Papzen66

Papzen66's Stars

• arendst/Tasmota

  Alternative firmware for ESP8266 and ESP32 based devices with easy configuration using webUI, OTA updates, automation using timers or rules, expandability and entirely local control over MQTT, HTTP, Serial or KNX. Full documentation at

  Language:C22.2k6239.6k4.8k

• Atlas-OS/Atlas

  🚀 An open and lightweight modification to Windows, designed to optimize performance, privacy and usability.

  Language:PowerShell14k95574525

• Koenkk/zigbee2mqtt

  Zigbee 🐝 to MQTT bridge 🌉, get rid of your proprietary Zigbee bridges 🔨

  Language:JavaScript12.1k21715.1k1.7k

• Lissy93/awesome-privacy

  🦄 A curated list of privacy & security-focused software and services

  Language:Astro6.8k79137311

• zeek/zeek

  Zeek is a powerful network analysis framework that is much different from the typical IDS you may know.

  Language:C++6.4k3521.4k1.2k

• cisagov/Malcolm

  Malcolm is a powerful, easily deployable network traffic analysis tool suite for full packet capture artifacts (PCAP files), Zeek logs and Suricata alerts.

  Language:Python1.9k55163326

• sicxu/Deep3DFaceRecon_pytorch

  Accurate 3D Face Reconstruction with Weakly-Supervised Learning: From Single Image to Image Set (CVPRW 2019). A PyTorch implementation.

  Language:Python1.7k27175311

• home-assistant/iOS

  :iphone: Home Assistant for Apple platforms

  Language:Swift1.6k791.5k306

• varmd/wine-wayland

  Wine-wayland allows playing DX9/DX11 and Vulkan games using pure wayland and Wine/DXVK.

  Language:C753256314

• tranluan/Nonlinear_Face_3DMM

  Source code for "Nonlinear 3D Face Morphable Model"

  Language:Python6763567124

• ascust/3DMM-Fitting-Pytorch

  A 3DMM fitting framework using Pytorch.

  Language:Python600133195

• expressvpn/lightway-core

  Lightway Core is a modern VPN protocol by ExpressVPN, to deliver a VPN experience that’s faster, more secure, and more reliable.

  Language:C534152065

• fengju514/Expression-Net

  Deep 3DMM facial expression parameter extraction

  Language:Python5172824122

• JafarAkhondali/acer-predator-turbo-and-rgb-keyboard-linux-module

  Linux kernel module to support Turbo mode and RGB Keyboard for Acer Predator notebook series

  Language:C3752014171

• itavero/homebridge-z2m

  Expose your Zigbee devices to HomeKit with ease, by integrating 🐝 Zigbee2MQTT with 🏠 Homebridge.

  Language:TypeScript323421749

• sfiorini/NordVPN-Wireguard

  A bash scripts that generates Wireguard configuration file for a NordVPN connection.

  Language:Shell239101440

• mirror/equalizerapo

  Equalizer APO mirror

  Language:C++11415641

• dave14305/FlexQoS

  FlexQoS - Flexible QoS Enhancement Script for Adaptive QoS on ASUSWRT-Merlin

  Language:Classic ASP84407

• alttch/eva3

  Industrial/Enterprise and home IoT automation platform

  Language:Python50645

• alexpersian/gtsport-api

  Unofficial documentation and resources for working with the Gran Turismo Sport API.

  3610012

• SkyrimAlternativeDevelopers/SkyrimVRTools

  Language:C++28536

• zehratullayl/Linux-Predator-GUI

  Language:C18361

• TeliaSoneraNorge/telia-iot-workshop

  Guide and software for Telia IoT Workshop

  Language:C++63

• alttch/eva-hmi-block_ui

  HMI web interface application for EVA ICS

  Language:CSS4200

• LakshmiBG/Modelling-and-Real-time-Simulation-in-Machine-Automation

  The aim of this exercise is to build a simulation model of a 4 actuator degree-of-freedom (DOF) hydraulic loader and to simulate it in real-time computer. This simulation model shall take into account the dynamics of the multi-body mechanical system as well as the dynamics (fluid compressibility, pressure generation) of the oil hydraulic system powering the loader. The loader will be driven in man-in-the-loop by commanding the spool position of the proportional valves in each of the four actuators. SimMechanics (Second Generation) and Simulink (from MATLAB software package) will be employed to model the multi-body mechanical system and the hydraulics respectively. After completing the offline simulation (i.e. simulation running under Matlab/Simulink environment), the simulation model will be compiled (using Matlab/Simulink Coder) and deployed to a real-time computer. In this real-time simulation platform, the commanding signals (spool displacements) will be generated by joysticks connected to a development PC, which will send the joystick axes positions to the real-time computer through an Ethernet UDP/IP connection. At the same time, Page 2/8 the outputs (joint angles) of the simulation will be sent from the real-time computer back to the development computer via UDP/IP. In the development computer, the virtual visualization software, IHA3D, will read these joint values and render a 3D graphical representation of the forwarder loader in real-time.

  Language:MATLAB4

• TeliaSoneraNorge/telia-iot-workshop-wifi

  3201

• TeliaSoneraNorge/telia-iot-sensortag

  Forward data from a Texas Instrument Sensortag into Telia IoT.

  Language:JavaScript20

• Alanoud-Subahi/Evaluating_IoT_behavior_compliance

  This tool aims to compare the data type sent from the IoT device to its cloud server with what its respective privacy policy agreement states. It mainly combine the IoT-app privacy inspector tool with the IoT-PPA reading tool, then it compares the results to evaluate the level of compliance

  Language:Python1

• emaklakov/AI_Eva

  AI for smart home: Eva.

  Language:C#1200

• poumpoum/android-ffmpeg

  a system for building custom ffmpeg binaries for Android

  Language:Shell1100