Every time you take up the Multi-Path Routing i.e. managing multiple moving agents on a graph; configuring packet or label switching routes; boosting loose-coupling mechanism(s) for faster storage and retrieval, forming Interaction Graphs to define the causal relations for Bioinformatics, running query mechanisms for Graph Genomes, inducing planarity layers for processor architecture design or even striving to balance the duplex mismatches, have you ever considered what is the overall network hop-count you have assigned using whatever routing methodologies you could employ?
When we make this statement, we also responsibly share with you that the best known theorem of Multi-Path Routing consumes -
We can elongate this list as much as we want, but, what this conveys is that - even a single hop more could mean a distance of between 100 meters to 10s of kilometers on a road network. Going by the differences we show, the kilometers you are traveling MORE is in the multiples of the hops you take more.
Not just road networks, but, the computing networks of CDNs, ISPs, Cloud & Edge Computing, Telecom networks, protocols like RIP, RIPng, IGRP of Cisco, or EIGRP, are bleeding more juice than what is actually needed as, the additional latency created by taking more hops never gets resolved.
So, would it not be a good idea to know your actual optimization scores?
The number of daily operations make you spend more and those extra costs cannot be eliminated until you check with us.
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