Transcript Slide 1
GOES-R Ground Segment Project Robin Pfister Deputy Project Manager, GOES-R Ground Segment 6th GOES Users’ Conference Madison, Wisconsin Tuesday, November 3, 2009 GOES-R Series Operations Concept GOES-R Series Program Concept of Operations (CONOP) drove high-level requirements development – Maintain continuity with current GOES Series operations • Raw data receipt, processing to L1b, command and control at Wallops Command and Data Acquisition Station (WCDAS) • Mission operations, product processing and distribution at NOAA Satellite Operations Facility (NSOF) – Provide L1b data to hemispheric users and NSOF via GOES Rebroadcast (GRB) – Provide low-latency products to key National Weather Service (NWS) users via direct connection to Advanced Weather Information Processing System (AWIPS) – Provide access to all GOES-R Series products via GOES-R Access Subsystem (GAS) – Support Unique Payload Services (UPS) • High-Rate Information Transmission/Emergency Managers Weather Information Network (HRIT/EMWIN) • Data Collection System (DCS) • Search and Rescue (SARSAT) – Support continuity of operations via Remote backup (RBU) site Operational scenarios will be defined by Core Ground Segment (GS) contractor Operational details will be refined during Mission Operations Support Team (MOST) and Data Operations Support Team (DOST) testing GOES Users' Conference - November 3, 2009 2 Notional Functional Overview GRB: Re-broadcast for users GRB AWIPS: Direct feed to NWS GAS: Terrestrial distribution CLASS: Long-term archive RBU DCS: Bent-pipe service NSOF WCDAS Core Ground Segment HRIT/EMWIN: Bent-pipe service Functions Core Ground Segment Functions Core Ground Segment Functions GAS (OSD) Product Users GOES-N/P (OSD) AWIPS (NWS) CLASS (OSD) GOES Users' Conference - November 3, 2009 3 Functional Element Overview Element Function Satellite mission operations (telemetry and command), mission Mission Management scheduling, mission state-of-health trending, satellite orbital (MM) analysis, and processing raw data to Level 0. Processing of Level 0 data to Level 1b (including calibration, and Product Generation navigation & registration) and creation of GRB, creation of Emulated (PG) GOES Variable (eGVAR) data, and creation of higher level data products (Level 2/2+) including operational formatted products. Distribution of GRB, distribution of Key Performance Parameters Product Distribution (KPP) to AWIPS, distribution and access to data and formatted (PD) products via GAS, and distribution of data and formatted products to the Comprehensive Large Array-data Stewardship System (CLASS). Situational awareness of all functions of the GS by monitoring and Enterprise reporting the configuration of the security, networks, Management (EM) communications, and operational systems. Also includes telecommunications, facilities, and software infrastructure. GOES Users' Conference - November 3, 2009 4 Government Roles and Responsibilities Ground Segment Project Office Leads, coordinates, performs Ground Segment validation, system engineering, proving ground activities, and Global Earth Observation System of Systems (GEOSS). Office of Systems Development (OSD) GAS - 7-day Storage/Access Point Ancillary Data Relay System (ADRS) – affiliated data relay “broker” Domain-5 – HRIT/EMWIN modulation/encoding CLASS - archive system Facilities upgrades/accommodations Office of Satellite Operations (OSO) Terrestrial telecommunications eGVAR interface Algorithm Working Group (AWG) Algorithm development, verification, and delivery. Level 2+ Algorithm packages, including proxy data input and simulated output Level 2+ product validation and validation tool set Level 1b cal/val (operational) Center for Satellite Applications and Research (STAR) Level 2+ Algorithm Theoretical Basis Document (ATBD) verification prior to delivery to GSP GOES Users' Conference - November 3, 2009 5 Contractor Roles and Responsibilities Spacecraft Contractor Instrument Vendors (Flight via Program Systems Engineering (PSE)) Core Ground Segment Contractor Telemetry