Many thanks for posting this very interesting video! A similar problem is organising table positions for people over a multi-day conference / business meetings where you also want to encourage socialisation. How would you approach changing the "social golfer problem" if the number of groups / people / weeks was fixed and even if the optimal solution is not possible, how can you minimise duplicate player pairings over the entire schedule?
Many thanks for posting this very interesting video! A similar problem is organising table positions for people over a multi-day conference / business meetings where you also want to encourage socialisation.
How would you approach changing the "social golfer problem" if the number of groups / people / weeks was fixed and even if the optimal solution is not possible, how can you minimise duplicate player pairings over the entire schedule?
Thanks for this very intersting video ! Is the SGP 5-4-6 is solvable (5 groups of 4 players for 6 weeks) ?
No, with 5 groups of 4 you can do 5 weeks at most.
heyy can you slove flow free problem asap?
ABCDeez Nuts !
34:47 HUH???
While enjoyed watching the video I hope I don't have to write a Masters thesis when someone asks me to solve problems at work!