#python #autograd #deep_learning #gpu #machine_learning #neural_network #numpy #python #tensor

PyTorch is a powerful Python package that helps you with tensor computations and deep neural networks. It uses strong GPU acceleration, making your computations much faster. Here are the key benefits PyTorch allows you to use GPUs for tensor computations, similar to NumPy, but much faster.
- **Flexible Neural Networks** You can seamlessly use other Python packages like NumPy, SciPy, and Cython with PyTorch.
- **Fast and Efficient**: PyTorch has minimal framework overhead and is highly optimized for speed and memory efficiency.

Overall, PyTorch makes it easier and faster to work with deep learning projects by providing a flexible and efficient environment.

https://github.com/pytorch/pytorch

#cplusplus #computer_graphics #differentiable_programming #gpu #gpu_programming #sparse_computation #taichi

Taichi Lang is a powerful programming language for high-performance numerical computations. It is easy to use because it looks a lot like Python, so you don't need to learn a new language. Taichi Lang can run your code on both GPUs and CPUs, making it very fast. It also works on many different platforms, so you can write your code once and run it anywhere. This makes it great for things like real-time simulations, artificial intelligence, and visual effects in films and games. To get started, you can simply install it using `pip install taichi` and start coding right away. This helps you create complex simulations and computations quickly and efficiently.

https://github.com/taichi-dev/taichi

#swift #battery #bluetooth #clock #cpu #disk #fans #gpu #macos #menubar #monitor #network #sensors #stats #temperature

Stats is a tool that helps you monitor your macOS system from the menu bar. It shows you important information like CPU and GPU usage, memory and disk utilization, network activity, battery level, and more. You can install it manually or using Homebrew. Stats supports many languages and is efficient, though you can disable some modules to reduce energy impact. This tool is beneficial because it keeps you informed about your system's performance without needing to open multiple apps, helping you manage your computer better.

https://github.com/exelban/stats

#cplusplus #cublas #cuda #cudnn #gpu #mlops #networking #nvml #remote_access

SCUDA is a tool that lets you use GPUs from other computers over the internet. This means you can run programs that need powerful GPUs on your local machine, even if it doesn't have one. Here’s how it helps: You can test and develop applications using remote GPUs, train machine learning models from your laptop, perform complex data processing tasks, and even fine-tune pre-trained models without needing a powerful GPU locally. This makes it easier to work with GPUs without having to physically have one, saving time and resources.

https://github.com/kevmo314/scuda

#python #gpu #llm #pytorch #transformers

The `ipex-llm` library is a powerful tool for accelerating Large Language Models (LLMs) on Intel GPUs, NPUs, and CPUs. It integrates seamlessly with popular frameworks like HuggingFace transformers, LangChain, LlamaIndex, and more. Here are the key benefits `ipex-llm` optimizes LLM performance with advanced quantization techniques (FP8, FP6, FP4, INT4) and self-speculative decoding, leading to significant speedups.
- **Wide Model Support** It works on various Intel hardware such as Arc GPUs, Core Ultra NPUs, and CPUs, making it versatile for different setups.
- **Easy Integration** Detailed quickstart guides, code examples, and tutorials help users get started quickly.

Overall, `ipex-llm` enhances the performance and usability of LLMs on Intel hardware, making it a valuable tool for developers and researchers.

https://github.com/intel/ipex-llm

#cplusplus #3d #gpu #imu #lidar #localization #mapping #rgb_d #ros #ros2 #slam

GLIM is a powerful tool for creating 3D maps using various sensors like LiDAR and cameras. It ensures high accuracy by using advanced mathematical techniques and GPU acceleration, making the mapping process faster and better. GLIM is easy to use, allowing you to correct any mistakes in the map manually. It can work with different types of sensors and is flexible enough to be extended with additional features. This makes GLIM very useful for projects that need precise and customizable 3D mapping.

https://github.com/koide3/glim

#cplusplus #cpp #cuda #deep_learning #deep_learning_library #gpu #nvidia

CUTLASS is a powerful tool for high-performance matrix operations on NVIDIA GPUs. It helps developers create efficient code by breaking down complex tasks into reusable parts, making it easier to build custom applications. CUTLASS supports various data types and architectures, including the new Blackwell SM100 architecture, which means users can optimize their programs for different hardware. This flexibility and support for advanced features like Tensor Cores improve performance significantly, benefiting users who need fast computations in fields like AI and scientific computing.

https://github.com/NVIDIA/cutlass

#cplusplus #cuda #cutlass #gpu #pytorch

Flux is a library that helps speed up machine learning on GPUs by overlapping communication and computation tasks. It supports various parallelisms in model training and inference, making it compatible with PyTorch and different Nvidia GPU architectures. This means you can train models faster because Flux combines the steps of sending data between GPUs (communication) and doing calculations (computation), allowing them to happen at the same time. This overlap reduces overall training time, which is beneficial for users working with large or complex models.

https://github.com/bytedance/flux

#cplusplus #cuda #gpu #machine_learning #machine_learning_algorithms #nvidia

cuML - RAPIDS Machine Learning Library

https://github.com/rapidsai/cuml

#rust #bsd #gpu #linux #macos #opengl #rust #terminal #terminal_emulators #vte #windows

Alacritty is a fast, cross-platform terminal emulator that uses OpenGL for smooth performance, works on BSD, Linux, macOS, and Windows, and offers customizable settings while keeping things simple. It’s lightweight, integrates well with tools like window managers or terminal multiplexers, and is already reliable enough for daily use despite being in beta, making it ideal for users who want speed and flexibility without unnecessary features.

https://github.com/alacritty/alacritty

#rust #d3d12 #gpu #hacktoberfest #metal #opengl #rust #vulkan #webgpu

**wgpu** is a powerful graphics library for Rust that works on many platforms, including Windows, macOS, Linux, and the web. It supports various graphics APIs like Vulkan, Metal, and DirectX. This library is safe and portable, making it easy to create graphics and compute applications. Using **wgpu**, you can build fast and efficient graphics programs that run on different devices and browsers, which is beneficial for developers who want to create cross-platform applications.

https://github.com/gfx-rs/wgpu

#rust #fpv #gopro #gpu #gpu_computing #gyroscope #insta360 #rolling_shutter_undistortion #rust #sony_alpha_cameras #stabilization #video #video_processing

Gyroflow is a powerful video stabilization software that uses gyroscope data from cameras like GoPro, Sony, and Insta360 to make your videos smooth and steady. It corrects lens distortion, rolling shutter effects, and can even level the horizon for a professional look. You can preview changes in real-time, use GPU acceleration for fast processing, and apply stabilization directly in popular video editors with plugins. It supports many video formats and works on Windows, Mac, Linux, Android, and iOS. Using Gyroflow helps you create high-quality, cinematic videos without bulky equipment or complicated setups[1][3][5].

https://github.com/gyroflow/gyroflow