The MPLS WG Archive[Date Prev][Date Next][Thread Prev][Thread Next] [Date Index][Thread Index][Author Index][Subject Index] Comments on draft-ip-optical-framework-00.txt
Yakov, Wow, such rapier-like wit and technical depth all wrapped in a one-liner. Now if you would like to help clarify the issue rather than snipe at someone who is trying to be helpful, I for one would like to hear your input. --Jim ----- Original Message ----- From: Yakov Rekhter <yakov@cisco.com> To: James V. Luciani <jluciani@tollbridgetech.com> Cc: Krishna Bala <kbala@tellium.com>; Jagan Shantigram <jagan@photonex.com>; Jonathan Lang <jplang@lux.chromisys.com>; <curtis@avici.com>; Khaled Elsayed <khaled@ieee.org>; <mpls@UU.NET>; <ip-optical@lists.research.bell-labs.com> Sent: Monday, March 27, 2000 7:31 PM Subject: Re: Comments on draft-ip-optical-framework-00.txt > Jim, > > > > Just to beat a dead horse .. the difference between the open model > > > and the overlay is just that the overlay model typically suggests that > > > > That depends... see below. > > > > > there would be N^2 connectivity (i.e., every router, for instance, is > > > statically connected to every other). In any case, the open model allows > > > > While there may indeed be some misunderstanding as to the meaning of the > > "overlay model" (not to mention the meaning of the other models :-)), the > > traditional definition of overlay is not one of static operation. NHRP and > > MPOA, for example, are overlay in my book (and most folks that I know). > > > > They most certainly imply non-static connections by defintion (i.e., use of > > SVCs). This having been said, I believe that we can do one of two things > > here. One, keep the current terms and potentially risk an ad nauseum > > inspection of the meaning of these terms; or two, come up with a term which > > is satisfactory to all. In the second case we would have models: > > 1) X > > 2) Peer > > where X is the PC term for what we want to get at. So my opine is that > > X="augmented routing model"/ARM model. > > > > Do I hear a hmmmm??? > > I think you do. And it comes from you - it is your own hmmm. > > Yakov.
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