I’ve actually been thinking of this topic for a while: how can software incorporate classical mathematical structures, including the structures you mention? Certainly groups rings, fields, but also things like topologies or vector spaces.
Unfortunately, I don’t really know enough Haskell to talk about it. I was thinking of talking more about class hierarchy design. You’re welcome to jump in and talk about Monads, etc. if you’d like — I’d appreciate it since it’s something I’ve been wondering about.
The rest of the guys are studying Haskell, but I’ve been studying Scheme. I would like to talk about sequencing in Scheme, but not as part of the presentation :).
I'd love to see the computing application
I’ve actually been thinking of this topic for a while: how can software incorporate classical mathematical structures, including the structures you mention? Certainly groups rings, fields, but also things like topologies or vector spaces.
Haskell
Unfortunately, I don’t really know enough Haskell to talk about it. I was thinking of talking more about class hierarchy design. You’re welcome to jump in and talk about Monads, etc. if you’d like — I’d appreciate it since it’s something I’ve been wondering about.
The rest of the guys are
The rest of the guys are studying Haskell, but I’ve been studying Scheme. I would like to talk about sequencing in Scheme, but not as part of the presentation :).
Haskell
Will this presentation involve Haskell?