My projects

first

Optimal Motion Planning for Multiple UAVs

Re-implementation and extension of research for utilizing multiple UAV drones to find avalanche victims equipped with Avalanche Victim Detectors (ARTVA).

Programming Language: Matlab

Go check it out
second

HandGesture CNN

Implementation of a custom CNN for embedded hand gesture recognition.

Programming Language: Python

Go check it out
third

Curiosity Rover Motion Planning Simulation

Simulation of navigation, path planning, and localization of a Mars Rover, modeled after NASA’s Curiosity Rover, within a virtual representation of Gale Crater on Mars.

Programming Language: Python, Jupiter Notebook

Go check it out
fourth

Diffusion-TS: interpretable diffusion for general time series generation

Re-implementation of the DIffusion-TS transformer model for time series generation that utilizes denoising diffusion probabilistic models integrated with interpretable seasonal-trend decomposition.

Programming Language: Python, Jupiter Notebook

Go check it out
Your browser doesn't support HTML5 video.

Cat vs Toy - interactive 3D animated game

3D representation of a room scene with interactive cat, that follows the user's mouse, and other animated animals performing fixed animations moving in their space.

Programming Language: Javascript, HTML

Go check it out
fourth

Adaptation of the Residual Vector of Unknown Dynamics

Implementation a model-based collision detection method for a spatial 3R manipulator, utilizing the residual between expected and actual momentum to detect collisions and adaptively updates robot’s dynamic parameters.

Programming Language: Matlab

Go check it out
fourth

Rover Manipulator Analysis: Krapvik Robotic Arm

Study and modeling of the Krapvik robotic arm comprehending setting of MDH parameters, forward and inverse kinematics, dynamics study, trajectory and control implementation for predetermined tasks.

Programming Language: Matlab

Go check it out
fourth

Multi-Robot Simulator

Implementation of a multi-robot simulator in wich 3 robots can be moved in a space and detect obstacles with the use of a lidar sensor. Integration of sensor and movement in the ambient is performed by ROS Nodes.

Programming Language: C++, ROS

Go check it out

Get in touch!

  By mail:   valentina.piccione@outlook.com

  By linkedin:   Valentina Piccione

Alert

Suboptimal experience warning!

Optimal viewing experience on mobile devices is in portrait orientation

For the ultimate experience, consider switching to a computer

About Me

I am a Computer Science engineer and currently enrolled in the MD in AI & Robotics at Sapienza University of Rome.

I am an inqusitive individual, and prize myself on my resourcefulness and curiosity.

I love to swim, I do it since I was 4 and now I am a competitive swimmer. I play the Sax and of course I love jazz, but I also like rock music. In the free time I love to play videogames or watch movies and TV series.

© 2024 - 

Valentina Piccione

  • Github
  • Codepen