Up-sampling and denoising signals using a deep neural network model

Official Implementation for Unrolled-DOT: an unrolled network for solving (time-of-flight) diffuse optical tomography inverse problems.

Use Mobile Parcel API from Zebra to get dimensioning within Velocity Client emulation form Ivanti (e.g. IBM 5250/3270 and VT100/220).

TFmini-S TOF sensor library

A development kit for multiple cameras

TreeScan3D is an innovative project that leverages the power of 3D computer vision and multi-threaded processing for efficient tree detection. Built using C++ and integrated with the Robot Operating System (ROS), this tool excels at accurately identifying trees in complex environments.

Sourdough monitoring system with an ESP32 devboard, a ToF distance sensor, temperature sensors and an eInk display.

A simple api for Scanmax M5 3D ToF camera using the OpenNI2 and OpenCV libraries. Also used methods for face detection and selection of key points on the face.

A nosepoke for rats that features a vibration motor to provide haptic feedback and a ToF sensor to acquire analog proximity data

Arduino library for using ToF sensors : VL6180X and VL53L0X

simulation of PMD depth cameras

Time of Flight Module for ranging measurement (hardware + software)

StofNet: Super-resolution Time of Flight Network (ICASSP 2024)

Provides the VL53L5CX driver, part of the STM32Cube BSP Component for all STM32xx series.

Mass Spectrometry is not a quantitative method. Several in-situ approaches are known to overcome this challenge. Another technique to quantify a signal employs statistical methods such as the Poisson distribution.

Non blocking VL53L0X library

Liquid Level Detector

The Spatial Mapping Embedded System is a project that utilizes the Texas Instruments MSP432E402Y microcontroller in unison with the VL53L1X time of flight sensor, and the ULN2003 stepper motor in order to capture measurement data from the recorded space. This data is then communicated to Python and mapped in a three-dimensional plane to reconstr…