Aarya Patel's Projects
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Utilized ROS AMCL package to accurately localize a differential-drive robot inside a map in the Gazebo simulation environments and avoided obstacles using DWA local planner.
Built a world using 3D gazebo simulator.
Deep Learning Coursera by Andrew Ng,Deeplearning.ai
ROS package for using steering angle and collision probability predicted via pre-trained ResNet model for drone navigation using ROS Kinetic in Gazebo 3D environment.
Driving a skid-steer robot in Gazebo 3D environment to chase any coloured ball with the help of hough circle transformation.
Built an end-to-end AI system which features a deep learning algorithm that integrates into a clinical-grade viewer and automatically measures hippocampal volumes of new patients, as their studies are committed to the clinical imaging archive.
Created an algorithm to identify metastatic cancer in small image patches taken from larger digital pathology scans. The data used for this competition is a slightly modified version of the PatchCamelyon (PCam) benchmark dataset.
A robot capable of executing SLAM and navigating to waypoints to pickup or deliver objects in the virtual world.
Created a new compressed bitmap format .cmpbmp to compress 24 bit bitmap files using Huffman compression algorithm.
Tips for Writing a Research Paper using LaTeX
Built an activity-aware pulse rate estimation using PPG and Accelerometer sensors.
Code release for NeuS
Built a regression model that predicts the expected days of hospitalization time and an uncertainty range estimation.
Assisting a radiologist in classifying a given chest x-ray for the presence or absence of pneumonia using Deep Learning.
Pneumothorax is usually diagnosed by a radiologist on a chest x-ray, and can sometimes be very difficult to confirm. An accurate AI algorithm to detect pneumothorax would be useful in a lot of clinical scenarios. AI could be used to triage chest radiographs for priority interpretation, or to provide a more confident diagnosis for non-radiologists.
Accelerating Shortest Path algorithms on GPUs
3D construction of an object from a single 3-point perspective image. Single View Metrology
Creating a 2D occupancy grid and 3D octomap from a simulated environment using a robot with the RTAB-Map package