Given by Geoffrey C. Fox at NASA/MADIC Langley Review on NII Requirements for ASOP on July 26-27 1995 NASA Langley Virginia. Foils prepared July 23,1995
Outside Index
Summary of Material
This overview was part of a NASA sponsored workshop at Langley involving MADIC (Multidisciplinary Analysis and Design Industrial Consortium) Team 2, NASA, Georgia Tech, Rice and NPAC. |
This reported on initial conclusions on requirements for and value of NII technology in ASOP (Affordable Systems Optimization Process) -- a novel approach to Multidisciplinary Optimization for aircraft and other complex system design. |
ASOP intrinsically involves world wide collaboration between several large aerospace corporations and tens of thousands of suppliers and so the NII can have major value both for supporting collaboration between people and for supporting the thousands of linked optimizations -- each involving several different programs. |
We stress the rapid evolution of the Web and the ability of Web Technology to be applied to Enterprise Inforemation Systems such as that required to manage ASOP. |
MADIC companies involved include Rockwell, General Motors, Northrop-Grumman-Vought, Lockheed-Martin and General Electric. |
Outside Index Summary of Material
July 26 NASA Langley |
Geoffrey C. Fox |
NPAC |
Syracuse University |
111 College Place |
Syracuse |
NY 13244-4100 |
This overview was part of a NASA sponsored workshop at Langley involving MADIC (Multidisciplinary Analysis and Design Industrial Consortium) Team 2, NASA, Georgia Tech, Rice and NPAC. |
This reported on initial conclusions on requirements for and value of NII technology in ASOP (Affordable Systems Optimization Process) -- a novel approach to Multidisciplinary Optimization for aircraft and other complex system design. |
ASOP intrinsically involves world wide collaboration between several large aerospace corporations and tens of thousands of suppliers and so the NII can have major value both for supporting collaboration between people and for supporting the thousands of linked optimizations -- each involving several different programs. |
We stress the rapid evolution of the Web and the ability of Web Technology to be applied to Enterprise Inforemation Systems such as that required to manage ASOP. |
MADIC companies involved include Rockwell, General Motors, Northrop-Grumman-Vought, Lockheed-Martin and General Electric. |
Application Specific NII Specific Services for
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WebMagic -- HTML editor which essentially integrates server and Netscape client on a single computer for fast client stand-alone editing. |
VRML which is a 3D data structure which could be used in display of ASOP physical artifacts. It is based on open subset of SGI Inventor database technology. VRML viewers are just coming out |
JAVA has just been released by a group in Sun and in some ways competes with VRML (viewers). It is a Client technology which includes a C++ subset interpreter allowing clients to spawn processes called Applets. This makes clients "intelligent" and largely indistinguishable in functionality with servers. |
Note future Web Architecture will be Server-Server. Not Client-Server. |
A Set of Application domains and each with its own natural (interpreted) language manipulating domain-specific data structures. WebScript links the domains together |
Examples are:
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Desktop Publishing and Productivity Tools in WebWindows (WebTop Productivity/Publishing)
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InfoVision: Delivery on Demand of Information from:
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Commerce -- digital Cash and signatures with appropriate authentication and security. Enables both Web Commerce (shopping) and use of Web for proprietary information |
Interactive and "batch" Collaboration
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Metacomputing -- the collection of world wide computers as a coordinated (in subgroups of computers) computational engine (for simulation or information processing)
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This is distributed databases for supporting cost effective healthcare with less fraud, better use of existing information for establishing care-plans etc |
This is collaboration, remote instrument control for telemedicine |
Could be full televirtuality for virtual-reality controlled remote surgery in battlefield or accident scenarios |
This is basis of Virtual University and NII can be expected to be much more succesful than videosystems because interactive, collaborative, explorative and full multimedia information at student and teachers fingertips |
Base of Distance Education is InfoVision for full interactive curricula
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Rich Collaboration environments including televirtual MOO's for student-student and student-teacher interactions |
InfoVision is "successor" to TV with any multimedia information delivered on demand( choice from infinite number of channels) |
Community Networks will define local societies and will have significant impact on local government |
Shopping on the Web will include multimedia digital yellow pages , Commerce, online catalogs (which is InfoVision again) as well as perhaps powerful VR interfaces where you can try out new clothes and cars |
Collaboration (gossip as in computer forums) could be an important and dominant use but perhaps not initial major one |
OLTP (Online Transaction Processing) such as approving and recording credit card transactions. This is a type of InfoVision and Commerce which is operational today
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Decision Support varies from fraud detection, inventory planning and market segmentation for optimizing shopping by mail |
Decision support can vary from search of a single giant relational database to galaxy-wide search of heterogeneous distributed database |
Workflow Support as in LOTUS Notes integrates Collaboration, Project Management and Distributed Databases. This supports ongoing distributed enterprise -- this is also essential in collaboratory |
Critical feature is realtime, "come as you are" adaptive linked computers and people |
Judgement support extends decision support into an "exploratorium" scenario as crises tend to be unexpected |
Major need to search community and government databases for immediate information on resource location and availability etc. Metadata(summaries) essential |
Collaboration between commander in field , specialized anchor desks (domain experts) and those in field. |
User Interface essential as user will be tired and searching unfamiliar data |
Geographical Information Systems and browsing multiple video sources (InfoVision again) will be critical as judgements will depend critically on spatial data. |
This is future model for (inter)national distributed research |
Rich Collaboration environment essential as collaborative research requires nontrivial person to person interactions |
Searching distributed databases basis of much scholarly work (infoVision and Digital Library) |
Metacomputing for multidisciplinary, multi-institutional simulations and for control and data storage and analysis from remote instruments whether satellites, telescopes, accelerators etc. |
Distributed (people) Software Engineering support for production of distributed computing software |
Needs workflow support as distributed enterprise |
Critical feature is closely integrated collaboration of very many people and computers requiring |
Metacomputing Simulation and distributed database support as in Collaboratory |
Workflow support including configuration management and central CAD databases |
Rich collaboration environment to support distributed design decisions |
Standards and Security to allow interlinking of people and software from different organizations |
Key special requirement is distributed coordination |
A set of manufacturing companies -- Rockwell International, Northrop Grumman, McDonnell Douglas, General Electric and General Motors is studying the NII implications for a particular MAD system "Affordable Systems Optimization Process" (ASOP) |
Interesting parameters are that next major aircraft to be built could involve:
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ASOPnet -- physical network infrastructure -- presumably constructed from linking existing infrastructure from government and commercial sources |
Needed general capabilities (WebWindows) of NII and
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including some such as metacomputing and configuration control where ASOP has driving requirements |
ASOP Information Infrastructure (AII) which are NII services tailored and presented for ASOP |
Link Collaboraters by communication system ASOPnet -- a microcosm of the NII
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Use COTS (World wide Web) Software and Systems where-ever possible and so physical network should not have special features not supported by "Open NII" |
Security (proprietary data) needs to be determined |
Parts should have performance (ATM ) needed by high speed distributed applications |
Appropriate database/storage and compute servers needed on ASOPnet |
Evaluate, Install, Maintain, Enhance as necessary WebWindows and base NII Services |
Security -- special needs of large data transfer of proprietary information |
Object and Database services including access, search, dissemination and especially configuration control |
Collaboration services including linking of people, computation and databases in configuration controlled systems engineering environment |
Metacomputing services linking many thousands of programs (with wrappers/agents to allow re-use of existing code) in distributed groups as needed for specific multi-disciplinary optimizations |