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Re: [Axiom-developer] Embedding Axiom (Hickey and fold/unfold)
From: |
Martin Baker |
Subject: |
Re: [Axiom-developer] Embedding Axiom (Hickey and fold/unfold) |
Date: |
Sat, 21 Nov 2009 09:56:42 +0000 |
User-agent: |
KMail/1.11.0 (Linux/2.6.27.37-0.1-default; KDE/4.2.2; x86_64; ; ) |
On Friday 20 November 2009 23:17:25 Tim Daly wrote:
> There is an excellent talk by Rich Hickey about modelling time,
> identity, values,
> perception, state, memory, etc.
Tim,
While I was watching this talk I was wondering about the difference between
the mainstream computing issues verses mathematical computing issues.
I get the impression that the mainstream issue, from this talk, is about how
to run multiple algorithms in parallel?
If we are trying to solve a set of equations, is there a natural parallelism ?
For the reasons discussed in the talk, should a rule based method be preferred
wherever possible and explicit coding of algorithms be discouraged?
Martin Baker
- [Axiom-developer] Embedding Axiom, Tim Daly, 2009/11/15
- Re: [Axiom-developer] Embedding Axiom, Martin Baker, 2009/11/16
- Re: [Axiom-developer] Embedding Axiom, Stephen Wilson, 2009/11/16
- Re: [Axiom-developer] Embedding Axiom, Tim Daly, 2009/11/17
- Re: [Axiom-developer] Embedding Axiom, M. Edward (Ed) Borasky, 2009/11/17
- Re: [Axiom-developer] Embedding Axiom, Bertfried Fauser, 2009/11/17
- Re: [Axiom-developer] Embedding Axiom, Tim Daly, 2009/11/17
- Message not available
- [Axiom-developer] Embedding Axiom (Hickey and fold/unfold), Tim Daly, 2009/11/20
- Re: [Axiom-developer] Embedding Axiom (Hickey and fold/unfold),
Martin Baker <=
- [Axiom-developer] Embedding Axiom (Hickey and fold/unfold) and rule based programming, Tim Daly, 2009/11/21
- [Axiom-developer] Embedding Axiom (Hickey and fold/unfold) and Reifying time, Tim Daly, 2009/11/21
- [Axiom-developer] Embedding Axiom (Hickey and fold/unfold) Folding and generalization, Tim Daly, 2009/11/21
- [Axiom-developer] Re: Embedding Axiom (Hickey and fold/unfold) Folding and generalization, Martin Baker, 2009/11/21
- [Axiom-developer] Re: Embedding Axiom (Hickey and fold/unfold) Folding and generalization, Tim Daly, 2009/11/21
- [Axiom-developer] Re: Embedding Axiom (Hickey and fold/unfold) Folding and generalization, Tim Daly, 2009/11/21
- [Axiom-developer] Embedding Axiom, Tim Daly, 2009/11/30