| Project |
Work Order |
Technologies involved |
| Hardware/software system for drug-store equipment |
Hardware system design and software development, including graphic application |
PC104 platform, connected to smart-card unit and to board for analog signal acquisition, Linux Elinos kernel, GCC programming language and QT graphic libraries |
| Locator of materials stored in yards |
Study to localize semi-finished products stored in yards. |
RFId passive transponders and T+T Netcom TT700 palm readers (with GPS and GPRS) |
| RFId application for field asset management |
Implementation of comprehensive hardware/software solution for fast and reliable delivery / return of materials during in-field activities |
Transponder and IDC01 palm readers from IdNova, operative central unit software written in MSVC# with MSSQL Express |
| Fabrics tracing during manufacturing (preliminary study) |
Identification of marking system, resistant to high temperature, pressure, rubbing, dyeing |
Microtaggant |
| System study for GPS dead reckoning |
Design of a system suitable as GPS support for indoor and tunnel localization |
uP STM32, MEMS accelerometer |
| Network of devices for individual security |
Implementation of device for security personnel, able to issue alarm signal to a central unit. Mandatory request: devices must be able to communicate without any network infrastructure
|
Digi Digimesh™ modules controlled by Atmel MPU, central unit written in MSVC# with MSSQL Express |
| Industrial Guard: system for access control to industrial machineries |
Deny access and use of industrial machineries to unauthorized people; assign responsibility to operators |
Control system with 1-wire iButton keys, individually assigned, to authorize machinery use while recording switching-on date and time |
| Integration of a biomedical probe into embedded industrial system |
Protocol definition and interface development |
PC104, Windows XP Embedded, acquisition and transformation of sampled signals |
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