Divyansh Ahuja
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In the previous article, we dived deep into the lives and inventions of many computer pioneers and the challanges the faced. In this article we are going to explore the…
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CUDA (Compute Unified Device Architecture) is a parallel computing platform and programming model developed by NVIDIA. It enables developers to harness the power of NVIDIA GPUs for general-purpose processing tasks,…
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In a previous article, we explored the need for development of computers and underlying curiosity of the pioneers of industry at that time. Here we dive deep into lives of…
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The 1952 Whirlwind, developed at MIT, the Whirlwind was a real-time digital computer designed initially for flight simulation and later adapted for national air defense. Its ability to process data…
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SIMD (Single Instruction, Multiple Data) is a parallel computing model that allows a single operation (instruction) to be applied to multiple data points simultaneously. The primary reasons for using SIMD…
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A software-defined vehicle (SDV) prioritizes software over hardware in its operation, unlike traditional vehicles that are built around a mechanical framework. SDVs use software to enable vehicle functionality, which is…
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Instead of our classic view of a single point of execution within a computer program (i.e., a single PC where instructions are being fetched from and executed),a multi-threaded program has…
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Apollo 13 intended as the third lunar landing had just lost two fuel cells and was venting oxygen into space 200,000 miles from Earth, soon the second oxygen tank would…
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IBM had no computers, IBM’s aging leader the legendary sales guru Thomas Watson senior was not eager to jump into the enormously costly development of computers. Computer back then contained…
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ENIAC was complete a few months after the Japanese surrendered. Although it wasn’t finished in time to help win the war ENIAC was a marvelous machine, huge and how it…
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World War two spurred the development of the true computer and in the turbulent days before the German blitzkrieg smashed Poland, a young Polish engineer walked into the British Embassy…
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The idea of a programmable computer was a distant dream but the American dream was becoming a reality. America was on its way to becoming the world’s greatest industrial power…
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To think, to reason makes us human and sets us apart from the rest of nature. People communicate in intricate ways about complex subjects and at the center of it…
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AMD ROCm™ is an open software stack including drivers, development tools, and APIs that enable GPU programming from low-level kernel to end-user applications. ROCm is optimized for Generative AI and…
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In this extremely dynamic landscape of machine learning, somebody tried to reinvent ML itself giving us KANs: Kolmogorov Arnold Network. This approach challenges the conventional way of using Multi-Layer Perceptron(MLPs). …
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Discover how Arduino and TensorFlow Lite Micro bring powerful machine learning capabilities to the tiny Nano 33 BLE Sense, enabling innovative, sensor-driven applications without extra hardware. Dive into the future…
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A MutEx, or Mutual Exclusion, ensures that only one thread can access a shared resource at a time, preventing race conditions and maintaining data consistency. Learn how to use this…
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From a custom network wide blocker, to controlling your house remotely using Raspberry Pi, here I decode my top five R-Pi projects making your life easy. because who wants to…
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Creating your own PCB might seem like an intricate, industrial task reserved for specialized factories, but with the right approach and a touch of patience, you can etch your own…
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llama.cpp is a project that aims to provide a lightweight, efficient, and portable implementation of Meta’s LLaMA (Large Language Model Meta AI) models. This implementation is particularly designed to enable…
Not Rocket Science! 