ESA S^3 and Overall Winner of the 2017 Copernicus Masters Competition
FSSCat is an innovative mission concept consisting of two federated 6U Cubesats carrying a dual microwave payload (a GNSS-Reflectometer and a L-band radiometer with RFI detection/mitigation), and am hyperspectral optical payload to measure soil moisture, ice extent, and ice thickness, and to detect melting ponds over ice. It also includes a radio/optical inter-satellite links test techniques for satellite federations. FSSCat can be the precursor of a constellation of federated small satellites for Earth observation achieving high temporal resolution and moderate spatial resolution in a cost-effective manner.
GRECO software for Radar Cross Section (RCS) computation
Home-developed commercial software for computation of complex targets RCS using Physical Optics, Ray Tracing and Physical Theory of Diffraction high-frequency techniques. Very fast computation compared with competing software
Benvinguts a TSC
El departament de Teoria del Senyal i Comunicacions (TSC) de la Universitat Politècnica de Catalunya (UPC) realitza recerca i docència en l'àmbit de la teoria, la tecnologia i l'enginyeria de les telecomunicacions i les seves aplicacions.
Actualitat UPC
Notícies
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Títol de la tesi: "Sound-to-Image Translation Through Direct Cross-Modal Learning: An Exploratory and Architectural Study"
Lectura Tesi Doctoral - LEONARDO AREIAS FANZERES -
Títol de la tesi: "Estimation of Crop Above Ground Biomass Density (AGBD) based on the Integration of Remote Sensing Data and Crop Growth Models"
Lectura Tesi Doctoral - JINGLONG LIU -
Títol de la tesi: "High-Resolution Drone-Based Repeat-pass SAR Interferometry for 3D displacement estimation"
Lectura Tesi Doctoral - GERARD RUIZ CARREGAL -
Títol de la tesi: "Resource Management in Sliced Converged Optical-Wireless 6G Networks: From Strategic Dimensioning to Dynamic Service Provisioning"
Lectura Tesi Doctoral - MOHAMMADREZA MOSAHEBFARD -
Títol de la tesi: "Deep Learning Driven Blocking Prediction in Elastic Optical Networks using Spatio-Temporal Hybrid Neural Network"
Lectura Tesi Doctoral - FARZANEH NOURMOHAMMADI -
Títol de la tesi: "AI-Driven Zero-Touch Orchestration of Edge-Cloud Services"
Lectura Tesi Doctoral - BEREND GORT JELMER DIRK -
Títol de la tesi: "AI-Driven Network Service Management for Efficient and Sustainable Open-RAN Systems in 6G and Beyond"
Lectura Tesi Doctoral - VAISHNAVI KASULURU
