Hello! I am Himangshu, and this channel is all about solving problems and understand deeper concepts in computer algorithms, physics and math. I believe the best way to understand anything is through an example, and hence, this channel is a small effort to explain my understanding of a concept by means of a problem or puzzle that uses the concept.
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This was very cool. Thanks for sharing this with us. It might be better to use a larger font size so we can see the code your are showing more easily. I’m just getting started in Bevy, so it is cool to see what other people are doing in it.
Hi Jintu Dada, I'm glad to see your new video after such a long time. I hope you are doing well😊.. I have some important things to talk to you about, so please let me know when you are free. I will reach out to you on Hangouts soon ..
What if my graph have n number of nodes, how can I modify the ACO to travel from a specific source to a specific destination without passing through all the n number of nodes but only the nodes to the destination and that's it?
this doesnt account for alternative directions and axis since its an ant colony you should have 6 axis (up and down) of direction instead of 4 (compass directions)
Hi sir can i contact you i have a TSP problem where i work in Indonesia, i would be very happy if you give your email address so i can contact you Thank you
At around 9:45, I mention that the maximum prime that we need to compute is sqrt(U). Basically what I meant to say is p <= sqrt(U) and hence p_max = sqrt(U). At around 14:00, I confuse the explanation of p_max again in the code. The comment should just read ‘max prime number to compute’. Or ‘lower bound of the prime number range to compute’. Apologies for completely messing up an explanation that should be clear enough to you :)
Correction : At 4:36, we are looking at positions which are a distance of 4 units apart, hence after 8, the next value should be 12 or greater, and not 13 or greater as I mentioned in the video.
