21. Use Dijkstra's algorithm to solve the compact book storage problem discussed in Sec- tion 3.5 with the following data: H_{1} = 15 cm, H_{2} = 20cm H3 = 25 cm, H_{4} = 30cm , L_{1} = 5cm , L₂ = 20 cm, L3 = 45 cm, L₁ = 30 cm, K_{1} = K_{2} =$100 , K_{3} = K_{4} =$200 , C_{1} =$6 , C_{2} =$8 , C_{3} =$9 , and C_{4} =$12 .

Practical Management Science
6th Edition
ISBN:9781337406659
Author:WINSTON, Wayne L.
Publisher:WINSTON, Wayne L.
Chapter8: Evolutionary Solver: An Alternative Optimization Procedure
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21. Use Dijkstra's algorithm to solve the compact book storage problem discussed in Sec- tion 3.5 with the following data: H_{1} = 15 cm, H_{2} = 20cm H3 = 25 cm, H_{4} = 30cm , L_{1} = 5cm , L₂ = 20 cm, L3 = 45 cm, L₁ = 30 cm, K_{1} = K_{2} =$100 , K_{3} = K_{4} =$200 , C_{1} =$6 , C_{2} =$8 , C_{3} =$9 , and C_{4} =$12 .
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