Offices
TECNOPOLO DI PARMA - Campus Universitario di Parma, Parco Area delle Scienze - Parma (PR)
Organization
Università di Parma
Director
Eleonora Bottani
ART-ER Contact Person
Daniele Sangiorgi
Email
daniele.sangiorgi@art-er.it
Future Technology (FT) Lab è un competence centre nell’ambito delle tecnologie abilitanti dell’industria 4.0, quali Augmented Reality, Radiofrequency & Identification, IOT, Cyber Physical Systems, Big Data & Analytics, Simulation, Horizontal/ Vertical Integration.
Il centro lavora su applicazioni in diversi settori industriali, in particolare nel largo consumo, tessile e abbigliamento, mobilità e logistica urbana intelligente.
UO1
Augmented Reality
UO2
Simulation and Cyber Physical Systems
UO3
Horizontal Vertical Integration
UO4
Industrial Internet of Things
UO5
Big data and analytics
UO6
Tecnologie per la salute e il benessere
UO7
Tecnologie e analisi per la sostenibilità
Microelettronica; impiantistica; largo consumo; fashion; industrie culturali; ICT; automotive; didattica e formazione
Design and development of new products / processes
Manufactur processes
- Unconventional welding processes (laser, plasma, ultrasound, electron beam, etc.)
- Non-conventional machining processes (laser, plasma, waterjet, chemical and electrochemical , ultrasonic, electrical discharge, etc.)
- Microprocessing (micro-milling, -drilling, -laser, -waterjet, etc.)
- Additive manufacturing processes (3D printing, SLA rapid prototyping, etc.)
- Production planning (cell and processing lines configuration, scheduling, reconfigurability, adaptivity, lean production, etc.)
- Processes of recovery and recycling of materials / products
- Reliability and quality of the finished product / process
Modeling of physical systems and simulation
- Discrete events mathematical modeling of systems and processes - Roberto Montanari
- Non-parametric modeling (neural networks, etc.) - Eleonora Bottani
- Simulation for discrete events models - Roberto Montanari
Machinery and plants
- Plant layout optimization - Roberto Montanari
- Optimization of logistical flows, interoperational buffer and stoking areas, managing policy of the logistic productive system - Eleonora Bottani
- Monitoring and predictive meintenance based on acoustic and vibration sensors, thermography, olography, ultrasound
Innovation and optimization of process/product
- Production flow chart, raw material HACCP and QFD, formulation, packaging and conservation conditions - Giuseppe Vignali
- Input-output correlations to assess operational parameters
- On-line product control feasibility for process optimization - Giovanni Romagnoli
- Product processing design: algorithms for automatic predictive control
- Statistical control of the process - Andrea Volpi
- Improvement of process efficiency for saving direct and indirect costs - Eleonora Bottani
Packaging
- Consultation for techniques of Design of experiments (DoE) - Giuseppe Vignali
Electronics devices and Component
- Digital Integrated circuits
- Radio frequency and microwave electronics
- Mixed signal electronic systems - Paolo Ciampolini
- Testing and functional characterization of devices and systems - Paolo Cova
- Hardware System integration - Paolo Cova
- Sensors - Ilaria De Munari
- Optoelectronic and LED components
- Antennas and propagation
- Power devices (power supply, inverter, driver) - Paolo Cova
- Device reliability - Paolo Cova
Green IT
- Solar cells and wind energy - Paolo Cova
Embedded systems
- Hardware Design Flow
- DSPs and Embedded Processors - Ilaria De Munari
- Programmable Devices (FPGA, GA, CPLD) - Ilaria De Munari
- Sensor-based systems
- Systems on Chips (SoC and ASIC)
- Sensor networks and WSN - Ilaria De Munari
Internet of things and CyberPhysical Systems
- Wearable Devices - Ilaria De Munari
Unmanned Technologies
- Unmanned Vehicles - Massimo Bertozzi
- Unmanned Aerial Vehicle (UAV, Drones) - Massimo Bertozzi
- Consumer Unmanned technologies - Massimo Bertozzi
- Robot and high level android Management
- Autonomous guidance and obstacle detection - Massimo Bertozzi
- Vehicle, motion and hybrid systems control
Communication and Network systems
- Wireless and mobile networking - Gianluigi Ferrari
- Optical networks and systems - Gianluigi Ferrari
High Performance Computing
- GPU computing - Michele Amoretti
Security and privacy
Computer Vision and Visual Computing
- Innovative and advanced vision sensors - Massimo Bertozzi
- Industrial and machine vision - Andrea Prati
- Image and video analysis - Andrea Prati
- Pattern recognition and clustering - Andrea Prati
- 3D vision - Andrea Prati
- Augmented / Virtual Reality
- Computer graphics
- Big Visual Data - Andrea Prati
Multimedia and human-computer interaction
- Human-computer interaction modeling
- Brain-computer interfaces - Ilaria De Munari
- User experience and usability
- HCI for assistive technologies - Ilaria De Munari
Artificial Intelligence and optimization
Information and Semantic systems, Knowledge management
Equipment
Description
Test per sistemi ADAS e relative HMI
Sistemi di prevenzione in ambito automotive
Veicolo Audi A4 berlina 2013 TFSI, 211cavalli equipaggiato con sistema di percezione (3 laserscanner IBEO Lux, 1 laserscanner IBEO Lux 8L, 28 camere IDS UI-5242LE (GigE uEye LE 1280 x 1024, 50 fps), I...
Trasportatore per movimentazione di confezioni
Trasportatore per palette
Scaffalatura DRIVE-IN
Avvolgitore per palette
Portali RFID
Sensori per la gestione intelligente della irrigazione, acquistati all'inetrno del progetto "Smallders"
Sistema hardware e software per allestimento di una sala di realtà virtuale che presenta le seguenti caratteristiche:
Sistema proiettivo in retroproiezione: Proiettore DLP laser 3D stereoscopico...
Title
S3 Specialisation Area
Publish date