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.
Yay. Thanks for not helping at all what-so-ever, while explaining statistics. I mean, not gonna lie, it was interesting to watch, but practical uses for what is explained in the video are practically equal to 0. I could win 2/3 games just by blindly guessing instead of choosing anything 1/3 of the time. I guess this is more of a sociology/social studies + statistics type problem, so I'll go do some research in the people side of this problem
![(AGT3E2) [Game Theory] Solving Subgame Perfect Nash equilibrium of Games with Imperfect Information](http://i.ytimg.com/vi/U2upfICxYaM/mqdefault.jpg)
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.
prof i need this game in matlab and i want to know how to update payoffs can yo do it in matlab
This is quite impressive. Now i understand mixed strategies
thanks, vusi
excellent video! thank you very much, I had been looking for this for a long time :D
glad you liked it Java
Can I have a solution using solver?
Yay. Thanks for not helping at all what-so-ever, while explaining statistics.
I mean, not gonna lie, it was interesting to watch, but practical uses for what is explained in the video are practically equal to 0.
I could win 2/3 games just by blindly guessing instead of choosing anything 1/3 of the time.
I guess this is more of a sociology/social studies + statistics type problem, so I'll go do some research in the people side of this problem
Why is it that P1 should choose strategy such that P2's expected cutoff is max and not min just like for P2's strategy for P1?