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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La UPC convoca les eleccions per a la renovació total del Claustre Universitari, que tindran lloc del 27 al 30 d’abril, a través d'urna electrònica.
Eleccions al Claustre Universitari de la UPC -
Títol de la tesi: "Reinforcement Learning-Based Energy Efficient Network Orchestration, Slicing, and Resource Management for 6G Intelligent Networks"
Lectura Tesi Doctoral - NAVIDEH GHAFOURI JESHVAGHANI -
Títol de la tesi: "On Quantum Supervised Learning and Learning Techniques for Quantum Error Mitigation"
Lectura Tesi Doctoral - JORDI PÉREZ GUIJARRO -
La nova directora del Departament ha pres possessió del càrrec dimecres 14 de gener.
Montse Pardàs, elegida nova directora del Departament -
Títol de la tesi: "Characterization of cirrus clouds and dust aerosols with remote sensing: application of radiative transfer models for the study of their radiative effects"
Lectura Tesi Doctoral - CRISTINA GIL DÍAZ -
Títol de la tesi: "Explainable Artificial Intelligence Applied to Geoscience and Remote Sensing: Development and Application to Wild Fire Forecasting Related to Climate Change"
Lectura Tesi Doctoral - AMIR MUSTOFA IRAWAN -
Títol de la tesi: "UAV SAR Interferometry: ARBRES-X Data"
Lectura Tesi Doctoral - TIEYAN YI
