(I think I sent this reply to Kars only by mistake, so I am sending this to the mailing list. Apologies if this appears twice) Hi, As I said, the links I included in my last post were to links to examples of ECLiPSe being used in real world problems. If you require more information, you can contact the people concerned -- some of these people are frequent contributor to this mailing list. As for what information commercial companies might allow to be public, I can say I know of cases where they will allow very little. For example, I personally know of one case where in papers published in conferencess, the authors were not even allowed to say the actual application area they are using the algorithm they are writing about for. let along any information about the actual size of problems they are solving [this is for a commercial application developed using ECLiPSe, and in case you are wondering, I was not involved in the development]. As another case, in the comp.lang.prolog newsgroup, one contributor (AL), mentions from time to time that he is using SICStus Prolog for commercial development, but as far as I can remember, he has never stated what exact area he is working on (except that he does use finite domain constraints), or given any concrete details of the work, beyond the approx. number of lines of code in SICStus. As far as I am aware, Amzi! is a commercial product, which means they know about all the people who use their system (and I assume they probably have support contracts with them), so it is not surprising that they may have more information about applications using their system, and they have more incentive to publicise such information. I am personally mostly involved in ECLiPSe development, so have not worked directly on many application development. Also, as ECLiPSe is open-source, we would not know about how people are using ECLiPSe unless we are told, or are connected to people who are doing so. I can say that I do know directly (beyond the links I mentioned last time) of people who are using ECLiPSe for commercial applications, but I don't know the details, nor do I know what these people (or their companies) policy is on releasing information. I think one thing I can mention is that I am working as an independent consultant for Cisco to support ECLiPSe -- Cisco is the owner of ECLiPSe. (I am thus not an employee of Cisco, and certainly do not represent Cisco in anyway in my postings here). Cisco does have an application that uses ECLiPSe -- I can mention this as I know this is public, as representatives from Cisco have participated in a panel discussion at a CP conference where this was mentioned. I think I can add that the ECLiPSe component is being used to solve "real life" problems. One last thing to mention: you said that there are a lot of discussions of puzzle type problems and how to better solve them. This actually illustrate an important point: there are many ways to solve a problem, even simple ones like the puzzle problems, so you should not expect that ECLiPSe will magically solve your application problem efficiently if you simply model it naively. I have seen people who expect this, and are disappointed by the results. Moreover, the recent discussion on the 7.11 puzzle have been all in the context of one solver (fd), while for real life applications, you have the additional choice of different solvers (mainly finite domain and Mathematical Programming solvers in ECLiPSe), and this choice of solvers, as well as the means to combine them in a "hybrid" way, is a strength of ECLiPSe, and I know that some of the commercial applications with ECLiPSe does use hybrid techniques. Cheers, Kish -- This e-mail may contain confidential and privileged material for the sole use of the intended recipient. Any review, use, distribution or disclosure by others is strictly prohibited. If you are not the intended recipient (or authorized to receive for the recipient), please contact the sender by reply e-mail and delete all copies of this message. Cisco Systems Limited (Company Number: 02558939), is registered in England and Wales with its registered office at 1 Callaghan Square, Cardiff, South Glamorgan CF10 5BT.Received on Tue Sep 13 2011 - 16:00:44 CEST
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