Category: <span>Embedded</span>

This time we have a look at how to leverage the true random we generated using a Mersenne Twister to generate a lot more random numbers.

Today we keep looking into how to generate random numbers in an embedded system by acquiring random information and having a look at how to merge the randomness of multiple sources into one.

Just started a series of videos explaining how to generate good random numbers in embedded systems without the need for a True Random Number Generator. In this first part, we have a look at how to qualify randomness and what makes good random.

I see more and more the for(;;) being used as an infinite loop, I was told it is a better way of doing an infinite loop but I am not sure why. We will see what is the difference between the two.

I do not like using the arduino IDE at all but I love saving time by not having to re-invent the wheel. In this video we see how to take advantage of the arduino libraries without having to endure the IDE that comes with it.

Trying to build a project without having to spend hundreds of dollars on gear that I wouldn’t need long term (namely for a j-link programmer) I had to figure out how to program my BMD-340 modules using what I had: an st link V2.