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}{\pard\s255\ql \plain\b\f1\fs26 {
Implementation of Affordable Systems Optimization Process (ASOP) on the NII -\line \line 
\plain\b\i\f1\fs22 \tab \tab \tab \tab Requirements Overview\line \tab \tab \tab \tab and Recommendations}
{\plain\b\i\f1\fs22 \par}
}{\pard\s255\ql \plain\b\f2\fs24 {
Presentation Agenda \par}
}{\pard\s253\fi-150\li390\ql \plain\b\f2\fs16 {
Introduction\par}
}{\pard\s253\fi-150\li390\ql \plain\b\f2\fs16 {
Importance of ASOP Implementation on the NII\par}
}{\pard\s253\fi-150\li390\ql \plain\b\f2\fs16 {
Recommended Implementation Framework\par}
}{\pard\s253\fi-150\li390\ql \plain\b\f2\fs16 {
Proposed Technology Plan for Developing Testbed\par}
}{\pard\s253\fi-150\li390\ql \plain\b\f2\fs16 {
Conclusions\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
Requirements Definition Team\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 
\plain\b\f2\fs16 General Electric - Corporate Research & Development\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 General Motors - Research & Development Center\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 McDonnell Douglas\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 Northrop-Grumman\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 Rockwell - North American Aircraft Division\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 NPAC - Syracuse University\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 Georgia Institute of Technology\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
Requirements Definition Process\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 
\plain\b\f2\fs16 Workshops (2) Involving Industry, Government, and University Participants\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 Industry, Government, and University Site Visits\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 Draft Requirements Document and Technology Development Plan Provided\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
Key Briefing Points\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 
\plain\b\f2\fs16 ASOP is Innovative Implementation of IPPD\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 Framework and Technology Plan Presented for Implementing ASOP on the NII Provides Roadmap for Significantly Impacting Affordabil}
{\plain\b\f2\fs16 ity of Aeronautics Products\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 Proposed Testbed Provides for Joint NASA/Industry Technology Development\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 Proposed Technology Plan Leverages NASA Base Technology Program and Emerging NII Technology\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
Presentation Agenda \par}
}{\pard\s253\fi-150\li390\ql \plain\b\f2\fs16 {
Introduction
\plain\b\f2\fs16 \par}
}{\pard\s253\fi-150\li390\ql \plain\b\f2\fs16 {
Importance of ASOP Implementation on the NII
\plain\b\f2\fs16 \par}
}{\pard\s253\fi-150\li390\ql \plain\b\f2\fs16 {
Recommended Implementation Framework\par}
}{\pard\s253\fi-150\li390\ql \plain\b\f2\fs16 {
Proposed Technology Plan for Developing Testbed\par}
}{\pard\s253\fi-150\li390\ql \plain\b\f2\fs16 {
Conclusions\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
Cost is 
\plain\b\ul\f2\fs24 the Major
\plain\b\f2\fs24  Technology Challenge\par}
}{\pard\s254\fi-180\li180\qc \plain\b\f2\fs6 {
COMMERCIAL AIRCRAFT COST REDUCTIONS ARE TARGETED AT 25% NEAR TERM\par}
}{\pard\s254\fi-180\li180\qc \plain\b\f2\fs6 {
THREE OF FIVE MILITARY FIXED-WING AIRCRAFT  FAMILIES IDENTIFY REDUCING COSTS BY 20-40% (BY 2015) AS A PRIORITY TECHNOLOGY DEVELO}
{\plain\b\f2\fs6 PMENT\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
Life Cycle Cost is a Design Variable in ASOP\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
NII Enhances ASOP in a Multi-Organization Activity \par}
}{\pard\s255\ql \plain\b\f2\fs24 {
Industrial/Academic/Government Consensus is ASOP Basis\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
Testbed Development is a NASA Role in ASOP \par}
}{\pard\s255\ql \plain\b\f2\fs24 {
ASOP Introduces Aerospace Paradigm Shifts\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
ASOP Criticality to Aerospace Industry and NASA\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
Presentation Agenda \par}
}{\pard\s253\fi-150\li390\ql \plain\b\f2\fs16 {
Introduction\par}
}{\pard\s253\fi-150\li390\ql \plain\b\f2\fs16 {
Importance of ASOP Implementation on the NII\par}
}{\pard\s253\fi-150\li390\ql \plain\b\f2\fs16 {
Recommended Implementation Framework
\plain\b\f2\fs16 \par}
}{\pard\s253\fi-150\li390\ql \plain\b\f2\fs16 {
Proposed Technology Plan for Developing Testbed\par}
}{\pard\s253\fi-150\li390\ql \plain\b\f2\fs16 {
Conclusions\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
1.0 ASOP Design Environment\par}
}{\pard\s253\fi-150\li390\ql \plain\b\f2\fs12 {
Eight requisite subsystems comprise the ASOP design environment\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
1.1 Design Engine\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
1.2 Visualization Toolkit\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
1.3 Geometry Toolkit\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
1.4 Analysis Modeling Toolkit\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
1.5 Cost Model Toolkit\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
1.6 Process Modeling Toolkit\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
1.7 Simulation Engine\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
1.8 Optimization Engine\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
2.0  ASOP Object Backplane - Integration Services to Users\par}
}{{{\pntext\plain\b\f2\fs12 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs12\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs12 
\plain\b\f2\fs12 Customizes general NII technologies to ASOP specific requirements\par}
