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Re: [Help-glpk] optimality conditions paragraph (KKT and LP formulations
From: |
Robbie Morrison |
Subject: |
Re: [Help-glpk] optimality conditions paragraph (KKT and LP formulations) |
Date: |
Wed, 11 May 2011 21:23:40 +1200 (NZST) |
User-agent: |
SquirrelMail/1.4.17 |
Hello Andrew
I sub-edited your KKT suggestion and is now here:
http://en.wikibooks.org/wiki/Talk:GLPK/Solution_information#.232
Please feel free to revise it, best wishes, Robbie
------------------------------------------------------------
To: Robbie Morrison <address@hidden>
Subject: Re: optimality conditions paragraph (KKT and LP formulations)
Message-ID: <address@hidden>
From: Andrew Makhorin <address@hidden>
Date: Wed, 11 May 2011 11:37:42 +0400
------------------------------------------------------------
> Hi Robbie,
>
>> In reference to the following [help-glpk] thread and
>> GLPK wikibook page:
>>
>> GLPK wikibook : newish solution information page
>> http://lists.gnu.org/archive/html/help-glpk/2011-05/msg00022.html
>> http://en.wikibooks.org/wiki/GLPK/Solution_information
>>
>> I drafted a paragraph on optimality conditions which
>> is sitting on the associated wikibook discussion page:
>>
>> http://en.wikibooks.org/wiki/Talk:GLPK/Solution_information
>>
>> Please add comments and/or make changes there. I will
>> transfer this text over to the main page in a week or so.
>>
>
> I attempted to rewrite the very first paragraph. But I think that a
> reference to appropriate textbook would be better.
>
> In general case of non-linear programming (NLP) problem the
> Karush-Kuhn-Tucker optimality conditions (KKT) are necessary
> conditions of the first order for a solution to be (locally)
> optimal (together with some regularity conditions that also have
> to be satisfied). Linear programming (LP) problem is a
> particular case of NLP, where the feasible region and the
> objective function are convex, and in this particular case the
> KKT conditions are necessary and sufficient conditions for a
> solution to be globally optimal. The KKT conditions can be
> applied to basic as well as interior-point solutions of any LP
> problem. Note, however, that the KKT conditions cannot be
> applied to solutions of mixed-integer linear programming (MIP)
> problems.
>
> Best regards,
>
> Andrew Makhorin
---
Robbie Morrison
PhD student -- policy-oriented energy system simulation
Technical University of Berlin (TU-Berlin), Germany
University email (redirected) : address@hidden
Webmail (preferred) : address@hidden
[from Webmail client]
- [Help-glpk] optimality conditions paragraph (KKT and LP formulations), Robbie Morrison, 2011/05/11
- Re: [Help-glpk] optimality conditions paragraph (KKT and LP formulations), Andrew Makhorin, 2011/05/11
- Re: [Help-glpk] optimality conditions paragraph (KKT and LP formulations),
Robbie Morrison <=
- Message not available
- Re: [Help-glpk] optimality conditions paragraph (KKT and LP formulations), Andrew Makhorin, 2011/05/11
- Re: [Help-glpk] optimality conditions paragraph (KKT and LP formulations), Robbie Morrison, 2011/05/11
- Re: [Help-glpk] optimality conditions paragraph (KKT and LP formulations), Andrew Makhorin, 2011/05/12
- Re: [Help-glpk] optimality conditions paragraph (KKT and LP formulations), Andrew Makhorin, 2011/05/12
- Re: [Help-glpk] optimality conditions paragraph (KKT and LP formulations), Meketon, Marc, 2011/05/12
- Re: [Help-glpk] optimality conditions paragraph (KKT and LP formulations), Robbie Morrison, 2011/05/12
- Re: [Help-glpk] optimality conditions paragraph (KKT and LP formulations), Meketon, Marc, 2011/05/12
- Re: [Help-glpk] optimality conditions paragraph (KKT and LP formulations), Andrew Makhorin, 2011/05/12
- Re: [Help-glpk] optimality conditions paragraph (KKT and LP formulations), Andrew Makhorin, 2011/05/12
- Re: [Help-glpk] optimality conditions paragraph (KKT and LP formulations), Robbie Morrison, 2011/05/12