| Cog-SOPHOCLES
High-Intelligence & Decision Research Group (HID), The contribution to the SOPHOCLES Project [ EUREKA >ITEA> MIURST> ENEA] |
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2001 |
| Project Objectives | Method | Cog-Architecture | HID-Research group |
| The
objective of the Cog-SOPHOCLES is an experimental (prototype-based)
elaboration and validation of a methodology and architecture for the development
of user's Intelligent Advisor
(Cognitive Intelligent Interactions Manager). It should provide an intelligent support for high performance virtual e-Design for Systems-On-Chip. CIIM as anIntelligent Advisoris a cognitive decision-support module of the Virtual Cyber Enterprise being developed in frame of the SOPHOCLES (System level develOpment Platform based on HeterOgeneous models and Concurrent Languages for System applications implementation).ULab SOHOCLES Page Expected duration of the project 2001-2003. NEWS:For the reason of the current Italian government Scientific Research strategy, the Italian partners of SOPHOCLES did not receive yet necessary funds for its continuation (Atti Ministeriali) and, at present, this HID's project activity will be continued in frame of other RTD projects. |
An integrated approach of: - Socio-Cognitive Engineering - the TOGAknowledge ordering meta-theory, - AI & cognitive technologies and - advanced Software Technologies
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![]() "Engineering products should be simple as possible but not too simple" [G.
Ridman]
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...... ![]() ENEA-Info ........ |
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AGENDA |
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Our
Long-term Research Goal:
(Adam Maria Gadomski - coordinator)
"The Law of Accelerating Returns shows that by 2019
a $1,000 personal computer will have the
In frame of the Personoids focused scientific-research activity. |
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| Context Links:
Scientific American: Quick Article Summaries: Exploring Intelligence: November 1998 Artificial Intelligentsia, 2000 Will Machines Become Conscious? |
The figure from: "The
Coming Merging
of Mind and Machine" by Ray Kurzweil |
Some
Project Context Links:
1 E-design & Systems
on Chip
EEdesign
Exclusive: Introduction to High-Density Programmable Design .
EEdesign
Exclusive: Methodology automates mixed-signal IP retargeting
e-Design
on line
2
http://www.globaltechnoscan.com/7feb-13feb/systems_chip.htm
3 Promoted IP
Reuse Standards for System-on-Chip Design :VSI
Aliance Librery
4. Promoted
Integrated Global TOGA
Knowledge-Ordering Standard
5. Cognitive interactions/interface:
Human-Machine
Interactions (II), Gadomski
6.
"human-machine
interaction" , "cognitive
interface"
7.
Cognitive
Intelligence, A.M.Gadomski
8.
Meta-knowledge
Engineering Server
9.
X-files
.... . . . in editing