Find this at http://www.npac.syr.edu/users/gcf/ASOPSept95B/

ASOP Requirements for the NII

ASOP is Affordable Systems Optimization Process

This project involves MADIC Team 2 GE Corporate Research and Develepmonent General Motors McDonnell Douglas Northrop Grumman Rockwell-NAAD NPAC-Syracuse University Georgia Tech

This Presentation was developed to describe initial findings of NASA Contract to investigate: Development of Requirements for Implementing an Affordable Systems Optimization Process -- ASOP -- on the NII endfol:

Table of Contents for ASOP Requirements for the NII

001 Implementation of Affordable Systems Optimization Process (ASOP) 
    on the NII -
002 Presentation Agenda
003 Requirements Definition Team
004 Requirements Definition Process
005 Key Briefing Points
006 Presentation Agenda
007 Cost is the Major Technology Challenge
008 Life Cycle Cost is a Design Variable in ASOP
009 NII Enhances ASOP in a Multi-Organization Activity
010 Industrial/Academic/Government Consensus is ASOP Basis
011 Testbed Development is a NASA Role in ASOP
012 ASOP Introduces Aerospace Paradigm Shifts
013 ASOP Criticality to Aerospace Industry and NASA
014 Presentation Agenda
015 1.0 ASOP Design Environment
016 1.1 Design Engine
017 1.2 Visualization Toolkit
018 1.3 Geometry Toolkit
019 1.4 Analysis Modeling Toolkit
020 1.5 Cost Model Toolkit
021 1.6 Process Modeling Toolkit
022 1.7 Simulation Engine
023 1.8 Optimization Engine
024 2.0  ASOP Object Backplane - Integration Services to Users
025 2.1-2.5 ASOP Object Backplane Leverages NII
026 3.0 and 4.0 Team Infrastructure
027 5.0 and 6.0 NII Infrastructure
028 ASOP Framework Supports Technology Development
029 Presentation Agenda
030 Four Phase Demonstration of ASOP Testbed on NII
031 Phase 1 ASOP  Requirements Defined
032 Phase 2 Wing Demonstration Completed in Six Months
033 Rockwell Specific ASOP Implementation - Phase 2
034 Market Parameter LCC Traded Against System Performance
035 NII Infrastructure Idealized for Phase 2 Wing Demonstration
036 Phase 3 ASOP Preliminary Design Validates Security
037 Phase 3 Implements "Best" NII Technology for ASOP
038 Phase 2 Engine Disk Motivation
039 Phase 2 Engine Detailed Disk Design & Manufacturing
040 Phase 2 Implementation Framework - Engineous
041 Phase 3 Engine Design & Manufacturing
042 Phase 3 Engine Design Leveraging NPSS
043 Phase 4 ASOP Testbed on NII for Process Improvement
044 Phase 4 Aircraft IPPD Demo Fully Implements ASOP Testbed
045 Technology Roadmap Constructed for WBS Elements
046 Four Phase Demonstration of ASOP Testbed on NII
047 Presentation Agenda
048 Conclusions
049 Recommendations

Northeast Parallel Architectures Center, Syracuse University, npac@npac.syr.edu