Consider the graphical solution space shown in the following graph, where the simplex iterations start at A and the optimal solution occurs at D. Further suppose that the objective function is defined such that Ax1 enters the solution first. Identify, on the graph, the corner points that define the trajectory of the simplex method towards the optimum point.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Consider the graphical solution space
shown in the following graph, where
the simplex iterations start at A and
the optimal solution occurs at D.
Further suppose that the objective
function is defined such that Ax1
enters the solution first. Identify, on
the graph, the corner points that
define the trajectory of the simplex
method towards the optimum point.
la solucion. Ma, tilla yratica, los puntos de esquina que en la lia
OD -> C-> B -> A
OAB-> D -> C
OA-> B-C -> D
O A-> D -> C -> B
31
Transcribed Image Text:Consider the graphical solution space shown in the following graph, where the simplex iterations start at A and the optimal solution occurs at D. Further suppose that the objective function is defined such that Ax1 enters the solution first. Identify, on the graph, the corner points that define the trajectory of the simplex method towards the optimum point. la solucion. Ma, tilla yratica, los puntos de esquina que en la lia OD -> C-> B -> A OAB-> D -> C OA-> B-C -> D O A-> D -> C -> B 31
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