Hello there, welcome to my wiki page. This wiki page is quite new to me, but I will get used to it in time. I decided to create a wiki after struggling to find my instruction-based notes on obsidian. It was hard to find and trace. Obsidian is pretty good software for note-taking but it didn't fullfill some of my desires. I am an electrical-electronics engineer. I generally interested with:

  * Programming
  * Rocket Science
  * Near Field Antennas
  * Power Electronics & Microwave
  * Most of the stuff related with electromagnetism

Here is my favorite formula 🌼🌷:
$$ \psi = kd \cos{\theta} $$
$$ AF = \sum_{m=0}^{N-1}e^{jm\psi} = 1 + e^{j\psi} + e^{j2\psi} + ... + e^{j\left(N-1\right)\psi} $$
The maximum value of AF occurs when $\psi=0$, resulting in $AF = N$. Therefore, disregarding the phase factor and normalizing we obtain. 
$$ f\left(\psi\right) = \frac{\sin{\frac{N\psi}{2}}}{N\sin{\frac{\psi}{2}}} $$

{{:technology_revolution.png?400}}

{{:technology_revolution_2.png?400}}

^Technology^Year^Group Labels|
|Linux Kernel|1991|Cloud & Virtualization|
|VMWare|1999|Cloud & Virtualization|
|KVM (Kernel-Based Virtual Machine)|2006|Cloud & Virtualization|
|AWS|2006|Cloud & Virtualization|
|LXC (Linux Containers)|2008|Containers/Orchestration|
|OpenStack|2010|Cloud & Virtualization|
|Docker|2013|Containers/Orchestration|
|Kubernetes|2014|Containers/Orchestration|
|CNCF & DPDK|2015|Containers/Orchestration|
|TensorFlow|2016|AI/ML|
|Transformer|2017|AI/ML|
|Diffusion Models|2020|AI/ML|
|Midjourney|2022|AI/ML|
|ChatGPT|2022|AI/ML|
|Generative AI (LLaMa, DALL-E, Stable Diffusion, etc.)|2023|AI/ML|
|SORA|2024|AI/ML|