references on non-central authority network protocols

Tue Apr 16 01:22:56 UTC 2002

How does this route? The TSP ( traveling salesman problem ) model seems
better than geo based models.  Possibly a dynamic public/private key - the
host provides part, the routers adds a wrapper of based on it's public key,
and routes based on a dynamic traveling salesman solution using current
network metrics. Blue Sky!

"Current network metrics" - the gnutella type P2P have a ping problem
keeping this info current enough, this is the heart of the P2P network
problem. They are evolving to the use of dynamic assignment of "super peers"
with other hosts as "leaf nodes" based on bandwidth to lessen this problem.
If anyone wants to email me offlist, I will give a number of references to
really good work in this area.

Bruce Williams
Benchmarks: Engineering wants to see how fast they can get the wheels to
spin on a car.  Operations wants to know how fast the car will go.  These
are different.

> -----Original Message-----
> From: owner-nanog at merit.edu [mailto:owner-nanog at merit.edu]On Behalf Of
> Tony Hain
> Sent: Monday, April 15, 2002 11:40 AM
> To: Stephen Sprunk; Scott A Crosby
> Cc: Patrick Thomas; nanog at merit.edu
> Subject: RE: references on non-central authority network protocols
>
>
>
> Stephen Sprunk wrote:
> > Interesting idea though.  Perhaps someone will write an i-d
> > on autonomous
> > numbering for IPv6.
>
> RFC 3041 & http://www.tml.hut.fi/~pnr/publications/cam2001.pdf
>
>
> Jasper Wallace wrote:
> > Location - either distribute all the addresses evenly over
> > the planet or try
> > to map to population density.
> >
> > (the higher your density of sites, the more accurate your
> > coordinates need
> > to be).
> >
> > you could aggregate addresses by doing something like:
> >
> > 2 hemispheres
> >
> > 36 'triangular' chunks spaced every 10 degrees latitude.
> >
> > then split up in longditudernal stripes.
>
> http://www.ietf.org/internet-drafts/draft-hain-ipv6-pi-addr-02.txt
>
> >
> > but i think you'd be better allocation on the basis of
> > population density.
> >
> > How exactly you'd make the social and economic changes to get
> > to a system
> > like this vs, the telcos/isps we have now is probably more
> > trouble than it's
> > worth ;-P
> >
>
> http://www.ietf.org/internet-drafts/draft-hain-ipv6-pi-addr-use-02.txt
>
>
> Tony
>
>
>