Sort by
Refine Your Search
-
Listed
-
Category
-
Program
-
Field
-
and dissemination of scientific research, innovation and entrepreneurship activities at the Telecommunications Institute. This is supported by the European Union / Next Generation EU, through Programa
-
(WSN) will be designed and deployed capable of collecting, preprocessing and transmitting all the relevant measurement data. Connectivity with the Internet will be guaranteed, to enable both remote
-
project of a higher education institution and are developed in association or cooperation with one or several R&D units. Candidates must have previous experience on the design of lens antennas and MsC in
-
Work Code, in view of the execution of the following tasks: Design, implementation, validation and integration of Software Defined Radio transceivers for satellite-based IoT communications Applicable
-
, simultaneously: - Experience in analog processing/predistortion based on analog electronic circuits; - Knowledge on design of RF electronic circuits; - Experience in design, simulation and implementation of analog
-
develop a design methodology for a wireless battery charging system in electric traction vehicles. To this end, an analysis of electrical and magnetic circuits must be carried out for the double coupling
-
requirements 2. Design, installation and operation of components (RSUs, OBUs, backhauling network, sensors, data aggregation platforms, autonomous vehicle, etc.) for the large-scale demonstrator. 3. Preparation
-
). Scientific Area: Optical Communications Group: Optical Quantum Communications – Av Work Objectives: Contribute to design and the implementation of software solutions for a key management layer of a quantum key
-
Communications – Av Work Objectives: Contribute to the study and design of a polarization based-discrete-variable quantum key distribution system with conjugate homodyne detection and passive basis selection
-
the EU - H2020 program (EDIDP). Scientific Area: Optical Communications Group: Optical Quantum Communications – Av Work Objectives: Participate on the study and design of device independent quantum random