Name: Carl Hildebrandt
Type: User
Company: University of Virginia
Bio: Ph.D. Student at the University of Virginia. Interested in the validation of autonomous systems.
Location: Charlottesville, Virginia
Blog: https://carl-h.com/
Carl Hildebrandt's Projects
Automatic test generation for a robot with hardware changes.
Our project enables Concolic Execution, a powerful testing strategy that efficiently explores program paths by combining symbolic and concrete execution techniques. By targeting LLVM bitcode, it offers versatility for testing various languages and utilizes LLVM passes for comprehensive path exploration.
DJI Tello drone python interface using the official Tello SDK. Feel free to contribute!
This is the final project for Autonomous Mobile Robots course.
High-level flight controller for multirotors developed in the Nimbus Lab.
A haptic suit framework for drones, designed to simulate real-world forces like wind and payload variations with minimal cost and space requirements, enabling precise validation of drone behavior under various external force scenarios.
My personal websites, forked from mmistakes/minimal-mistakes
An attempt to make more robust neural networks using N-Version programming.
openpilot is an open source driver assistance system. openpilot performs the functions of Automated Lane Centering and Adaptive Cruise Control for 250+ supported car makes and models.
PhysCov, a novel approach for quantifying autonomous vehicle testing adequacy by analyzing sensor data and physical reachability, enabling more efficient test suite coverage with real-world examples.
Unity TCP Server with Python Client for Real-Time GameObject Control
This is the code used in LAB 1 of our advanced embedded systems course
Server to connect all devices to our automatic drumkit.
A framework for mobile robot validation, which integrates kinematic and dynamic models to generate physically valid, stress-inducing trajectories, significantly increase stress and reduces generation cost in simulations and real-world tests.
A tutorial on the basics of RViz and Gazebo
This contains instructions on how to get multiple simulations running in ROS.
This is my final software security project at UVA 2018.
This is my testing verification and analysis final project. The aim was to develop a spin model of ROS's communication protocol.
This project features an internet-connected drum kit operated via VR, web, and API interfaces, showcasing innovative remote musical performances and interactive experiences