Morph Illusionen Logik und Kant

Kurzbeschreibung

Abstract Computational illusion is discerned by applying our 1994[7] with a 1997 descriptive logic(AMS 1997) for it. The computational basis to Hiedegger and the Kant's enlightenment is applied to characterize man and machine discovery. Intelligent Multimedia techniques and paradigms are compared to conscience and cognition. Some philosophical and computational models of scientific creativity are put forth. The mathematical principles defined have been applied to cognition and consciousness. A brief overview to context abstraction shows how context free and context sensitive properties might be defined by intelligent syntax. The preliminaries to a new computing logic termed Morph-Gentzen logic[3,4] is defined with a brief model theory. The mathematical term for Morph Gentzen. Kant states conscience operates in the dichotomy between thinking objects and the thought object. There are two components of knowledge: spontaneity and receptivity. IM Morphed Gentzen logic is a foundation for a conscience logic which can be defined for specific reasoning models, for example analogical reasoning. The Gentzen system defined on Morpg Getnzen has a model theory. The mathematics is presented at[3]. Analogical reasoning rules are specific deductive designs which can be embedded by the logic. The project had started in 1993.

KünstlerInnen / AutorInnen

• Cyrus F Nourani, Prf. Dr.

Entstehung

Vereinigte Staaten, 1999-2002

Partner / Sponsoren

Kommentar

Kant und Morph Illusionen Logik
Agent Computing, Intelligent Syntax, Perception and Multiagent Cognition, are the bases for a tree intelligent Consciousness Science and model-based discovery with computational models. A description logic with intelligent model diagrams is a computational basis to discovery. Computational illusion is discerned by applying our 1994 computational basis to Hiedegger and the enlightenment dialectics to characterize man and machine discovery.

Eingabe des Beitrags

Cyrus F 'Kris' Nourani, 05.05.2002

Kategorie

• Kulturprojekt

Schlagworte

• Themen:
  • Augmented Reality |
  • Virtuelle Realität
• Formate:
  • Modell
• Technik:
  • Virtual Studio

Ergänzungen zur Schlagwortliste

• Kirstphr@lycos.de |
• ProjectMetaai@cs.com