Question
There are four projects under consideration. Each can be accepted or rejected (there is not partial funding). $2.1 million is available for funding. The table
There are four projects under consideration. Each can be accepted or rejected (there is not partial funding). $2.1 million is available for funding. The table displayed funding needed and scores representing the estimated NPV (in $100 millions)
a) Formulate a zero-one linear optimization model to decide what projects to accept within the available budget.
b) Solve the linear programming relaxation to this problem Provide solution vector and solution value, find a feasible integer solution to the problem (by simple rounding). Indicate the difference between the upper and lower bounds.
c) Find the optimal solution by performing branch-and-bound for this knapsack problem, justify that it is the global optimum.
Project | A | B | C | D |
Value | 3 | 3 | 1 | 2 |
Cost ($K) | 600 | 800 | 600 | 600 |
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