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ar-foundation-demo

Demo project including the main features of AR Foundation for Unity

ar-indoor-navigation-system

Indoor navigation using Unity3D and Vuforia SDK. Prototype at Faculty of Information Technology, KMITL

ar-indoor-outdoor-navigation

Navigating inside college campus and buildings is problem as GPS is not as accurate inside buildings. We came with solution of Augmented Reality Navigation

arcloudanchors

AR Cloud Anchors demos while using ARCore with iOS and Android

arcore

ARCore Course

arcore-cloud-anchors

Sample code for the ARCore Cloud Anchors Codelab

arcore-unity-extensions

Google ARCore Extensions for Unity's AR Foundation

arcore-unity-sdk

ARCore SDK for Unity

arcore-unreal-sdk

ARCore SDK for Unreal

arduino

arduino-esp32

Arduino core for the ESP32

arduinodersleri

Arduino Dersleri

arduinowebsockets

A library for writing modern websockets applications with Arduino (ESP8266 and ESP32)

arfoundation-samples

Example content for Unity projects based on AR Foundation

arindoornav

This is an augmented reality indoor navigation system for the technical university of Cologne, campus Gummersbach. It was created using Unity (C#) and ARCore

arindoornavigation

barracuda-image-classification

barracuda-release

barracuda-starter-kit

Barracuda Starter Kit project. Selected tutorials and documentation for Unity Barracuda project.

beaconnavigationapp

Indor Positioning System using BLE Beacons

beacons_for_blind

A supermarket navigation system for visually impaired people

beef-over-aws

Beef Over AWS is a tool that allows you to use Beef-XSS over WAN securly and anonymously.

ble_pathfinder

This project aims to provide an intuitive solution to indoor localization and indoor navigation. ESP32 boards were configured to be beacons using the iBeacon protocol. These beacons were placed in specific Point of Interest (POI) in SCSE, mainly near entrances of laboratories. A mobile app, Pathfinder, was developed to receive advertisement packets broadcasted by the beacons. These packets could be used to find out how far a user is to a beacon by using the RSSI in the packet. By placing a network of beacons in SCSE, we were able to navigate the user from any POI to a destination POI the user selected using Pathfinder by literally pointing them in the right direction.

blind-assistance-object-detection-and-navigation

This is a vision enhancer based module specifically for the BLIND VICTIMS. The system is designed in such a way in which the blind person can take the help of THIRD PARTY APPLICATION which sends Real Time Frames to the LAPTOP-BASED WIRELESS NETWORKED SYSTEM. It works on REAL-TIME OBJECT DETECTION using SSD_MOBILENET algorithm and TENSORFLOW APIs . It has a core feature of approximate distance calculation and Voice - Based wireless feedack generation w.r.t the DISTANCE CALCULATION. It makes the work of Blind easy,efficient and reliable by sending wireless Voice based feedback whether the particular object is either too close to him or is it at a safer distance. The same system can be used from Obstacle Detection

cognitive-services-onnx-customvision-sample

Real time image classification Windows-ML using a ONNX model exported from Custom Vision Service.

deneyap-oled-ekran-arduino-library

Arduino library for Deneyap OLED Display Module SSD1306

deneyapkart-arduino-core

Arduino Core for Deneyap DevKits

deneyapkart-javascript-firebase

🎯 Deneyap Kart'tan alınan verilerin JavaScript ile Firebase gerçek zamanlı veritabanına kaydedilmesi - seri haberleşme örneği.

deneyapkart-micropython-core

MicroPython Core for Deneyap DevKits

deneyapkart-platformio-core

Platformio Core for Deneyap DevKits