Question: Given a graph G = ( V , E ) , a set of vertices D subseteq V is an independent set if there

Given a graph G =(V, E), a set of vertices D \subseteq V is an independent set if there do not exist i, j \in D with ij \in E . Given a graph G =(V, E) with a function w: V \rightarrow \mathbb{R} that assigns a weight to each vertex, the maximum weight independent set problem consists of finding an independent set with the maximum total weight. The decision version of this problem is an NP-complete problem.
a) Propose a greedy algorithm for this problem. What is the computational complexity of the proposed algorithm?
b) Propose a local search algorithm for this problem.
c) Is the operator on which the local search algorithm proposed in the previous point is based connected?

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