Download Bio-inspired Algorithms for the Vehicle Routing Problem by Jean-Yves Potvin (auth.), Francisco Babtista Pereira, Jorge PDF

By Jean-Yves Potvin (auth.), Francisco Babtista Pereira, Jorge Tavares (eds.)

ISBN-10: 3540851518

ISBN-13: 9783540851516

The car routing challenge (VRP) is likely one of the most famed combinatorial optimization difficulties. simply, the objective is to figure out a suite of routes with total minimal price which could fulfill a number of geographical scattered calls for. organic encouraged computation is a box dedicated to the improvement of computational instruments modeled after rules that exist in typical platforms. The adoption of such layout ideas allows the creation of challenge fixing strategies with better robustness and suppleness, capable of take on advanced optimization situations.

The aim of the amount is to provide a suite of state of the art contributions describing contemporary advancements in regards to the program of bio-inspired algorithms to the VRP. Over the nine chapters, varied algorithmic techniques are thought of and a various set of challenge versions are addressed. a few contributions specialise in common benchmarks extensively followed by way of the study group, whereas others handle real-world situations.

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223–240. Wiley, Chichester (1997) 45. B. ): The traveling salesman problem. Wiley, Chichester (1985) 46. : A cooperative parallel meta-heuristic for the vehicle routing problem with time windows. Computers & Operations Research 32, 1685–1708 (2005) 47. : A guided cooperative search for the vehicle routing problem with time windows. IEEE Intelligent Systems 20, 36–42 (2005) 48. : Computer solutions of the traveling salesman problem. Bell System Technical Journal 44, 2245–2269 (1965) 49. : Immune genetic algorithm for vehicle routing problem with time windows.

We thus have e elitist ants that follow the best tour and deposit additional pheromone on it. An alternative approach is the rank-based AS, called ASrank , where the ants are sorted from best to worst according to the length of their tour [8]. The w − 1 best-ranked ants then deposit an amount of pheromone that is weighted by their rank. More precisely, equation (2) becomes w−1 τij ← (1 − ρ) τij + (w − k) Δτijk + wΔτijbest (6) k=1 where k is a rank (from 1 for the best-ranked ant to w − 1). Note that an additional elitist ant follows the best tour found since the start of the algorithm.

Select the next vertex i and set the current input vector I to its coordinates (if all vertices are done, restart with the first vertex). -Y. Potvin 4. Competition within each ring. Determine the winning unit okj∗ on each ring rk . This unit is the one with the closest weight vector to the current input vector I. 5. Competition among the rings. ,m f (r , h) e−d(Tj∗ ,I )/h f r ,h = (11) 1 + e−ΔQ/h where ΔQ is the difference between the vehicle capacity and the total demand on ring rk (with current vertex i).

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