1 / 13

Fielded Object Network as a Framework for Computer Intelligence

Fielded Object Network as a Framework for Computer Intelligence. Rodrigo Gonçalves Ricardo Gudwin Fernando Gomide. State University of Campinas UNICAMP - Brazil. What is Fielded Object Network (FON)?.

eugenia-garrett
Download Presentation

Fielded Object Network as a Framework for Computer Intelligence

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Fielded Object Network as a Framework for Computer Intelligence Rodrigo Gonçalves Ricardo Gudwin Fernando Gomide State University of Campinas UNICAMP - Brazil

  2. What is Fielded Object Network (FON)? • Object Network extension aiming at a multiresolutional and massively parallel representation and implementation tool • [4] Gudwin, R. R., Gomide, F., An Approach to Computational Semiotics. Proceedings of the ISAS'97 - Intelligent Systems and Semiotics: A Learning Perspective -Gaithersburg, MD, USA - 22-25 September, 1997 • Object definition: object is an individual and atomic entity • Definition: FON is an object system where the objects are composed by five elements: • attributes (attributes  parts) • functions ( method) • field • connections • life cycle.

  3. OBJECT Attributes Functions Field FON object: Field • Field • place where the object places the objects that it contains • Physical parameters • spatial structure and dimension. • Physical laws • rules that affect a subset of attributes of the contained objects • Embedded nature • Universe object • Atomic object

  4. OBJECT Life Cycle Attributes Functions Field FON object: Life cycle • An independent and parallel dynamic system that is ruled by some kind of algorithm while the object exists • A processing stream related to an object • Life Cycle x Embedded Nature • Passive x Active

  5. OBJECT Life Cycle Attributes Functions Field FON object: Connections • Field concept  data visibility restrictions  visibility scope • Normal visibility scope (direct access) • Connection: communication line between two or more objects • Two kinds of communication (interaction): physical & logical X X

  6. FON objects: connections and assimilation • Physical communication • embedded nature + hit function • Logical communication • connection + assimilation function • an object must explicitly allow its assimilation before being assimilated embedded nature hit func hit func assimilate

  7. FON objects: assimilation types • Three different assimilation types: • Destructive assimilation • Non-destructive assimilation assimilate assimilate

  8. FON objects:assimilation types • Message passing assimilate

  9. Why and when FON? • Distributed Artificial Intelligence (DAI) • Distributed Problem Solving (DPS) • Multi-agent Systems (MAS) • FON = Framework for DAI • Highlights: • Using CORBA or PVM: FON can be distributed in a network • FON objects  mobile objects

  10. Example: A FON approach to GSM • GSM  FON

  11. Objective Car Walls Application example: AGV

  12. What is the relationship between FON and semiotics? • Semiotic Oriented Autonomous Intelligent Systems Engineering • Analysis • Semiotic analysis + UML extension • Project • FON modeling + UML extension • Design • FON framework

  13. Conclusions • Fielded Object Network (FON) is an extension of Object Network (ON) • Object • Life Cycle • Field, embedded nature • Communication: • physical • hit • logical • Destructive assimilation • Non destructive assimilation • Message passing assimilation • FON is a framework for DAI • Example: GSM implementation using FON • Application example: AGV • FON can be used in a “Semiotic Oriented Autonomous Intelligent Systems Engineering” as modeling and implementation tool

More Related