Our research focuses on the computational discovery and design of new organic materials for application in optoelectronic devices used in clean energy production and with low energy consumption (photovoltaic devices, OLEDs, OFETs), with efforts in the understanding and characterisation of fundamental photophysical processes occurring in such devices.
The Computer Architecture Laboratory (“Lab223” for short) focuses on the realization of the hardware/software systems that provide energy-efficient and performing solutions including: - High-performance acceleration ranging from Multicores, GPUs, FPGAs platform - Programming models for programmability and performance portability of parallel applications - Energy-saving solutions based on Highly-efficient Embedded Systems - Distributed platforms and Clusters of Heterogeneous Systems
Open Lab at IMT Lucca conducts a variety of activities such as interdisciplinary research, collaboration with external partners, use of cutting-edge resources and technologies, capacity building and knowledge sharing
Optimization, machine learning and game theory in the economic, industrial, environmental, medical fields
The invention resides in a low-cost technology to simulate the driving of a motorcycle for play or safety training purposes, ensuring the realism of a high-tech simulator and the complexity typical of video game platforms.
The invention consists of a method for the reconstruction of a CAD model with parametric and associative properties starting from: a scan of a real object, and from a CAD template of the object (parametric-associative) in order to simplify the reverse engineering processes.
The invention is a polarizing filter able to rotate autonomously thanks to a mechanical component that allows to acquire a sequence of frames with different polarization and send them to a processing system.
The invention consists of an exoskeleton with a variable fit thanks to a hand-robot coupling system similar to the strap of a watch with links. Furthermore, an elastic component allows to have joints actuated in series with rigid control of the position and yielding of the force
The invention is a platform, and the relative method, for the identification, classification and subsequent removal of manufacturing defects present on vehicle components.
The proposed system is able to directly exploits the screens of the participants' smartphones to generate a given choreography, and adapts to their movements during the event.
