming
Algorithm
Computer science
Operations research
Subject Areas
Optimization and Mathematical Programming
·Control and Systems Engineering ·Physical Sciences
Multi-Criteria Decision Making
·Management Science and Operations Research ·Social Sciences
Vehicle Routing Optimization Methods
·Industrial and Manufacturing Engineering ·Physical Sciences
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