mor1ins

mor1ins's Stars

• viktorvano/Bluetooth-for-STM32-and-Android

  Bluetooth Classic and Bluetooth LE examples for STM32 and Android + RFID PN532

  Language:C8146

• teomaras76/BLE_master_STM32

  BLE master project for STM32 Nucleo + X-Nucleo-IDB05A1 BLE module board

  Language:C1

• sj15712795029/bluetooth_stack

  这是一个开源的双模蓝牙协议栈(bluetooth.stack)(btstack),可以运行在STM32,Linux.，包含HCI,L2CAP,SDP,RFCOMM,HFP,SPP,A2DP,AVRCP,AVDTP,AVCTP,OBEX,PBAP等协议，后续会继续维护，以达到商用的目的

  Language:C354158

• lidofinance/dc4bc

  distributed custody for the beacon chain

  Language:HTML6212

• gamnes/nrf52840-ble-app-hrs-usb-audio-teensy

  Demo of USB Audio pass-through using nRF52840 to Teensy speaker

  Language:C101

• mars/create-react-app-buildpack

  ⚛️ Heroku Buildpack for create-react-app: static hosting for React.js web apps

  Language:Shell3.3k653

• nishantpoorswani/meta-radxa

  OpenEmbedded BSP Layer for the Radxa boards

  Language:C2629

• khaled/react-express-template

  Full stack web app starter template using React, ES6, CoffeeScript, Express, and more

  Language:CoffeeScript12826

• trabucayre/openFPGALoader

  Universal utility for programming FPGA

  Language:C++1.2k268

• dtysky/FPGA-Imaging-Library

  An open source library for image processing on FPGA.

  Language:Verilog563219

• fO-000/sweyntooth_bluetooth_low_energy_attacks

  Proof of Concept of Sweyntooth Bluetooth Low Energy (BLE) vulnerabilities.

  1

• fO-000/bluing

  An intelligence gathering tool for hacking Bluetooth

  Language:Python770105

• nomi-sec/PoC-in-GitHub

  📡 PoC auto collect from GitHub. ⚠️ Be careful Malware.

  6.6k1.2k

• IoT-PTv/IoT-PT

  A Virtual environment for Pentesting IoT Devices

  41583

• ultraembedded/orangecrab

  Test projects for the OrangeCrab ECP5 FPGA board

  Language:Verilog83

• RUB-NDS/PRET

  Printer Exploitation Toolkit - The tool that made dumpster diving obsolete.

  Language:Python4k614

• DreamIP/GPStudio

  Toolchain for FPGA-based smart camera by Dream Team IP

  Language:C++169

• FPGAGraph/fpga-cam

  Automatically exported from code.google.com/p/fpga-cam

  Language:C2

• bibn115/hard-cv

  A repository of IPs for hardware computer vision (FPGA)

  Language:VHDL1

• getlanced/FPGA-Otsu

  Verilog Implementation of Otsu's algorithm

  Language:Verilog71

• VLSI-EDA/PoC

  IP Core Library - Published and maintained by the Chair for VLSI Design, Diagnostics and Architecture, Faculty of Computer Science, Technische Universität Dresden, Germany

  Language:VHDL55594

• RobotCasserole1736/FPGAVison

  An FPGA-based solution to running vision detection algorithms on FRC robots

  Language:Verilog1

• Xilinx/xfopencv

  Language:C++330142

• PeterBDavenport/NarwhalCV

  SystemVerilog computer vision/ image processing library.

  Language:Verilog2

• juanluislm/CV_VHDL

  Computer Vision using VHDL and Xilinx. Pseudo HOG features are used!

  Language:VHDL21

• fabriziotappero/ip-cores

  A huge collection of VHDL/Verilog open-source IP cores scraped from the web

  392123

• Rutgers-FPGA-Projects/Camera-Tracking

   Our project is the system that enables a moving camera to track a moving object in real time. We plan on doing this by having a camera mounted to a swivel using two servo motors to allow for the camera’s direction to be controlled. The camera data will be read into the FPGA board and some basic object recognition algorithm will be used to  identify an some object and determine if the camera needs to be moved to keep the object in the field of vision. In addition to the auto tracking mode, we plan on having an IR remote to allow for manual panning, mode selection, and power on and off. If there is additional time we would like to also interface the FPGA to a Raspberry Pi board running a linux web server to allow for email alerts (when object moves) and web based control.

  Language:VHDL3111

• jgrahsl/stereovision

  A stereo vision core built upon an pixel processing pipeline framework

  Language:VHDL24

• ddifelice/G1_PaintWithVision

  Language:VHDL12

• Marco-Winzker/FPGA-Vision

  Learn about image processing with an FPGA. Video lectures explain algorithm and implementation of lane detection for automotive driving. Real hardware is available as a remote lab.

  Language:VHDL3218