Search Results for "simple hardware inventory"

EPLB is DeepSeek’s open implementation of a load balancing algorithm designed for expert parallelism (EP) settings in MoE architectures. In EP, different “experts” are mapped to different GPUs or nodes, so load imbalance becomes a performance bottleneck if certain experts are invoked much more often. EPLB solves this by duplicating heavily used experts (redundancy) and then placing those duplicates across GPUs to even out computational load. It uses policies like hierarchical load balancing...

Comprehensive Hardware Analysis, Monitoring and Reporting for Windows. Exhausting information about hardware components displayed in hierarchy unfolding into deep details. Useful for obtaining a detailed hardware inventory report or checking of various hardware-related parameters. Real-time monitoring of a variety of system and hardware parameters covering CPUs, GPUs, mainboards, drives, peripherals, etc.

gpustat is a lightweight Python command-line utility designed to provide fast, human-readable monitoring of NVIDIA GPU status in real time. It serves as a simplified alternative to the more verbose nvidia-smi tool by presenting key GPU metrics in a compact, developer-friendly format. The utility retrieves data through NVIDIA’s NVML bindings and displays information such as temperature, utilization, memory usage, and running processes directly in the terminal. Because it is easy to install...

This project site maintains several projects that support the acerhk.ko linux module and provide a GUI interface for the module to activate and deactivate the wireless and bluetooth radios. Please see this projects Wiki for more information: https://sourceforge.net/p/acerhkgui/wiki/Home/ Programs: AcerHK GUI -- Main program. Updated 2015-03-05. Version 0.7.2.5 should work. Please report errors, as it may still require some work. Cinnamon Desktop Applet -- simple system tray...

YASP is an open and simple protocol for building networks with micro controllers. It has a small footprint and is easy to implement with minimal hardware resources, without sacrificing advanced features and future growth.