if else programming

Part 2 - Working only with Excel we optimize the ticket price for the reference case and compare that to the optimized decision policy and ticket prices with perfect and imperfect information. Evaluation conduced using simulation and Excel Solver rather than using decision trees.

Working only with Excel we optimize the ticket price for the reference case and compare that to the optimized decision policy and ticket prices with perfect and imperfect information. Evaluation conduced using simulation and Excel Solver rather than using decision trees.

Part 3 - Working only with Excel we optimize the ticket price for the reference case and compare that to the optimized decision policy and ticket prices with perfect and imperfect information. Evaluation conduced using simulation and Excel Solver rather than using decision trees.

Learn the basics of flipping a conditional probability matrix without fancy formulas in Part 1. In Part 2 we use SIPmath to flip a larger asymmetrical tree

Working only with Excel we optimize the ticket price for the reference case and compare that to the optimized decision policy and ticket prices with perfect and imperfect information. Evaluation conduced using simulation and Excel Solver rather than using decision trees.

Part 3 - Working only with Excel we optimize the ticket price for the reference case and compare that to the optimized decision policy and ticket prices with perfect and imperfect information. Evaluation conduced using simulation and Excel Solver rather than using decision trees.

Learn the basics of flipping a conditional probability matrix without fancy formulas in Part 1. In Part 2 we use SIPmath to flip a larger asymmetrical tree