Juan Reig Pascual – ITEAM

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ITEAM UPV

Prueba con éxito en el proyecto iNGENIOUS IoT

Autonomous Vehicles Driven by Photons

5G network will permit the circulation of AGVs in Almussafes

José Capmany, awarded with the Physics, Innovation and Technology Award 2022

In Memory of ANA MARÍA RODRÍGUEZ PÉREZ

EL GRUPO DE APLICACIONES DE LAS MICRONDAS (GAM) Y EL ANTENNAS & PROPAGATION LAB (APL) DEL ITEAM COORDINAN EL PROYECTO CAFTAM PARA EL DESARROLLO DE NOVEDOSOS DISPOSITIVOS PARA COMUNICACIONES INALÁMBRICAS MEDIANTE FABRICACIÓN ADITIVA

Live electronics and interactive video creation with the participation of Soundcool

First experimental demonstration of dispersion-diversity multicore fiber optical beamforming

Profile

Juan Reig Pascual


Position	FACULTY & VISITING PROFESSOR - Professor
Email	jreigp@dcom.upv.es
Groups	Antennas and Propagation Lab (APL)
Research Works	Research Works 2017 Experimental frequency dispersion study of the vehicular-to-vehicular propagation channel On the applicability of ray-tracing propagation models to V2V-intersection environments Small-Scale Fading Analysis of the Vehicular-to-Vehicular Channel inside Tunnels 2016 Análysis of small-scale fading distributions in vehicle-to-vehicle communications Investigation of the paht loss propagation for V2V communications in the opposite direction 2015 Análisis del desvanecimiento a corto plazo en comunicaciones vehiculares Path Loss Characterization Vehicular-to-Infrastructure Communications at 700 MHz and 5.9 GHz in Urban Environments 2014 Fading Evaluation in the 60GHz Band in Line-of-Sight Conditions On the Bivariate Nakagami-Lognormal Distribution and Its Correlation Properties Path loss characterization for vehicular communications at 700 MHz and 5.9 GHz under LOS and NLOS conditions Caracterización de las pérdidas de propagación a 700 MHz y 5.9 GHz para comunicaciones vehiculares Path loss characterization in vehicular environments under LOS and NLOS conditions at 5.9 GHz 2013 Caracterización de las pérdidas de propagación bajo condiciones LOS y NLOS a 700 MHz y 5.9 GHz Path loss modeling for vehicular system performance and communications protocols evaluation Caracterización de las pérdidas de propagación en el canal radio V2V para un escenario suburbano Estimation of the composite fast fading and shadowing distribution using the log-moments in wireless communications Experimental UWB propagation channel path loss and time-dispersion characterization in a laboratory environment 2012 Caracterización experimental en banda estrecha del canal radio vehicular-to-vehicular (V2V) a 5.9 GHz OFDM in the 60 GHz band: fading characterization and performance evaluation A survey of channel measurement techniques and narrowband channel parameters for vehicular communications Vehicular-to-vehicular channel characterization and measurement results 2011 On Simple Estimators of the alpha-mu Fading Distribution Propagation aspects in vehicular networks - Vehicular Tecnologies: Infreasing Connectivity 2001 Adaptive MLSE space-diversity recepcion technique in mobile radio channels 2000 MLSE equalizer in time-dispersive channels based on an adaptive channel estimator

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NEWFOCUS

25 February, 2023 By Pau Arce Vila
February 11th

11 February, 2023 By Pau Arce Vila
Prueba con éxito en el proyecto iNGENIOUS IoT

13 January, 2023 By Pau Arce Vila
Autonomous Vehicles Driven by Photons

27 December, 2022 By David Martínez Jímenez
5G network will permit the circulation of AGVs in Almussafes

22 December, 2022 By Alicia María Abad García

PRL researchers develop optical sensors embedded in mattresses to detect sleep apnea

18 April, 2018 By Ivana Gasulla Mestre
New antenna for SOTM applications successfully developed.

21 December, 2016 By a3p
Daniel Pérez receives the COIT best Spanish PhD thesis award

6 June, 2018 By Ivana Gasulla Mestre
Ivana Gasulla has been granted a Consolidator Grant from the European Research Council

4 January, 2017 By a3p
Inventing the future of photonic integration

27 January, 2020 By Ivana Gasulla Mestre

The Ministry of Science and Innovation grants to ITEAM the project “Optimum Planning of LTE Frequencies”

22 April, 2010 By a3p
CALSENS in the newspaper El Mundo

8 October, 2013 By a3p
PhD grants at the Centre for Telecommunications Studies (CETUC) of Rio de Janeiro

24 October, 2013 By a3p
The MCG works on the EU initiative METIS, which paves the way for the mobile and wireless communications system for 2020 & beyond

25 October, 2013 By a3p
Scientists at the Optical and the Quantum Communications Group (iTEAM-Universitat Politècnica de València) have collaborated on satellite OPTOS

7 December, 2013 By a3p

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