Sean Donelan wrote: > The typical network architecture problem, what are the best (shortest > latency, greatest bandwidth, etc) locations to connect to the every > nation in the world? As you increase the number of locations, how do > the choices change? > > If you only had small (2 3 5 7 11) number of locations, where would they > be?
Depends completely on what the data is and why you want to send them from A to B and if A and B are inside your network or not etc etc etc etc. aka ETOOMANYVARIABLES. > And what data do you have to prove the choices are best? Depends of course on what you want to 'prove' But things that come into mind are possibly: - Netflow/sFlow and other such data - latency tests (simple pings from A to B to global services that check latency, eg RIPE TTM boxes) - Cost for circuits - and lots lots more. It all depends, thus also how you combine the above ;) Greets, Jeroen
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