Hi Guys, please comment and let me know what you think about this Operations Research Open Course. Your feedback is really appreciated. If you enjoy the video, please subscribe and share. All my replies here are only related to the content in my own videos. I am afraid I won't be able to answer other questions. Thanks for your understanding.
@spencerw67475 жыл бұрын
Sir, how about solving a TSP using a simulated annealing method? Is it possible that a video of this topic be included? :)
@TheSkankoo5 жыл бұрын
TY for your video, its nice. Can you work with OpenSolver too? I would like to make some model this way..
@Poster_pre Жыл бұрын
This is a really useful video for me to understand the TSP model. I have a question, if the travleller don't return to the initial city, how to list the constaint?
@miaoqi80763 жыл бұрын
SOooo good. Clear and simple
@camilohernandezruiz27765 жыл бұрын
What would be the values of Ui and Uj in the situation you mentioned of Traveling until city 3 and then return to 1? Why the inecuation is not right?
@Sandeep334 жыл бұрын
Nicely explained. Thank you Sir 😀
@maravilhasdobrasil44985 жыл бұрын
Do you have any ideas about how can I get the compute the distance traveled until salesman reach each city? I mean, in a new variable d[n] | n in N.
@zabrinanuramalia46933 жыл бұрын
sorry if this has been explained before... can anyone tell me how to the constraints of " visit each of these cities exactly once and come back to the city starts"?
@RaviKant-ll6ck2 жыл бұрын
How can you say it is an ILP when you are using binary variable xij in the problem? You cannot solve it using ILP model if you try to solve it using GAMS and you write binary variable anywhere in the code.
@shreyanshkumar45106 жыл бұрын
What is N?
@akmaln38556 жыл бұрын
It should be a Number of cities
@andresjimenezmendoza35326 жыл бұрын
so, what you mean is that we have to create 2 auxiliary variables, Ui and Uj right?
@YongWang5 жыл бұрын
The subscript i of the auxiliary variable ui is from 1 to N. So is the subscript j of uj. (i not equal to j)