Consider the following graph. 2 B 3 D 8. Use the Repeated Nearest Neighbor Algorithm to find an approximation for the optimal Hamiltonian circuit. The Hamiltonian circuit given by the Nearest Neighbor Algorithm starting at vertex A is The sum of it's edges is The Hamiltonian circuit given by the Nearest Neighbor Algorithm starting at vertex B is The sum of it's edges is The Hamiltonian circuit given by the Nearest Neighbor Algorithm starting at vertex C is The sum of its edges is
Use the Repeated Nearest Neighbor Algorithm to find an approximation for the optimal Hamiltonian circuit.
1. The Hamiltonian circuit given by the Nearest Neighbor Algorithm starting at vertex A is .
The sum of it's edges is .
2. The Hamiltonian circuit given by the Nearest Neighbor Algorithm starting at vertex B is .
The sum of it's edges is .
3. The Hamiltonian circuit given by the Nearest Neighbor Algorithm starting at vertex C is .
The sum of its edges is .
4. The Hamiltonian circuit given by the Nearest Neighbor Algorithm starting at vertex D is .
The sum of it's edges is .
5. The Hamiltonian circuit giving the approximate optimal solution using the Repeated Nearest Neighbor Algorithm is .
The approximate optimal solution is .
IMAGE BELOW
Trending now
This is a popular solution!
Step by step
Solved in 2 steps with 2 images