GSC Sentinel-2 PDGS SRD - emits - ESA

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GSC Sentinel-2 PDGS SRD Issue 1 Revision 2 (draft) - 25.07.2010 GMES-GSEG-EOPG-RD-09-0028 page 144 of 204 5.15.4 RAMS REQUIREMENTS S2-PDGS-OLIB-090 The PDGS/OLIB function shall ensure nominal operations unattended for better than 95.0% of the time computed over one month time window and assuming a degradation of such figure for no more than one day. 5.15.5 DESIGN & DEVELOPMENT REQUIREMENTS S2-PDGS-OLIB-095 The PDGS/OLIB function shall be designed following a client/server paradigm in which: the client side supports the user HMI interactions (world navigation through TCIs streaming, TCIs download, filtering by time and location, etc); the server side interfaces with the PDGS relevant functions in support of the TCI downloads. S2-PDGS-OLIB-100 The PDGS/OLIB function client side shall interface with the DAG function to trigger the TCI download activities. S2-PDGS-OLIB-105 The PDGS/OLIB function server side shall interface with the DAX function to receive the TCI catalogue updates. 5.16 Mission Configuration Control (MCC) Requirements 5.16.1 FUNCTIONAL REQUIREMENTS S2-PDGS-MCC-005 The PDGS/MCC function shall centralise all mission configuration control activities of the PDGS, covering: the definition of configuration files applicable throughout the PDGS; the accurate configuration control of all key mission configuration data and operation reports hereafter referred to as MRF (Mission Reference Files); the conversion of all third-party generated MRFs into a common harmonised format for use throughout the PDGS; the coordinated release of new or updated MRFs throughout the PDGS and/or external interfaces; the maintenance along time of the mission configuration and configuration changes. ESA UNCLASSIFIED – For Official Use © ESA The copyright of this document is the property of ESA. It is supplied in confidence and shall not be reproduced, copied or communicated to any third party without written permission from ESA.
ESA UNCLASSIFIED – For Official Use GSC Sentinel-2 PDGS SRD Issue 1 Revision 2 (draft) - 25.07.2010 GMES-GSEG-EOPG-RD-09-0028 page 145 of 204 S2-PDGS-MCC-010 The PDGS/MCC function shall be able to keep and maintain under a controlled environment all MRFs into a central repository along the mission life-time. S2-PDGS-MCC-015 The PDGS/MCC function shall be able to generate MRF files using ergonomic file edition capabilities. S2-PDGS-MCC-020 The PDGS/MCC function shall be able to ingest autonomously and systematically all MRFs into the central repository. S2-PDGS-MCC-025 The PDGS/MCC function shall provide archive support for text and binary files. S2-PDGS-MCC-030 The PDGS/MCC function shall systematically extract and tag a reference mission time period to all ingested files corresponding to their applicability period along the mission timeline. S2-PDGS-MCC-035 The PDGS/MCC function shall systematically tag the time of every MRF file ingestion into the repository. S2-PDGS-MCC-040 The PDGS/MCC function shall be able manage the release of MRF updates to all PDGS internal and external interfaces (all CGSs, PACs, the FOS, CNES/CST, LGSs, etc) S2-PDGS-MCC-045 The PDGS/MCC function shall classify every type of MRF according to either of two release mechanism defined by configuration: Mission Reference - Coordinated release (MR-C) Mission Reference - Uncoordinated release (MR-U) The files configured for MR-C release shall require the operator intervention/approval prior to their release (synchronous release). The files configured MR-U release shall be released automatically without the operator intervention/approval (asynchronous release). S2-PDGS-MCC-050 The PDGS/MCC function shall be able to manage and release the MRFs to a configurable list of destination interfaces according to the MRF file type and associated satellite identifier when relevant. © ESA The copyright of this document is the property of ESA. It is supplied in confidence and shall not be reproduced, copied or communicated to any third party without written permission from ESA.
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Appendix B D O C U M E N T document
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