Struggling with Parallel Programming? CMake Provides a One-Click Solution!

Struggling with Parallel Programming? CMake Provides a One-Click Solution!

Click the blue text to follow the author 1. Introduction In the field of high-performance computing, parallel programming is crucial for fully leveraging the performance potential of modern computer hardware, especially multi-core processors and distributed computing clusters. OpenMP and MPI are two widely used parallel programming models, suitable for shared memory and distributed memory systems, … Read more

Understanding the Working Principle of the ESP32 Dual-Core Processor

Understanding the Working Principle of the ESP32 Dual-Core Processor

A Chip, Two Brains: A Sci-Fi Guide to ESP32 Dual-Core Processing Collaboration Engineers shout in forums: “Clearly, there are two CPUs, but the code only runs on one core!”The harsh truth: 90% of developers only utilize 50% of the ESP32’s computing powerToday, we unlock its full potential—an overclocking symphony of dual-core parallelism. 01 Dissecting the … Read more

The First High-Level Language for GPUs: Large-Scale Parallelism Made Easy Like Python, Now with 8500 Stars

The First High-Level Language for GPUs: Large-Scale Parallelism Made Easy Like Python, Now with 8500 Stars

Reported by Machine Heart Editors: Zenan, Xiaozhou Supports up to 10,000+ concurrent threads. After nearly a decade of relentless effort and in-depth research into the core of computer science, a dream has finally been realized: running high-level languages on GPUs. Last weekend, a programming language called Bend sparked heated discussions in the open-source community, with … Read more