Ali A. Reihani
Greetings, Welcome to my website 🙂 I am Ali, also known as "Al1nuX," an engineer and computer scientist with a passion for the Linux operating system and the world of computing. I thoroughly enjoy working with computers, electronics, artificial intelligence, robotics, and exploring the wonders of science and nature. I have a deep affection for the Linux operating system, symbolized by the adorable Linux penguin 🐧, and I am a strong advocate of "Free and Open-Source Software" (FOSS) and the GNU project. These principles, supported by the Free Software Foundation, drive my belief in collaborative innovation and the availability of technology for all. Arch Linux is not only my primary operating system but also my preferred choice due to its flexibility and customizability. Alongside my technical expertise, I offer consulting services and comprehensive solutions in the field of information technology. With an unwavering dedication to the Linux operating system and years of experience in the computing industry, I bring a wealth of knowledge to the table. I am deeply passionate about emerging technologies, including embedded computing, quantum computing, the Internet of Things, robotics, and artificial intelligence. My thirst for knowledge is insatiable, and I constantly strive to stay at the forefront of scientific research and industry trends. Engaging in intellectual pursuits, conducting thorough research, and expanding my expertise are activities that bring me great joy. On this website, you will find a collection of my projects and explorations, serving as my personal corner of the internet. I hope you enjoy your visit and find value in the knowledge shared here. Thank you for visiting,

Knowledge, Decrypted.

Comparison of Optimisation Methods for The Knapsack Problem: Steepest Ascent Hill Climbing vs. Simulated Annealing

I have published my paper “Comparison of Optimisation Methods for The Knapsack Problem: Steepest Ascent Hill Climbing vs. Simulated Annealing” on ResearchGate. The paper explores the application of optimization algorithms, specifically Hill Climbing and Simulated Annealing, to solve the knapsack problem. The knapsack problem is a well-known combinatorial optimization problem...

Harnessing the Power of Shell Code

Linux shell scripting is a powerful tool that allows users to automate tasks, execute commands, and create complex workflows using simple scripts. Shell scripts are written in a shell programming language, such as Bash (Bourne Again Shell), which is the most common shell used in Linux distributions. This article provides...

Exploring AI Optimizers: Enhancing Model Performance and Efficiency

Introduction Artificial Intelligence (AI) optimizers play a crucial role in training and fine-tuning machine learning models. These optimization algorithms are designed to improve model performance, enhance convergence, and efficiently use computational resources. In this article, we will delve into the world of AI optimizers, exploring their importance, popular types, and...

Optimality vs Completeness: Striking a Balance in Algorithm Design

In computer science, algorithms are essential tools for solving problems efficiently. When designing algorithms, two key concepts to consider are optimality and complexity. Both concepts are related to the efficiency of an algorithm, but they approach efficiency from different perspectives. Optimality refers to the best possible solution to a problem,...