Projects with this topic
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A lightweight, fully unprivileged container implementation for HPC applications.
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Duplicity backs directories by producing encrypted tar-format volumes and uploading them to a remote or local file server.
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A flexible package manager that supports multiple versions, configurations, platforms, and compilers.
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Source code for shyft.
Time-series for python and c++, including distributed storage and calculations Hydrologic Forecasting Toolbox, high-performance flexible stacks, including calibration Energy-market models and micro servicesUpdated -
Jugendforscht projekt in wich a robotic arm is controlled by your movement infront of a camera that is using mediapipe to get the correct angles
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This project is not working on GitLab any more (I keep this project around for CI and to avoid cybersquatting). For all project needs visit the SourceHut page.
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NoTF: reactive, lightweight UI engine with OpenGL and C++/Python
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linux packaging for Kali Linux
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The problems I have solved in hackerrank platform, codes lies here.
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STマイクロエレクトロニクス製マイコンボード「NUCLEO-F411RE」と「X-NUCLEO-BNRG2A1」を用いたBLE通信テスト用プロジェクト
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nmap packaging for Kali Linux
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gnome-shell packaging for Kali Linux
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Special Repository for Custom Scripts / Configs and Programs of Various Programming Languages. Mostly Old School and Patterns.
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This project aims to fully automate the Dobot Magician to play chess against a human player using the Stockfish chess engine.
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The project from the INTEGRATED MANUFACTURING SYSTEMS LAB – CIMUBB at the University of Bío-Bío involved working on a model of an industrial product mixing machine, using Arduino for controlling both hardware and software. The model integrates motors for mixing, temperature and level sensors, and actuators, all controlled by an Arduino Uno. The software developed in the Arduino IDE manages the automated mixing process.
El proyecto del LABORATORIO DE SISTEMAS INTEGRADOS DE MANUFACTURA – CIMUBB de la Universidad del Bío-Bío consistió en trabajar en una maqueta de una máquina mezcladora de productos industriales, utilizando Arduino para el control del hardware y software. La maqueta integra motores para el mezclado, sensores de temperatura y nivel, y actuadores, controlados por un Arduino Uno. El software desarrollado en Arduino IDE gestiona el proceso de mezclado automatizado.
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