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The main objective for RINGS (Radio Interferometry Next Generation Software) is to deliver advanced calibration algorithms for the next generation of radio astronomy facilities, characterized by a high sensitivity, a high bandwidth and long baselines (RINGS Description).
The RINGS parter: MPG, ASTRON, JIV-ERIC, UMAN, OSO, DIAS
The RINGS tasks:
This activity is lead by ASTRON - Leader G. Kruithof.
The following deliverables are scheduled for WP7:
No | Del. Title | Lead beneficairy | Type | Dissem. level | Due date | Subm. date | Document |
---|---|---|---|---|---|---|---|
D7.1 | Report State of the Art and Common Framework for Development | ASTRON | RE | Public | 30.6.2017 | ||
D7.2 | Report on the strategies to combine results of first phase of tasks 7.2-7.5 | ASTRON | RE | Public | 31.12.2018 | ||
D7.3 | Final implementation of algorithms for polarimetry conversion | OSO | OTH | Public | 30.06.2019 | ||
D7.4 | Final implementation of algorithms for multiband and wideband fringe fitting | JIV-ERIC | OTH | Public | 30.06.2019 | ||
D7.5 | Final Implementation of algorithms for fringe fitting with dispersive delays | UMAN | OTH | Public | 30.06.2019 | ||
D7.6 | Final implementation of advanced calibration algorithms | OSO | OTH | Public | 30.06.2019 | ||
D7.7 | Verification of RINGS software on BRAND dataset | MPG | OTH | Public | 31.12.2019 | ||
D7.8 | RINGS Final Report | ASTRON | RE | Public | 30.06.2020 |