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PAF Workshop 2019

16-18 September 2019
Hotel Collegium Leoninum
Europe/Berlin timezone
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Author List

Displaying 111 authors out of 111
BARBRI, Hicham (Fraunhofer Institute for High Frequency Physics and Radar Techniques)
Studies towards a cryo-cooled Phased Array Radar System for Space Surveillance
A cryogenic phased array receiver for the Parkes radiotelescope
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
BARR, Ewan (MPIfR)
PAF developments at MPIfR
Development of a next generation digital front-end for ALMA and outlook for submm PAFs
BEN BEKHTI, Nadya (Fraunhofer Institute for High Frequency Physics and Radar Techniques)
Studies towards a cryo-cooled Phased Array Radar System for Space Surveillance
BIANCHI, Germano (INAF-Institute of Radio Astronomy)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
BOURNE, Michael (CSIRO Astronomy & Space Science)
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
Superconducting filters, not only for cryogenic phased array feeds
BUNTON, John (CSIRO Astronomy & Space Science)
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
CAO, Yang (National Astronomical Observatories, Chinese Academy of Sciences)
Prediction of PAF performance through a simplified model
A cryogenic phased array receiver for the Parkes radiotelescope
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
A cryogenic phased array receiver for the Parkes radiotelescope
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
CATTANI, Alessandro (INAF-Institute of Radio Astronomy)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
CHAI, Xiaoming (National Astronomical Observatories, Chinese Academy of Sciences)
Prediction of PAF performance through a simplified model
CHIELLO, Riccardo (Oxford University)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
CHIPPENDALE, Aaron (CSIRO Astronomy & Space Science)
Calibrating ASKAP’s Phased Array Feeds with External Noise Sources
Deploying ASKAP’s Phased Array Feeds: Lessons from the Field
A cryogenic phased array receiver for the Parkes radiotelescope
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
COMORETTO, Gianni (INAF-Arcetri Astrophysical Observatory)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
CONCU, Raimondo (INAF-Astronomical Observatory of Cagliari)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
D'CRUZE, Michael (The University of Manchester)
Pharos 2 - Upgraded C-band PAF
A cryogenic phased array receiver for the Parkes radiotelescope
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
A cryogenic phased array receiver for the Parkes radiotelescope
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
ELSAKKA, Amr (Eindhoven University of Technology)
Wide Scan-Range PAF TELESCOPE FOR Massive-MIMO 5G Base-Stations
FROEHLICH, Andreas (Fraunhofer Institute for High Frequency Physics and Radar Techniques)
Studies towards a cryo-cooled Phased Array Radar System for Space Surveillance
FULLER, Gary (University of Manchester)
Low Noise Amplifier Development at the University of Manchester
GEORGE, Danielle (University of Manchester)
Low Noise Amplifier Development at the University of Manchester
GRAINGE, Keith (University of Manchester)
Front End Technologies for an S-Band Phased Array Feed
Pharos 2 - Upgraded C-band PAF
GRENZ, Oliver (Fraunhofer Institute for High Frequency Physics and Radar Techniques)
Studies towards a cryo-cooled Phased Array Radar System for Space Surveillance
Beamforming Basics
A cryogenic phased array receiver for the Parkes radiotelescope
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
Attempts to simulate the mutual coupling matrices of a small PAF
PAF developments at MPIfR
Beam-forming and RFI mitigation
IUPIKOV, Oleg (Ericsson AB, Gothenburg, Sweden)
Wide Scan-Range PAF TELESCOPE FOR Massive-MIMO 5G Base-Stations
IVASHINA, Marianna (Chalmers University, Gothenburg, Sweden)
Wide Scan-Range PAF TELESCOPE FOR Massive-MIMO 5G Base-Stations
JARUFE, Claudio (University of Manchester)
Low Noise Amplifier Development at the University of Manchester
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
JIN, Chengjin (National Astronomical Observatories, Chinese Academy of Sciences)
Prediction of PAF performance through a simplified model
JOHANNSEN, Ulf (Eindhoven University of Technology, Eindhoven, The Netherlands)
Wide Scan-Range PAF TELESCOPE FOR Massive-MIMO 5G Base-Stations
JOHANSSON, Martin (Ericsson AB, Gothenburg, Sweden)
Wide Scan-Range PAF TELESCOPE FOR Massive-MIMO 5G Base-Stations
A cryogenic phased array receiver for the Parkes radiotelescope
Introduction of Korea Radio Astronomy facilities
PAF developments at MPIfR
KEITH, Michael (University of Manchester)
Front End Technologies for an S-Band Phased Array Feed
Pharos 2 - Upgraded C-band PAF
KRISHNAN, Hariharan (National Centre for Radio Astrophysics (NCRA-TIFR))
Real-time GPU-based Digial Back-end for PAFs
KÖNIG, Felix (Fraunhofer Institute for High Frequency Physics and Radar Techniques)
Studies towards a cryo-cooled Phased Array Radar System for Space Surveillance
LADU, Adelaide (INAF-Astronomical Observatory of Cagliari)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
LIU, Bin (National Astronomical Observatories, Chinese Academy of Sciences)
Prediction of PAF performance through a simplified model
SNAP2 & GPU Design for wideband and multichannel Backend
MACCAFERRI, Andrea (INAF-Institute of Radio Astronomy)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
MACKAY, Simon (CSIRO Astronomy & Space Science)
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
MAGRO, Alessio (University of Malta)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
MARONGIU, Pasqualino (INAF-Astronomical Observatory of Cagliari)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
MATTANA, Andrea (INAF-Institute of Radio Astronomy)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
MCCULLOCH, Mark (The University of Manchester)
Front End Technologies for an S-Band Phased Array Feed
Pharos 2 - Upgraded C-band PAF
MCGENN, William (University of Manchester)
Low Noise Amplifier Development at the University of Manchester
Prospects for the SKA Observatory Development Programme
MELHUISH, Simon (University of Manchester)
Front End Technologies for an S-Band Phased Array Feed
Pharos 2 - Upgraded C-band PAF
MELIS, Andrea (INAF-Astronomical Observatory of Cagliari)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
MONARI, Jader (INAF-Institute of Radio Astronomy)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
MORSIANI, Marco (INAF-Institute of Radio Astronomy)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
NALDI, Giovanni (INAF-Institute of Radio Astronomy)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
NAUMANN, Lukas (Fraunhofer Institute for High Frequency Physics and Radar Techniques)
Studies towards a cryo-cooled Phased Array Radar System for Space Surveillance
NAVARRINI, Alessandro (INAF-Astronomical Observatory of Cagliari)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
NESTI, Renzo (INAF-Arcetri Astrophysical Observatory)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
NOROOZIARAB, Majid (1Max Planck Institute for Radio astronomy)
PAF-systems: an application for 3D printing?
