RIVIC Research Visual Computing Projects Overview

Controlling, Modelling, Simulating and Identifying Quantum Systems

In this project we explore models and techniques for designing and controlling quantum devices and establish links between physical (quantum) device modelling, experimental system identification, model verification and quantum control.

Efficient 3D shape matching and retrieval

This project attempts to develop efficient techniques for the representation and matching of 3D shapes.

Facial aging simulation and visualization

Facial Aging Progression Simulation

Fly4PET: Fly Algorithm in PET Reconstruction for Radiotherapy Treatment Planning

This project is focused on developing new software technologies for lung cancer treatment and it is based on accurate physical models implemented using high performance computing.

Geometry of Quantum Networks and Quantum Network Routing

A quantum network is a physical arrangement of spins in, say, a nano structure and the spins interact in a way specified by a coupling energy Hamiltonian.

Image manifolds as a way of representing the appearance of objects

Images of objects (such as a rotating teapot, views from a camera mounted on a robot, an actor illuminated from different positions on a hemisphere, etc.)

Research Institute of Visual Computing

RIVIC Research Visual Computing Projects