can any one solve it by modeling it

the answer should be

state :....... initial state :...... action:......... objective function: ............

Problem 2 To map a genome, scientists combine small gene fragments extracted from cells to form a long genomic sequence. To achieve this, each fragment can be considered as a node in a graph. An edge is added between fragment i and j if there is an overlap between the end of i and the start of j (see Figure 1). The goal is then to find a path that passes through all nodes (this is known as the Hamiltonian path problem). Model this problem as a local search problem. CTAAAG ACCC GACA b d TACGA a Figure 1: A genome graph. Problem 2 To map a genome, scientists combine small gene fragments extracted from cells to form a long genomic sequence. To achieve this, each fragment can be considered as a node in a graph. An edge is added between fragment i and j if there is an overlap between the end of i and the start of j (see Figure 1). The goal is then to find a path that passes through all nodes (this is known as the Hamiltonian path problem). Model this problem as a local search problem. CTAAAG ACCC GACA b d TACGA a Figure 1: A genome graph