ORTU, Pierluigi (INAF-Astronomical Observatory of Cagliari)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
Attempts to simulate the mutual coupling matrices of a small PAF
PENG, Bo (National Astronomical Observatories, Chinese Academy of Sciences)
Prediction of PAF performance through a simplified model
PERINI, Federico (INAF-Institute of Radio Astronomy)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
PISANU, Tonino (INAF-Astronomical Observatory of Cagliari)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
POLONI, Marco (INAF-Institute of Radio Astronomy)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
PRICHER, Michael (Fraunhofer Institute for High Frequency Physics and Radar Techniques)
Studies towards a cryo-cooled Phased Array Radar System for Space Surveillance
PUPILLO, Giuseppe (INAF-Institute of Radio Astronomy)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
PUTSELYK, Sergiy (Fraunhofer Institute for High Frequency Physics and Radar Techniques)
Studies towards a cryo-cooled Phased Array Radar System for Space Surveillance
RAHLF, Florian (Fraunhofer Institute for High Frequency Physics and Radar Techniques)
Studies towards a cryo-cooled Phased Array Radar System for Space Surveillance
A cryogenic phased array receiver for the Parkes radiotelescope
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
A Digitisation and Data Transmission module for a full size Cryo-PAF on the Parkes Telescope.
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
A cryogenic phased array receiver for the Parkes radiotelescope
RODA, Juri (INAF-Institute of Radio Astronomy)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
ROSHI, Anish (Arecibo Observatory)
A room temperature Phased Array Feed for Arecibo telescope
A cryogenic phased array receiver for the Parkes radiotelescope
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
Solar power mirror arrays for radio astronomy
RUSTICELLI, Simone (INAF-Institute of Radio Astronomy)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
SABA, Andrea (ASI (Italian Space Agency))
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
SCALAMBRA, Alessandro (INAF-Institute of Radio Astronomy)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
SCHIAFFINO, Marco (INAF-Institute of Radio Astronomy)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
SCHILLIRÒ, Francesco (INAF-Astronomical Observatory of Catania)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
SCHIRRU, Luca (INAF-Astronomical Observatory of Cagliari)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
SCHNEIDER, Moritz (Fraunhofer Institute for High Frequency Physics and Radar Techniques)
Studies towards a cryo-cooled Phased Array Radar System for Space Surveillance
PAF developments at MPIfR
LNAs developments for cryoPAFs
Low Noise Amplifiers technology at the MPIfR
A cryogenic phased array receiver for the Parkes radiotelescope
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
A cryogenic phased array receiver for the Parkes radiotelescope
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
SHI, Jun (Caltech)
Advanced Low Noise Ambient-Temperature Amplifiers
SMART, Ken (CSIRO Astronomy & Space Science)
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
SMOLDERS, Bart (Eindhoven University of Technology, Eindhoven, The Netherlands)
Wide Scan-Range PAF TELESCOPE FOR Massive-MIMO 5G Base-Stations
Scientific use cases for a phased array feed
Prospects for the SKA Observatory Development Programme
TIESING, Marco (Fraunhofer Institute for High Frequency Physics and Radar Techniques)
Studies towards a cryo-cooled Phased Array Radar System for Space Surveillance
TUTHILL, John (CSIRO Astronomy & Space Science)
Cryogenic PAF Receiver Design for the Parkes Telescope Australia
Superconducting filters, not only for cryogenic phased array feeds
LNAs developments for cryoPAFs
Low Noise Amplifiers technology at the MPIfR
URRU, Enrico (INAF-Astronomical Observatory of Cagliari)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
The operational challenges of APERTIF, a 40-beam phased-array feed interferometer.
WANG, Jun (National Astronomical Observatories, Chinese Academy of Sciences)
Prediction of PAF performance through a simplified model
WARNICK, Karl (Brigham Young University)
Update on ALPACA and FLAG
Advanced Low Noise Ambient-Temperature Amplifiers
WHITE, Daniel (University of Manchester)
Low Noise Amplifier Development at the University of Manchester
Welcome
PAF developments at MPIfR
Closing remarks (Monday)
WIRTHS, Thomas (Fraunhofer Institute for High Frequency Physics)
Studies towards a cryo-cooled Phased Array Radar System for Space Surveillance
Solar power mirror arrays for radio astronomy
YU, Shenghua (National Astronomical Observatories, Chinese Academy of Sciences)
Prediction of PAF performance through a simplified model
ZARB ADAMI, Kris (Oxford University)
Digital beamforming with PHAROS2 PAF: updates on warm receiver section, digital backend and beampattern characterization n
ZHU, Yan (National Astronomical Observatories, Chinese Academy of Sciences)
Prediction of PAF performance through a simplified model