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fmcw-radar
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Configures the FMCW waveform based on the system requirements. Then defines the range and velocity of a target and simulates its displacement. For the same simulation loop process, the transmit and receive signals are computed to determine the *beat* signal. Then it performs a Range FFT on the received signal to determine the Range Towards the end, perform the CFAR processing on the output of 2nd FFT to display the target.
2D FFT, Doppler effect and CFAR implementation with matlab
Cardiovascular Activity Monitoring Using mmWaves
RT-Pose: A 4D Radar Tensor-based 3D Human Pose Estimation and Localization Benchmark (ECCV 2024)
TI mmWave FMCW radar ROS-noetic pakcage (awr1843aop)
ETH Zürich Semester Project exploring the possibilities of using Deep Learning to extract vital signs from Radar Data
UAV Object Tracking using FMCW-Radar and YoloV8
The FMCW radar-based food intake monitoring-oriented dataset contains 70 meal sessions (4132 eating gestures and 893 drinking gestures) from 70 participants with a total duration of 1155 minutes. Four eating styles (fork & knife, chopsticks, spoon, hand) are included in this dataset.
FMCW data analysis with short range radar system
Protocol implementation for HLK-LD303 radar module
Python GUI for EVALKIT SiRad Simple for real time applications and data recording and MATLAB code for offline processing.
Python implementation for 4D radar simulation
Designing a Joint Communications-Radar System with FMCW & PSK — Simulation and study of a 24GHz carrier FMCW radar system using PSK-modulated chirps to broadcast information to targets — an EPB-ULB Electronics and Telecommunications Bachelor's project for Pr. François Horlin's course ELEC-H311 ("Telecoms Signals and Systems")
Android app to simultaneously play and record audio
Project for the exam of Data Compression within the PhD program in Information Engineering of the Department of Information Engineering @ University of Pisa, A.A. 2021/2022
Reverse Engineering the Hi-Link LD1125H 24GHz FMCW Radar which uses the SGRSemi SKR1101 and GigaDevice GD32F303CET6
An async and no_std rust library to interface via SPI with the XENSIV™ BGT60TRxx 60 GHz FMCW radar sensors from Infineon.
Reverse Engineering of the MicRadar R24BBD1 radar board in order to make it a platform for FMCW radar experiments
This is a successful attempt of writing an alternative firmware for the LD1125H FMCW radar to extract raw ADC values from the Echo/Bang signal via high-speed UART.