Industrial Experiments

EuroCPS major objective is to initiate new business and innovation opportunities between SMEs and new entrants with major CPS-platform providers and competence centers to exploit the new emerging market of the Internet of Things (IoT).

EuroCPS funds Industrial Experiments for developing innovative CPS products that will increase the competitiveness of European innovator entities. The targeted products shall be designed, constructed and built on the EuroCPS Platforms provided by AVL, IFAT, Intel, SEI, ST-F, ST-I and Thales. The planned work shall be in collaboration with at least one of the EuroCPS Competences centers for design support located across the European region at AVL, BME, DIGICAT, HTNL, CEA, FhG, FPG, LTU, UNIBO and Thales. Each Industrial Experiment shall not exceed 18 months of duration.

EuroCPS selects Industrial Experiments by means of three open calls organized during the first period of the project. The objective is to select and thus funds more than 30 Industrial Experiments all over Europe focusing at least on one of the following areas:

• Software intensive projects whose expected outcomes are software prototype demonstrators running on a EuroCPS platform.
• System integration projects whose expected outcomes are integrated system component (SW, HW) prototypes.
• CPS with innovative components (SW, HW) projects whose expected outcomes are system architecture prototype of the CPS products demonstrated by simulation or emulation.

Today 34 Industrial Experiments have been selected for grants. The nine experiments selected in the first open call (April 2015) have already started. The fifteen experiments selected in the second call (October 2015) will start during Spring 2016.

IBT3, Innovation Branding Through Trusted IoT	Mb/s Green-OFDM IoT	DATVS, Development and Automatic Test and Verification System	GUDA, Multifunctional graphical universal data display	LTIS, Localization and Tracking with Inertial Sensors for agri-food applications
MCS-MX, Mixed Critical Avionics on Multicore Xtratum Hypervisor	SmartLAB, Sample Management with RFID Tags for Laboratories	SmartSSL	WEETSY2, Wearable Eye Tracking System V2	IMICRASAR, Isolated mixed criticality avionics system architecture
AGRISENSE	NeuroCPS	GOSPEL, GC optimized for NEMS sensors electronics platform	uLPGP5, Ultra low power geolocation for IoT	CARDIO
ECESS, EtherCAT connected energy storage system	D3DSM, Drone 3D scanner for underground mines	3DGxGlove, My 3DGx Glove	PPSF, Plug&Play Smart Factory	MACH65, advanced development platform based on multicore architecture for automotive experimental activites
CNODE	CHARGER GUARD	WOA, Wearable Object Avoidance	SolarSensNet, distributed solar irradiation monitoring for energy consumption optimization in large buildings using innovative smart sensors	ISCAD Charger, development of a smart 11kW AC/DC converter for electric vehicles with high performance extra-low voltage drives
NoFist, novel fine grain space and time partitioning for a mixed criticality platform	SelfCommNet, Self-organized Communication Network for Harsh Environments	IN-VITRO, Internet Vision Tweaks Reverse Osmosis	HYPERvisor cyber-physical system for Sensor Data Fusion and complex algorithms development on innovative automated vehicles	AQUAMONTRIX, Smart deployable water pollution analysers
SmartFlush, Development of connected Legionella Flushing Device and Related Data service	Track and Trace LinQ (TT-LinQ)