Name: Tinker Twins
Type: User
Company: ARMLab, CU-ICAR
Bio: We, Tanmay Samak & Chinmay Samak, are PhD candidates at CU-ICAR, currently pursuing focused research in the field of autonomous vehicles.
Location: Greenville, SC, USA
Blog: https://tinker-twins.github.io
Tinker Twins's Projects
ROS Packages for Real-Time 3D LIDAR Based Localization using NDT Scan Matching Algorithm and UKF Estimation
ROS Packages for Real-Time 3D LIDAR Based SLAM using NDT Scan Matching Algorithm
Notes and Experiments with Active Learning
Advanced Line Follower Robot Using LDR
Advanced Line Follower Robot Using Proximity Sensor
AprilTag Detection and Pose Estimation Library for C, C++ and Python
AprilTag Detection and Tracking with ROS 1
AprilTag Detection and Tracking with ROS 2
This repository hosts the programs for generating fundamental waveforms (signals) using Arduino Microcontroller along MCP4725 I2C DAC Breakout Development Board Module. DC, Pulse, Sawtooth, Sine, Square and Triangle are the supported waveform types.
This project is useful for controlling an LED (or any other digital output device) connected to Arduino using LabVIEW.
This project proposes 2 methods of controlling an LED connected to Arduino using MATLAB - one using the FOR loop and the other using WHILE loop.
An Integrated Cyber-Physical Ecosystem for Autonomous Driving Research and Education
AutoDRIVE-Autoware Development & Integration
AutoDRIVE-AVL DRIVINGCUBE Development & Integration
Multi-Agent Deep Reinforcement Learning for Cooperative and Competitive Autonomous Vehicles
AutoDRIVE-F1TENTH Development and Integration
AutoDRIVE-F1TENTH Development and Integration @ ARMLab (CU-ICAR)
Dynamics and Perception Dataset of Hunter SE Robot
Dynamics and Perception Dataset of AutoDRIVE Ecosystem's Nigel Vehicle
Autonomous Racing Literature Review
Autonomous Racing using a Hybrid Imitation-Reinforcement Learning Architecture
This repository hosts the algorithmic concepts required for the development of software stack for autonomous vehicles. The code snippets can be used to develop firmware for driverless cars in the future.
Autonomy: Mobility and Manipulation @ CU-ICAR
Autonomy: Science and Systems @ CU-ICAR
A Simulation System for Implementing and Testing Autonomous Racing Algorithms
Autoware Center of Excellence (CoE) Website
Autoware Messages
A Simulation System for Experimenting and Testing Autonomous Driving using Behavioral Cloning
BLDC Motor Testing Unit
Camera Calibration using OpenCV