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AN/UYQ-70 Technology Insertion Planning

AN/UYQ-70 Technology Insertion Planning. Q-70 Technology Insertion. User input is critical to successful Technology Insertion. Q-70 System Architectures VME / Non-VME Operating Systems Processors Storage HMIs & Graphics Low Cost Enclosures Volumetrics Networking Infrastructure

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AN/UYQ-70 Technology Insertion Planning

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  1. AN/UYQ-70Technology InsertionPlanning L

  2. Q-70 Technology Insertion User input is critical to successful Technology Insertion. • Q-70 System Architectures • VME / Non-VME • Operating Systems • Processors • Storage • HMIs & Graphics • Low Cost Enclosures • Volumetrics • Networking • Infrastructure • Voice/video Distribution • Sensor Distribution • Miscellaneous • System Development Tools • Modeling & Benchmarking L

  3. User Requirements COTS Technology Analysis & Integration Q-70 Productization AN/UYQ-70 TI Tasks Technology Insertion is focused on five areas. System Architectures VME-based Architectures Non-VME Architectures PMCs Unit Processors Clients Servers Mass Memory Operating Systems Low Cost Enclosures HMI Pointing Devices New Materials Power Systems Display Technologies Noise Abatement Mission Success! Isolation Techniques Graphics Adapters Enclosure Volumetrics User Identification and Authentication Networking Infrastructures Miscellaneous Communications Security Modeling Radar Distribution Middleware Software Development L

  4. Important Disclaimers Trends are based on a March 2001 technology assessment. • All projections are forward looking statements that may change based on program priorities and projected technology advances. • The figures on the following slides indicate when the Q-70 program intends to make newer products eligible for productization for the Q-70 user community. • The figures donot indicate when the Q-70 program will discontinue support for existing products. Products are normally supported for the life of the program. L

  5. Session Server Thin Clients / Ultra Thin Clients Q-70 System Architectures Q-70 Architectures will become less VME-based. • VME-based Architectures • Unit Processors • Operating Systems • Mass Memory • PCI Mezzanine Cards (PMC) • Non-VME-based Architectures • Workstations • Clients • Servers • Storage L

  6. Seamless C4I System Display Equipment Groups C2P DDS C E C L A N CEP Switchboard(s) 48E Sensors / Weapons / Peripherals AN/UYK-43s With OSM Integrated Bridge System 49 NAVSSI S e n s o r s D i s p l a y L A N CDs / C&D CIFF W e a p o n s A C D S L A N Combat System Integration LAN(s) CAG Emulator TAS S S D S L A N JMCIS LAN Digital Radar Video/Data Distribution SLQ-32 NSSMS CIWS TAC-n Consoles RAM Combat System Architectures are evolving into seamless systems. Present / Near Term Legacy Architectures Future PastPresentFuture Dedicated Equipment  Multi-purpose Workstations  Total Compute Plant/Universal WSs Point-to-Point  Networks of Networks  Common Network Fabric Main Frame  Distributed Processing  Client / Server Architecture Card Level Integration  Chassis Level Integration  Subsystem Integration L

  7. Non-VME Workstations Non-VME Workstations will offer even more choices. L

  8. Q-70 Client Roadmap New clients will reduce total cost of ownership. L

  9. Q-70 Server Roadmap Scalable servers will provide common, centralized processing. L

  10. Mass Storage Roadmap Mass storage will move from the nodes onto the network. L

  11. Human Machine Interfaces HMIs are becoming less intrusive and more natural. Track balls, Keyboards, Smart Cards, X-Terminals, Touch Screens • User Identification and Authentication • Input Devices • Display Technologies • Pervasive Computing • Quality of Life AVS5100 DFP181/R RFD251-S L

  12. Q-70 HMI Roadmap HMIs will become more capable and more user friendly. L

  13. Low Cost Enclosures Focusing on enclosures will allow the use of more COTS. • Enclosure Trends • Common Technologies • Isolation Techniques • New Materials • Enclosure Volumetrics • Power Systems L

  14. Q-70 Enclosures Roadmap Q-70 enclosures can be divided into four classes. L

  15. Q-70 Enclosures Roadmap Q-70 enclosures are based on common technologies. L

  16. Networking Networking will continue to replace point-to-point connections. Network Server • Infrastructure • Security • Middleware • Communications • Voice/Data/Video • Sensor Distribution Wireless Solaris GCCS Application Server NT Application Server Thin and Ultra Thin Clients HP-UX Application Server L

  17. Miscellaneous Benchmarks are used to calibrate models to predict behavior. • Benchmarking • Modeling • System Development Tools L

  18. Benchmarking, Modeling, and System Development Tools Software tools measure, predict, and improve Q-70 systems. L

  19. Want More Information ? New and old Q-70 TI investigations can be viewed on the web! • US Navy Q- 70 Website: • http://www.Q-70.navy.mil/Q-70/tech_ins/ • Lockheed Q-70 Website: • http://www.q70.com/ [Ask steven.p.johnson@lmco.com about access to our IDE site -- registration required.] • Lockheed Q-70 Internal Website: • http://web2/Q70/technology_insertion.htm or • \\dakota\engineering\technology\whit_pap\. L

  20. Q-70 Technology Insertion User input is critical to successful Technology Insertion. • Q-70 System Architectures • VME / Non-VME • Operating Systems • Processors • Storage • HMIs & Graphics • Low Cost Enclosures • Volumetrics • Networking • Infrastructure • Voice/video Distribution • Sensor Distribution • Miscellaneous • System Development Tools • Modeling & Benchmarking L

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