Sensor Open Systems Architecture (SOSA)

Transcription

1 Sensor Open Systems Architecture (SOSA) Dr. Ilya Lipkin Lead Manager Patrick Collier Technical Lead

2 Trend in Modern Systems Next Military Vehicle Unaffordable! Time/ Cost H/W Dominant S/W Integration Dominant B787 F-35 ~9.5 Million SLOC ~7 yrs. Start->EIS GAO page 8 6/202 F-22 B-2 A380 A-0 B737 F/A-8 F-4 F-6 A320 A300/B747 A340 B777 B787 ~0 Million SLOC ~7 yrs. start->eis Boeing quoted in NYC Aviation, 9/28/20 Complexity/SLOC Next Military Vehicle Possible! * Source FACE Consortium 2

3 What is SOSA? 2. Decomposition into Functional Components. Current Mission Met Through Point Solutions and Workarounds 3. Recomposition Into Reusable Capabilities 4. Affordable Mission Effectiveness Through Systematic Reuse 3 PA # 88ABW

4 Where Do We Start? Business Concerns Data Dissemination Weapons & Sensors. Communication Links, C&C Standards between subsystems UAVs, Software Arch, ISR Sensors PA# 88ABW

5 Why a SOSA Consortium? Openness OMB Circular A-9 Balance of Interest Due Process An Appeals Process Consensus Enabler Independent Consortium Provides an honest broker between Industry and Government partners Sensor Open System Architecture - SOSA Distribution Statement D: Distribution is authorized to the Department PA# of 88ABW Defense and U.S. DoD contractors only 5

6 bdd [Project] SOSA [Model] Analog Processing Transmit «flow» Receive «flow» RF Translation Signal Conversion RF Conditioning RF Distribution Digital Beamformer Waveform Generation Digital Signal Processing General Purpose Processing Digital Receiver Exciter «flow» «flow» «flow» «flow» «flow» Waveform Generation Beamformation Digital Processing Black Side Processing Red Side Processing Crypto Processing Classification SOSA Scope and Working Groups Data Rights IP Contracting Guide SOW CDRL DID Section L, M Support Marketing Outreach Business Development Open Acquisition Guide Chassis System/Mission Processor Sensor Electronics 0

7 Quick Comparison Table OMS Payload Integration Mission Software & Sensors Supports many OS s Software Abstraction XML based message set Proven Software ReUse SOSA Supports Java Isolation Hardware abstraction Ease of integration Software re-use FACE Avionics Centric Software Integration Real-time OSs Real-time Segmented Sensor Subsystems Centric Payload Integration Electrical/Mechanical Hardware Software Real-time OSs Real-time Segmented Hardware re-use, and abstraction PA# 88ABW

8 Vision, Goals & End Products VISION - Business/acquisition practices and a technical environment for sensors and C4ISR payloads that foster innovation, industry engagement, competition, and allow for rapid fielding of cost-effective capabilities and platform mission reconfiguration while minimizing logistical requirements Open: Vendor- and platform-agnostic open modular reference architecture and business model Standardized: Software, hardware, and electricalmechanical module interface standards Harmonized: Leverage existing and emerging open standards such as: FACE, OMS, SPIES, CMOSS, VICTORY, VITA Aligned: Consistent with DoD acquisition policy guidance Cost Effective: Affordable C4ISR systems including lifecycle costs Adaptable: Rapidly responsive to changing user requirements PA# 88ABW

9 SOSA Organizations Government Organizations AFLCMC Abaco Systems General Atomics Leidos Industry Organizations Sierra Nevada Corporation AFRL BAE Systems General Dynamics Lockheed Martin Sikorsky Aircraft Wind River Systems Zodiac Data Systems AMRDEC Boeing Georgia Tech Mercury Systems SimVentions CERDEC Joint Tactical Networking Center NAVAIR CALCULEX Curtiss-Wright Controls Defense Solutions DDC-I, Inc. Green Hills Software Northrop Grumman Southwest Research Institute Harris Corporation OAR Corporation TES-SAVI, Inc. Honeywell Aerospace Presagis USA, Inc Textron Systems Trideum Corporation KEYW Corporation Real Time UCS Advisory Innovations Group L-3 Communications Rockwell Collins Vencore PEO Aviation DornerWorks Intrepid Raytheon Elbit Systems of America GE Aviation GECO LDRA Technology SELEX Galileo Inc. VTS, Inc. PA# 88ABW

10 SOSA Draft Overview Electromagnetic Environment Legend EM Wave Physical Mounting Power Cable Analog Cable Digital Cable Cable Connector SOSA Sensor Element SOSA Sensor Element SOSA Sensor Element SOSA Sensor Element SOSA Sensor SOSA Sensor Pod Platform (SOSA Host) NOTE: Elements and relationships shown are optional; omit unused elements and relationships

11 Air Force, Navy, and Army Hardware Alignment Current Hardware Alignment effort between Air Force (AFLCMC), NAVAIR PMA209, and Army CERDEC Slot Profiles Agreement between NAVAIR and CERDEC to use the same Payload profile for HOST and CMOSS HOST Switch CMOSS Switch SOSA RF Payload PA# 88ABW

12 Electrical/Mechanical Decomposition Platform to Pod SOSA Multi-C4ISR Electrical/ Mechanical Platform to Pod Mechanical Interfaces Connectors and Cabling Environmental Specifications Power Data RF PA# 88ABW

13 Leveraging and Supporting AM-ISR POD PA# 88ABW

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