Title of article :
Shortest Path Problem With Ordinary Differential Equations Constrained
Author/Authors :
Babapour Azar ، Ali Faculty of Mathematical Sciences - University of Tabriz , Hosseini Nodeh ، Zohreh Faculty of Mathematical Sciences - University of Tabriz
From page :
661
To page :
672
Abstract :
‎Many quicklink optimization models of transferring corrosive materials, need some constraints to change the output space such that all of the criteria are met, which forms a nonlinear problem with specific constraints. So we use an approach for finding global solutions of mixedinteger nonlinear optimization problems with ordinary differential equation constraints on the shortest path problem connective body composition because we need to save time. For the solution of constrained differential equations, we present a numerical method by coupling an implicit numerical method, and the results will be expressed by showing that the optimal path is selected.
Keywords :
Implicit method , Shortest path , Constrained differential equations
Journal title :
Computational Methods for Differential Equations
Journal title :
Computational Methods for Differential Equations
Record number :
2522913
Link To Document :
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