# Comparison of Optimization Algorithms Problem A: Consider the following three optimization problems: Numerically find the minimum (=optimal) feasible design vector x for each of the three problems usi

Comparison of Optimization Algorithms

**Problem A: **Consider the forthcoming three optimization drifts: Numerically furnish the stint (=optimal) permissible cunning vector x for each of the three drifts using a gradient-based pursuit technique of your rare

For each run (2runs) proceedings the starting apex you used, the harping truth (concrete compute on y-axis and harping number on x-axis), the definite apex at which the algorithm terminated and whether or not the definite discontinuance is permissible

**Problem B: **Repeat drift a but this space using a heuristic technique of your rare Explain how you “tuned” the heuristic algorithm. collate throng truth of twain way and quantity at which the technique gets trapped in a national maximum

1. The Rosenbrock Function

This exercise is public as the “banana exercise” owing of its shape; it is descriptive mathematically in Equation 1. In this drift, there are two cunning variables after a time inferior and better limits of [−5,5]. The Rosenbrock exercise has a public global stint at [1,1] after a time an optimal exercise compute of cipher.

Minimize f(x) = 100 (x2 −(x1)^2)^2 + (1−x1) ^2

2. The Eggcrate Function:

This exercise is descriptive mathematically in Equation 2. In this drift, there are two cunning variables after a time inferior and better boundary of [−2π,2π]. The Eggcrate exercise has a public global stint at [0,0] after a time an optimal exercise compute of cipher.

Minimize f(x) = (x 1 )^2 + (x2)^2 +25 ((sin^2) x1 +(sin^2) x2)

3.Golinski’s Despatch Reducer :

This hypothetical drift represents the cunning of a unaffected wealthbox such as jurisdiction be used in a frivolous airplane betwixt the engine and propeller to sanction each to rotate at its most fruitful despatch.

The concrete is to minimize the despatch reducer’s impressiveness time satisfying the 11 constraints imposed by wealth and stem cunning practices.

A public permissible discontinuance obtained by a sequential quadratic programming (SQP) similarity (Matlab’s fmincon) is a 2994.34 kg wealthbox after a time the forthcoming computes for the seven cunning variables: [3.5000,0.7000,17,7.3000,7.7153,3.3502,5.2867]. This is a permissible discontinuance after a time indecent erratic constraints, but is it an optimal discontinuance?

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