}{{{\pntext\plain\b\f2\fs12 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs12\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs12 Provides the object, wrapper and agent services to share data in the ASOP design environment\par}
}{{{\pntext\plain\b\f2\fs12 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs12\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs12 Conforms to applicable protocol, ontological and  data standards\par}
}{{{\pntext\plain\b\f2\fs12 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs12\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs12 Defines management, retrieval, and control functions for heterogeneous data and methods distribution\par}
}{{{\pntext\plain\b\f2\fs12 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs12\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs12 Interfaces to Team Infrastructures   \par}
}{\pard\s255\ql \plain\b\f2\fs24 {
2.1-2.5 ASOP Object Backplane Leverages NII\par}
}{{{\pntext\plain\b\f2\fs12 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs12\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs12 
\plain\b\f2\fs12 Collaboration Services - support distributed, virtual collocation of aeronautics development teams\par}
}{{{\pntext\plain\b\f2\fs12 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs12\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs12 Configuration Control Services - provide configuration management for complex product data relationships\par}
}{{{\pntext\plain\b\f2\fs12 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs12\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs12 Metacomputing Services - facilitate effective use of powerful, distributed computing services\par}
}{{{\pntext\plain\b\f2\fs12 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs12\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs12 Security and Access Services - safeguard information and ensure validity of access to ASOP capabilities\par}
}{{{\pntext\plain\b\f2\fs12 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs12\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs12 Object and Data Service - implement for data transformations and resource integration\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
3.0 and 4.0 Team Infrastructure\par}
}{{{\pntext\plain\b\f2\fs12 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs12\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs12 
\plain\b\f2\fs12 Provides Local Infrastructure for Team\par}
}{{{\pntext\plain\b\f2\fs10 \endash \tab}\pard\s253\fi-150\li390\ql {\*\pn \pnlvlblt\pnfs10\pnf2\pnstart1{\pntxtb \endash }}\plain\b\f2\fs10 
\plain\b\f2\fs10 desktop devices and access to network
\plain\b\f2\fs12 \par}
}{{{\pntext\plain\b\f2\fs10 \endash \tab}\pard\s253\fi-150\li390\ql {\*\pn \pnlvlblt\pnfs10\pnf2\pnstart1{\pntxtb \endash }}\plain\b\f2\fs10 
\plain\b\f2\fs10 based on organization business rules and culture
\plain\b\f2\fs12 \par}
}{{{\pntext\plain\b\f2\fs12 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs12\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs12 Required for participation in ASOP\par}
}{{{\pntext\plain\b\f2\fs10 \endash \tab}\pard\s253\fi-150\li390\ql {\*\pn \pnlvlblt\pnfs10\pnf2\pnstart1{\pntxtb \endash }}\plain\b\f2\fs10 
\plain\b\f2\fs10 minimum requirements set for joining team
\plain\b\f2\fs12 \par}
}{{{\pntext\plain\b\f2\fs10 \endash \tab}\pard\s253\fi-150\li390\ql {\*\pn \pnlvlblt\pnfs10\pnf2\pnstart1{\pntxtb \endash }}\plain\b\f2\fs10 
\plain\b\f2\fs10 extension to current environments
\plain\b\f2\fs12 \par}
}{{{\pntext\plain\b\f2\fs12 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs12\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs12 Supports emulation of full NII capabilities\par}
}{{{\pntext\plain\b\f2\fs10 \endash \tab}\pard\s253\fi-150\li390\ql {\*\pn \pnlvlblt\pnfs10\pnf2\pnstart1{\pntxtb \endash }}\plain\b\f2\fs10 
\plain\b\f2\fs10 leverage existing local networks to support optimization of aeronautics products
\plain\b\f2\fs12 \par}
}{{{\pntext\plain\b\f2\fs10 \endash \tab}\pard\s253\fi-150\li390\ql {\*\pn \pnlvlblt\pnfs10\pnf2\pnstart1{\pntxtb \endash }}\plain\b\f2\fs10 
\plain\b\f2\fs10 demonstrate ASOP benefits to existing environment\par}
}{{{\pntext\plain\b\f2\fs10 \endash \tab}\pard\s253\fi-150\li390\ql {\*\pn \pnlvlblt\pnfs10\pnf2\pnstart1{\pntxtb \endash }}\plain\b\f2\fs10 allow phased implementation of new technologies\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
5.0 and 6.0 NII Infrastructure\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
ASOP Framework Supports Technology Development\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 
\plain\b\f2\fs16 Consensus framework defined for ASOP technology development\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 Leverages current and future NII capabilities\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 Facilitates process improvement and distributed IPPD team development efforts\par}
}{{{\pntext\plain\b\f2\fs16 \bullet \tab}\pard\s254\fi-180\li180\ql {\*\pn \pnlvlblt\pnfs16\pnf2\pnstart1{\pntxtb \bullet }}\plain\b\f2\fs16 Permits phased development and use to support NASA / Industry needs  \par}
}{\pard\s255\ql \plain\b\f2\fs24 {
Presentation Agenda \par}
}{\pard\s255\ql \plain\b\f2\fs24 {
Four Phase Demonstration of ASOP Testbed on NII\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
Phase 1 ASOP  Requirements Defined\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
Phase 2 Wing Demonstration Completed in Six Months\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
Rockwell Specific ASOP Implementation - Phase 2\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
Market Parameter LCC Traded Against System Performance\par}
}{\pard\s255\ql \plain\b\f2\fs24 {
NII Infrastructure Idealized for Phase 2 Wing Demonstration \par}
}}