and Control (T&C) Database, Spacecraft Command and Telemetry Simulator, and Satellite Simulator Level 1b Algorithm package Level 1b Algorithm packages Level 1b cal/val (through initial operations) Implements Enterprise Management, Mission Management, Product Generation, and Product Distribution core functional elements, as well as systems engineering, integration and test (SEIT) support for the entire Ground Segment Antenna System Contractor Antennas/RF: uplink/downlink, UPS relay, signal monitoring Environmental Satellite Processing and Distribution System (ESPDS) Contractor Develops and implements: GAS, ADRS, Domain 5 upgrades, and DCS upgrades GOES Users' Conference - November 3, 2009 6 Core GS Contract Development of Core GS – – – – – Enterprise Management Mission Management Product Generation Product Distribution Internal (i.e., intra-site) networks and telecommunications Total GS integration and checkout – Integration of affiliated GS developments, including GAS and antennas – Interfaces to external systems, including CLASS and ADRS Transition to NOAA Operations DOES NOT include life-cycle operations and maintenance (i.e., FY19-FY29) Core Contract Options – Option 1: Improved Latency and Refresh Rates – Option 2: Additional Level 2+ Products GOES Users' Conference - November 3, 2009 7 Core GS Contractor: Harris Corporation Harris Corporation, Government Communications Systems Division (GCSD), Melbourne, FL was selected as the core (prime) GS contractor on May 27, 2009 10-year cost plus award fee contract Subcontractors – – – – – – – Harris IT Services (HITS) Boeing Mission Operations Honeywell Technology Solutions Inc. Atmospheric and Environmental Research Inc. Carr Astronautics Wyle Information Systems LLC Applied Research and Engineering Sciences (ARES) GOES Users' Conference - November 3, 2009 8 Core GS Contract Execution Status The GSP and Harris have established: – Representation on each other’s Integrated Product Teams (IPT) – Bi-weekly executive review (GSP senior staff and Harris project management) – Bi-weekly Integrated Development Team (IDT) tag-ups for core functional elements – Working-level technical meetings The GSP and Harris have conducted: – Post-Award Conference (PAC) – System Requirements Review (SRR) Integrated Baseline Review (IBR) is planned for November 11-20 GOES Users' Conference - November 3, 2009 9 Affiliated Development Status CLASS archive and access – Requirements development in progress – Existing CLASS contractor Antenna System – RFP released, and proposals have been received (22 October 2009) ESPDS (impending procurement – December 2009) – – – – GAS ADRS HRIT/EMWIN “Domain-5” DCS Telecommunication services (future procurement - circa 2012) GOES Users' Conference - November 3, 2009 10 Project Schedule Schedules are notional until Integrated Baseline Reviews FY09 FY10 FY11 FY12 FY13 Release MM Prototype Release 1 FY14 FY15 Ground Segment Core Functions (MM, PG, PD, EM) CA SRRIBR CLASS Upgrades (OSD-CLASS) PDR CDR Release MM GRD Release 2 Requirements Complete Equipment Installed Facilities (OSD) RBU Site Selection RBU Lease Antennas Building Complete CA PDR CDR ESPDS / GAS (OSD) CA IBR PDR Telecommunications (OSO) Milestone Completed Milestone CDR CA Notional Milestone GOES Users' Conference - November 3, 2009 Deliverable Install Complete Development Construction Integration & Test 11 Project Major Milestones Event Core GS System Definition Review Core GS Preliminary Design Review Core GS Critical Design Review Core GS Segment Integration Review Core GS Release MM Prototype Antenna Set #1 Core GS Release MM Integrate GAS with Core GS Integrate ADRS with Core GS Antenna Set #2 Core GS Release 1 Core GS Release 2 GS Authority to Operate GOES-R GS Readiness Antenna Set #3 GOES-S GS Readiness GOES Users' Conference - November 3, 2009 Current Date April 2010 December 2010 September 2011 February 2012 September 2012 October 2012 May 2013 August 2013 August 2013 October 2013 July 2014 January 2015 June 2015 September 30, 2015 October 2015 February 2017 12 Questions?