The Energy Spreading PONS Transform and its Applications

Thank you again for your kind invitation. I would like to express my gratitude to Alexie and everyone else involved. I have been to this event four times before and I truly wish I could be there now. It's amazing how I had never heard of this place years ago, and now it has gained fame worldwide.

Let me explain what the acronym "pons" stands for - Prometheus Orthonormal Set. I apologize for the use of acronyms, but in the Defense department, they are quite common. Most of our work is for the Defense department, and as you can imagine, everything there has its own set of acronyms. So, once again, "pons" stands for Prometheus Orthonormal Set.

I won't be able to delve into all the details of our work today, but you can find a lot of information in the papers available on this website, which is located at the bottom of your screen. Take a few moments to write down the website if you are interested.

I am truly grateful for this wonderful opportunity and I want to move on to discussing the pons transform. Like many other digital signal processing transforms such as the fast Fourier transform, the Walsh transform, and the discrete cosine transform, the pons transform is based on a matrix. In this case, the matrix used is a Hadamard matrix.