This post is part of a series of posts about dynamic routing protocols and especially RIP. We’ll try to get a deep understanding of its operation and function as an introductory to dynamic routing logic in general. You’ll see that what we think easy may hide an incrementing complexity… A little introduction Before we start…
You have deployed your network which means installed, interconnected, configured and run your network devices. The connectivity between your users and servers is up and running. That a great news! but you’re worried about who may access locally or remotely to your network devices and eventually, change their configuration and operation… To secure this access…...
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In this blog’s, let’s discuss a “winning” strategy to start mining. Introduction First of all by definition mining is the technique by which you help build the blockchain. let’s imagine that the blockchain in this scheme is like a “big” distributed computer made of all miners computers. the central intelligence of this computer allows the…...
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In this post, we present the work fully available under this link: ML-Optimized Beam-based Radio Coverage Processing in IEEE 802.11 WLAN Networks, about radio coverage processing in wlan and its optimization using machine learning (ML). Why dynamic RRM is important Dynamic Radio Resource Management (RRM) is a major building block of Wireless LAN Controllers (WLC)…
In this blog, we study how DUAL route FSM Processes EIGRP Queries. Introduction Let’s recall that EIGRP is one of the so called IGP routing protocols. IGP stands for interior routing protocols as opposed to EGP or exterior routing protocols. In addition EIGRP is a hybrid as it borrows some similarities to distance-vector and link-state…...
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In this post, we work on our understading of the operation of RIP and how split horizon rule work Lab setup In our setup, R1 and R2 routers are in RIP domain and exchange information about loopback 0 and 1 networks. R1 is participating also to a static routing domain and advertises loopback 88 and…
