Are traditional monitoring solutions ready for the software defined world (SDN/NFV) and the Internet of things (IoT)? Not always, in our opinion. In many cases they are not ready for the increasing flow of data originating from such a heterogeneous range of sources, in such diverse formats and through so many and diverse protocols.
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A fun hands-on example to understand Markov Models.
Parrondo's paradox is a mind-blowing mental experiment in which the combination of two different losing games can become in a wining one. $$ L_{ose} + L_{ose} = W_{in}?$$
There's a lot of interesting literature around it. You can search for it in the internet, but I'll just explain the most simple example in terms of two games played with biased coins.
There are three basic universal goals any telecoms organisation pursues: save costs, make their products more robust and shorten their time to market. It’s as simple as it sounds. Everyone wants to produce cheaper, better and faster than the competitors do. (...)
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Recently, I've faced the need of monitoring some basic checks in my laptop and wanted to be rapidly notified about them. Basically I have a small script scheduled in my crontab and want it to clearly notify me when it returns errors. My real task was a little bit more complicated, but let's say I just wanted to check the free space on root partition.
In previous post we could see how to estimate $\pi$ value with a simple Monte Carlo algorithm.
Now we're going to illustrate the process with some simple plots.
Let's remember the code we prevously had:
