Operations Research Project On
Operations Research Project On
Operations Research Project On
Presented By:
Ajita Gupta (UM18005)
Akanksha Sreen (UM18006)
Gaurav Singh (UM18)
Debjit Ghosh(UM18)
Sakshi Mudey (UM18050)
Vijay Kashyap (UM18037)
PROBLEM FORMULATION
Variable: Distance
Assumption:
Minimizing distance will lead us on
Minimizing our cost as well as time.
DATA SET
Dynamic programming
Heuristic Algorithms
Simulated Annealing
Neural Network
We let the n selected cities in the salesman's tour be the set of vertices V of a graph. The set of
edges E of the graph corresponds to the different connections between each city. Since we can travel
from any city to another, the graph is complete. That is, there is an edge between every pair of nodes.
For each edge in the graph we associate a binary variable
Since the edges are undirected, we have that xij=xji, and it suffices to only include edges with i<j in
model. We want to minimize the total distance travelled during the tour. Therefore, we calculate the
distance dij between each pair of nodes i and j. The total distance travelled is then the sum of the
distances of the edges included in the tour
The tour should only pass through each city once. Therefore, each node in the graph should have
exactly one incoming edge and one outgoing edge. In other words, for every node i exactly two of
the xij binary variables should be equal to 1. We write this constraint as
This constraint means that the salesman should enter and leave each city exactly once
To eliminate the sub tours we add the following constraints
NEW DELHI
BHOPAL
SOLUTION(BRANCH & BOUND)
STEP 1
STEP 3 STEP 5
Drawing a table and .
Branching & Locating the knot with
reduction of it Etiquette the smallest etiquette
calculating
STEP 2 STEP 4
The calculation of the Drawing the
lower boundary branching tree
SOLUTION
RESULT
5816 kms
Managerial Insights
Solution will be helpful for New diversity of Identification of problem and statement holds
Product Lines and tremendous increase in utmost importance with aspect of
complexity of Production Planning management insights.
Airlines too could use optimization of distance Utilization of operating rooms and personnel .
which could help in fuel consumption Assessing the risk posed by patients with
reduction. various medical conditions.
Insights could also be used in service base Credit risk management and automation in
industry for optimization of resources. electronic circuit.