Solve the minimum cost network flow problem given in Figure 12.32, using the network simplex algorithm. Start

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Solve the minimum cost network flow problem given in Figure 12.32, using the network simplex algorithm.

Start with the initial solution x12 = 5, x13 = 10, x24 = 10, x34 = 30, x35 = 15, x45 = 10, x46 = 10, x52 = 5, and x56 = 20.

FIGURE A Minimum cost flow problem for Exercises 17.3.

o (Gij, this? O(2010)(5, 15)(10, 10)0(5,5)(5,5)(10, 10)(30,30)0, 10)(10,25)(20, 10)(10, 15)35

Related Book For answer-question

Introduction to Algorithms

ISBN: 978-0262033848

3rd edition

Authors: Thomas H. Cormen, Charles E. Leiserson, Ronald L. Rivest

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Posted Date: Jan 05, 2021 11:23 AM

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Solve the minimum cost network flow problem given in Figure 12.32, using the network simplex algorithm. Start

Question:

15 a (10, 10), 1 (5,5) (20, 10) (Cis, his) 2 3 35 O (20, 10) (30, 30) (0,10) (10, 15) -20 (5, 15) (10, 10) 5 (10, 25) 6 -30 15 a (10, 10), 1 (5,5) (20, 10) (Cis, his) 2 3 35 O (20, 10) (30, 30) (0,10) (10, 15) -20 (5, 15) (10, 10) 5 (10, 25) 6 -30

Expert Answer:

ex 1010 5 55 2010 20109 log 4 4515 910 3030 2010 20 15... View the full answer

Introduction to Algorithms

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