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Category Archives for "Packet Pushers Podcast"

Disjoint Path Routing and LP

We are all well aware about the problem space of finding the Shortest Path and use of Dijsktra algorithm. In this blog, we will take a peek at the problem space for Disjoint Path routing, see how it can be reduced to the optimization problem and a few algorithms in that space. So first, let’s […]

Link Propagation 109

Welcome to Link Propagation, a Packet Pushers newsletter. Link Propagation is included in your free membership. Each week we scour the InterWebs to find the most relevant practitioner blog posts, tech news, and product announcements. We drink from the fire hose so you can sip from a coffee cup. A Note From Greg Why Link […]

Small Giants

I’m sure you’ve all come across the phrase “standing on the shoulders of giants”. Whilst it’s easy to remember or glibly repeat, it’s also easy to forget or ignore the serious message being delivered by those words. To me, the meaning is legion; something as close and personal as my parent’s care (well, of one […]

ChatOps – more Ops?

In the recent years we observed several movements inside of Corporate IT – DevOps and NetOps are two big ones in my experience. Probably there are more. While the definition of those is constantly changing depending on who you talk to and what time of day. Recently I came across a new term – ChatOps. […]

Link Propagation 108

Welcome to Link Propagation, a Packet Pushers newsletter. Link Propagation is included in your free membership. Each week we scour the InterWebs to find the most relevant practitioner blog posts, tech news, and product announcements. We drink from the fire hose so you can sip from a coffee cup. A note from Greg Why Link […]

Show 379: Grappling With Promise Theory

Mark Burgess, who developed the principles of Promise Theory as a way to model distributed systems, joins the Packet Pushers to explore how his ideas connect to networking and information systems. The post Show 379: Grappling With Promise Theory appeared first on Packet Pushers.