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bkforonline's Projects

acgpr icon acgpr

Autonomous cognitive ground penetrating radar (GPR)

adapting-the-wavenet-deep-learning-model-for-radar-classification icon adapting-the-wavenet-deep-learning-model-for-radar-classification

An investigation into radar classification. This project adapts the WaveNet deep learning model to classify radar data directly from the range profiles representation. This technique is compared with the leading approach in the literature of creating micro-Doppler spectrogram images from the data and classifying these images using a CNN.

astyx-vis icon astyx-vis

visualization of ASTYX automotive dataset (radar/lidar/camera)

borealis icon borealis

Object Classification via Range Doppler Plots on PMCW Radar Data

classification-of-objects-using-a-radar-signal-and-machine-learning icon classification-of-objects-using-a-radar-signal-and-machine-learning

a practical executed to classify objects using a radar signal and machine learning. Data was provided which contains a part that labeled and another which wasn’t labeled. The aim of the practical is to develop a good machine learning model using the labeled data to generalize on new data, in this case, the unlabeled data. The data are of two types, one for binary classification, that is, two labels/outputs and multiclass classification, that is, more than two labels/outputs. The models with the best performance in each case will be used to predict on the unlabeled data.

cs5014-p2 icon cs5014-p2

Classification of objects using a radar signal and machine learning

csradar icon csradar

Compressed Sensing for improved radar target classification

direction-of-arrival-estimation-for-radar icon direction-of-arrival-estimation-for-radar

In this repository, w implement a direction of arrivals (DoA) classic and super-resolution algorithms such Multi-signals Classification (MUSIC) and estimation of signal parameters via rotational invariant techniques (ESPRIT)

dynamic-cfar icon dynamic-cfar

Repository for Cognitive Radar publication focused on dynamic CFAR detection.

emitter-detection-book icon emitter-detection-book

MATLAB code companion to Emitter Detection and Geolocation for Electronic Warfare (Artech House, 2019)

emitter-detection-python icon emitter-detection-python

This repository is a port of the MATLAB software companion to Emitter Detection and Geolocation for Electronic Warfare, by Nicholas A. O'Donoughue, Artech House, 2019.

far icon far

Reproduction of the research paper: Fully adaptive radar for target classification

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