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