Progetti

SDR

Customer: Selex-Comnunications S.p.A.
Duration: May 2008 – May 2010

The Project

This activity is comprised within the context of a Project regarding the development of Software Defined Radio (SDR) platforms for specific vertical markets. These reprogrammable radio platforms enable the provision of telecommunication services for HF, VHF and UHF narrow and/or wide band, by using a single HW/SW platform on which SW (Waveform) programs, performing transceiver functionalities belonging to different communication standards and protocols, are run. The realization of this kind of radio equipments requires the development of special SW (Waveform) programs, built using standard methodologies (SCA Software Communications Architecture) with which software portability on different HW/SW platforms is guaranteed.

The objective of the project regards the study, the definition, the development and the testing of waveforms according to the SCA methodology for reprogrammable radio platforms in HF band, in line with the standards STANAG 4285 and MIL-STD-188-110.

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RadioLabs activities

Main developer of the following activities:

  1. HF Waveform Definition
    • Definition of SCA Waveform requisites
    • Design of the functional architecture for the SCA Waveform
  2. Waveform Implementation
    • Waveform components requirements definition
    • SCA archtecture and Waveform components design
    • Development and test of Waveform components
    • Waveform components integration
    • SCA waveform functional validation
  3. Support Waveform integration on the Platform

I-PoCARS

Customer: ESA Inizio: Novembre 2025, durata 12 mesi Il progetto I-PoCARS (Integrated PoC for real-time Automotive useR case with Step) si occupa della creazione di una soluzione avanzata per i sistemi di localizzazione che sfrutti sia la connettività 5G, sia

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 AS-ITc

Origine finanziamento: ESA (BASS, Artes4.0) – 4000146771/24/UK/ND Durata: Marzo 2025 – Novembre 2026 L’obiettivo del progetto AS-ITc (Advanced System IoT by Construction) è quello di sviluppare una piattaforma digitale avanzata per la gestione dei cantieri, integrando tecnologie satellitari, sensori IoT, robotica, reti 5G/4G

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HE-ESA-024 EGNOS system studies for railways

Customer: ESA Inizio: Febbraio 2025 – Durata 18 mesi Gli obiettivi dello studio finanziato da ESA sono: · supportare l’ESA nella definizione dei futuri servizi EGNOS per il settore ferroviario; · definire le evoluzioni del sistema EGNOS necessarie a supportare

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