human-machine-interface
There are 2 repositories under human-machine-interface topic.
michpolicht / CuteHMI
CuteHMI is an open-source HMI (Human Machine Interface) software written in C++ and QML, using Qt libraries as a framework. GitHub repository is a mirror!
Language:C++ 217NeuralAction / NeuralAction
Neural Action is a real-time CNN-based gaze tracking application providing human-machine interface to improve accessibility.
Language:C# 48- Language:Python 21
- Language:Lua 17
- timechain
MitchellTesla / timechain
🐝 Hive of The CyberHornets 🐝
Language:M4 14 - Language:Smalltalk 11
anion0278 / mediapipe-jetson
Google's MediaPipe (v0.8.9) and Python Wheel installer for Jetson Nano (JetPack 4.6) compiled for CUDA 10.2
Language:C++ 9rparak / Unity3D_Robotics_ACOPOStrak
A digital-twin of the ACOPOStrak transport system integrated into the Unity3D development platform.
Language:Standard ML 8- ATVM-INTERFACE
Amey-Thakur / ATVM-INTERFACE
It is an interface for an Automatic Ticket Vending Machine.
Language:JavaScript 7 CSC801: Human Machine Interaction [HMI] & CSL801: Human Machine Interaction Lab [HMI Lab] <Semester VIII>
Language:JavaScript 7gramaziokohler / compas_xr
COMPAS XR streamlines extended reality workflows to ease the implementation of human-machine collaborative applications in architectural research and educational environments.
Language:Python 7- vr-app-handtracking
GiovannyJTT / vr-app-handtracking
Virtual Reality Application implemented as part of my Master's degree thesis. Using: Oculus Rift DK2, Leap Motion, Unity 3D, Nvidia 3D Vision glasses, hand tracking, computer-human interaction Hands are an indispensable way for humans to interact with the environment in their daily lives. To incorporate the possibility that they can interact with their hands within a virtual world, it raises the degree of immersion and provides a form of natural interaction in virtual reality applications. In this final master work, we undertake the development of a virtual reality application in which stereoscopic visualization and hand interaction are used. At same time, we compare two modes of stereoscopic visualization to determine if participants cope with any of them better. We will observe if the results indicate that regardless of gender, age, or profession, participants prefer the mode with a virtual helmet. riunet.upv.es/handle/10251/77848
Language:C# 6 ibe16 / Distributed-chains-monitoring
:factory: :bar_chart: Online monitoring systems of distributed manufacturing lines
stevenlowery011 / pymensor
Python driver for Mensor Modular Pressure Controllers
Language:Python 3yahiayasser / Door_Locker
Door_Locker Two micro-controllers, one acts as a HMI (Human Machine Interface) This micro-controller has a Dio module, LCD Module, Keypad Module and UART Module This one will be used just interfacing with user. The other micro-controller will be responsible for controlling the motor (actuation part) This micro-controller has a Dio module, Timer Module, DC_Motor Module and UART Module This one will be used for just Controlling the motor that will act as the lock for the door. The scenario will be as following: 1- first use Mode: the user will be prompted to enter pass and confirm it using keypad, if passwords are matched the password will be saved to the internal EEPROM of the first micro-controller. If the passwords are not matched it will tell you that the passwords are not matched and ask you to re-enter passwords. 2- Operating Mode: LCD Shows Supported Operations: a- Open the door: If the user choose to open the door he will be prompted to enter the password, if he fails with 4 trials, he will have to wait for 30 seconds to re-enter the password again. if the password is right, a message will be sent to the other micro-controller using uart to open the door. b- Change Password : user must enter the old password first to change. 3- Opening the door: When the message of opening the door will be received at the second micro-controller, it will rotate the motor 0.5 in the clockwise direction. 4- Closing the door: At first micro-controller, a message will be shown: "[1]Close Lock", if the user entered 1 a message will be sent to the other micro-controller to close the door, the second micro-controller will receive the message and rotate motor will rotate 0.5 in the anticlockwise direction. The LCD at the first micro controller will reflect any action / State happens at the system. for example if the door is opening it should show : Lock is opened
natanaelalmeida / ceptron-mov
Ceptron-mov is a study project that aims to apply the concepts of Machine Learning and Data Science to build a human-machine interface capable of identifying physical movements performed by humans.
Language:Jupyter Notebook 2- Language:C# 2
aman-ankam / GESTURE_HAWK
controlling the robot using hand gestures through image processing
Language:Python 1andres48381 / UPM-domoticaHMI
Programa basado en Processing para la representación del panel de control de la vivienda. Comunicación serie mediante bluetooh con la tarjeta de control Arduino de la maqueta
AutoDRIVE-Ecosystem / AutoDRIVE-Simulator-HMI
Human Machine Interfaces to AutoDRIVE Simulator
Robotic table football controlled by B&R Automation system.
Language:C 1An open-source library for controlling JXCP1 (Step Motor Controller) via B&R Automation PLC.
Language:C 1UtBotsAtHome-UTFPR / display_emotions
ROS package that displays emotions through faces and speech characteristics
Language:C++ 1will-chung / tritonai-hmi
Web-based human-machine interface for autonomous racecars.
Language:Svelte 1- dms_moveit
Improving Mutual Understanding for Human-Robot Collaboration
Language:C++ 0 cemtorun / Tremble
🏆 HackWestern 1st Place (Data Visualization) - 🏥 Developed a Human Machine Interface though position tracking to accurately diagnose degenerative disorders such as Parkinson's. Built using Leap Motion hardware integrated with FFT ML algorithm with Python and displayed with Javascript and Angular 7.
Language:Python 0- Language:AMPL 0
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santimontiel / HMI-Eurobot
📺 Interfaz máquina-usuario para los robots de competición del Equipo de Robótica de la Universidad de Alcalá. Compitiendo en Eurobot 2021. Escrito en Python, integrando PyQt5 con ROS.
Language:Python 0Fork of Google's MediaPipe (v0.8.9) and Python Wheel installer for Jetson Nano (JetPack 4.6) CUDA (10.2)
Language:C++- Language:C++
ElsevierSoftwareX / SOFTX-D-20-00094
A C++ pre-processor for CAD (stl) features extraction. To cite this software publication: https://www.sciencedirect.com/science/article/pii/S2352711021000650
industrialtablet / 7inch-Human-Machine-Interface
This repository is Allwinner A133 7inch Human Machine Interface Documents from HYY Technology Co.,Ltd.
kwonus / Quelle-Obsolete
A clear and concise HMI specification with an open-source reference implementation. Supplied with projects that compile to dotnet 4.8 and dotnet 5.
Language:C#MathematicFirmsofMemphis / -NSN-987654321---MIL-STD-67890---MIL-SPEC-12345---PART67890-
Visual Effects and Simulations of America LLC | Search Pressure and Spatial Redux Hunt Machinery LLC | Smart Superior Anatomy and Kardashev 9 Human Eating Hunting LLC
Language:C#Pratyush-Sharma / VR-Vision
VR Vision bot was showcased in TechEvince 5.0, IIT Guwahati, as a simple image processing based human-machine interface with a picam fitted in it through which we can see live reality on oculus .
Language:C++
