Full HTML for LOCAL ASOP Requirements for the NII

HELP! * GREY=local Full HTML for

LOCAL foilset ASOP Requirements for the NII

Given by Madic Team 2 at NASA HQ Briefing on September 25 1995. Foils prepared September 25,1995
Abstract * Foil Index for this file

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 full HTML of ASOP Requirements for the NII

1 Implementation of Affordable Systems Optimization Process (ASOP) on the NII -
2 Presentation Agenda
3 Requirements Definition Team
4 Requirements Definition Process
5 Key Briefing Points
6 Presentation Agenda
7 Cost is the Major Technology Challenge
8 Life Cycle Cost is a Design Variable in ASOP
9 NII Enhances ASOP in a Multi-Organization Activity
10 Industrial/Academic/Government Consensus is ASOP Basis
11 Testbed Development is a NASA Role in ASOP
12 ASOP Introduces Aerospace Paradigm Shifts
13 ASOP Criticality to Aerospace Industry and NASA
14 Presentation Agenda
15 1.0 ASOP Design Environment
16 1.1 Design Engine
17 1.2 Visualization Toolkit
18 1.3 Geometry Toolkit
19 1.4 Analysis Modeling Toolkit
20 1.5 Cost Model Toolkit
21 1.6 Process Modeling Toolkit
22 1.7 Simulation Engine
23 1.8 Optimization Engine
24 2.0 ASOP Object Backplane - Integration Services to Users
25 2.1-2.5 ASOP Object Backplane Leverages NII
26 3.0 and 4.0 Team Infrastructure
27 5.0 and 6.0 NII Infrastructure
28 ASOP Framework Supports Technology Development
29 Presentation Agenda
30 Four Phase Demonstration of ASOP Testbed on NII
31 Phase 1 ASOP Requirements Defined
32 Phase 2 Wing Demonstration Completed in Six Months
33 Rockwell Specific ASOP Implementation - Phase 2
34 Market Parameter LCC Traded Against System Performance
35 NII Infrastructure Idealized for Phase 2 Wing Demonstration
36 Phase 3 ASOP Preliminary Design Validates Security
37 Phase 3 Implements "Best" NII Technology for ASOP
38 Phase 2 Engine Disk Motivation
39 Phase 2 Engine Detailed Disk Design & Manufacturing
40 Phase 2 Implementation Framework - Engineous
41 Phase 3 Engine Design & Manufacturing
42 Phase 3 Engine Design Leveraging NPSS
43 Phase 4 ASOP Testbed on NII for Process Improvement
44 Phase 4 Aircraft IPPD Demo Fully Implements ASOP Testbed
45 Technology Roadmap Constructed for WBS Elements
46 Four Phase Demonstration of ASOP Testbed on NII
47 Presentation Agenda
48 Conclusions
49 Recommendations

This table of Contents Abstract

HELP! * GREY=local HTML version of LOCAL Foils prepared September 25,1995

Foil 1 Implementation of Affordable Systems Optimization Process (ASOP) on the NII -

From ASOP Requirements for the NII NASA HQ Briefing -- September 25 1995. * Critical Information in IMAGE

LOCAL foilset ASOP Requirements for the NII

Table of Contents for full HTML of ASOP Requirements for the NII

Foil 1 Implementation of Affordable Systems Optimization Process (ASOP) on the NII -

Foil 2 Presentation Agenda

Foil 3 Requirements Definition Team

Foil 4 Requirements Definition Process

Foil 5 Key Briefing Points

Foil 6 Presentation Agenda

Foil 7 Cost is the Major Technology Challenge

Foil 8 Life Cycle Cost is a Design Variable in ASOP

Foil 9 NII Enhances ASOP in a Multi-Organization Activity

Foil 10 Industrial/Academic/Government Consensus is ASOP Basis

Foil 11 Testbed Development is a NASA Role in ASOP

Foil 12 ASOP Introduces Aerospace Paradigm Shifts

Foil 13 ASOP Criticality to Aerospace Industry and NASA

Foil 14 Presentation Agenda

Foil 15 1.0 ASOP Design Environment

Foil 16 1.1 Design Engine

Foil 17 1.2 Visualization Toolkit

Foil 18 1.3 Geometry Toolkit

Foil 19 1.4 Analysis Modeling Toolkit

Foil 20 1.5 Cost Model Toolkit

Foil 21 1.6 Process Modeling Toolkit

Foil 22 1.7 Simulation Engine

Foil 23 1.8 Optimization Engine

Foil 24 2.0 ASOP Object Backplane - Integration Services to Users

Foil 25 2.1-2.5 ASOP Object Backplane Leverages NII

Foil 26 3.0 and 4.0 Team Infrastructure

Foil 27 5.0 and 6.0 NII Infrastructure

Foil 28 ASOP Framework Supports Technology Development

Foil 29 Presentation Agenda

Foil 30 Four Phase Demonstration of ASOP Testbed on NII

Foil 31 Phase 1 ASOP Requirements Defined

Foil 32 Phase 2 Wing Demonstration Completed in Six Months

Foil 33 Rockwell Specific ASOP Implementation - Phase 2

Foil 34 Market Parameter LCC Traded Against System Performance

Foil 35 NII Infrastructure Idealized for Phase 2 Wing Demonstration

Foil 36 Phase 3 ASOP Preliminary Design Validates Security

Foil 37 Phase 3 Implements "Best" NII Technology for ASOP

Foil 38 Phase 2 Engine Disk Motivation

Foil 39 Phase 2 Engine Detailed Disk Design & Manufacturing

Foil 40 Phase 2 Implementation Framework - Engineous

Foil 41 Phase 3 Engine Design & Manufacturing

Foil 42 Phase 3 Engine Design Leveraging NPSS

Foil 43 Phase 4 ASOP Testbed on NII for Process Improvement

Foil 44 Phase 4 Aircraft IPPD Demo Fully Implements ASOP Testbed

Foil 45 Technology Roadmap Constructed for WBS Elements

Foil 46 Four Phase Demonstration of ASOP Testbed on NII

Foil 47 Presentation Agenda

Foil 48 Conclusions

Foil 49 Recommendations