'Dynamic logic' diaporamas de présentation

Leonid Perlovsky Visiting Scholar, Harvard University Technical Advisor, AFRL

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Leonid Perlovsky Visiting Scholar, Harvard University Technical Advisor, AFRL

1.44k views • 127 slides

Belief Revision

Belief Revision. Lecture 2: Beyond AGM Gregory Wheeler greg@di.fct.unl.pt. Outline. Withdrawal vs. Contraction Belief Bases Updates Choice Uncertainty. Belief Bases.

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JOINT EVOLUTION OF COGNITION, CONSCIOUSNESS, AND MUSIC

JOINT EVOLUTION OF COGNITION, CONSCIOUSNESS, AND MUSIC. Ohio State University Columbus 24 April 2006. Leonid Perlovsky Technical Advisor Air Force Research Lab. 2500 years old QUESTION. Aristotle, 2300 ya: Why music, being just sounds, reminds states of soul? Kant, 1790s:

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RELIGION FROM SCIENTIFIC POINT OF VIEW

RELIGION FROM SCIENTIFIC POINT OF VIEW. Arizona State University 14 Oct., 2008. Dr. Leonid Perlovsky Harvard University and AFRL. OUTLINE. Science and religion today Artificial intelligence difficulties since the 1950s and logic Dynamic logic, the mind, and the knowledge instinct

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RELIGION FROM SCIENTIFIC POINT OF VIEW

RELIGION FROM SCIENTIFIC POINT OF VIEW. Arizona State University 14 Oct., 2008. Dr. Leonid Perlovsky Harvard University and AFRL. OUTLINE. Science and religion today Artificial intelligence difficulties since the 1950s and logic Dynamic logic, the mind, and the knowledge instinct

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FUSION OF LANGUAGE AND THOUGHT PROCESSES FOR CTS

FUSION OF LANGUAGE AND THOUGHT PROCESSES FOR CTS. Collaborative Technologies and Systems Conference 2003, Orlando, Florida. Leonid Perlovsky Technical Advisor, AFRL. CTS AND INTELLIGENT AGENTS. Collaborative systems include multiple interacting intelligent agents

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Applying the Technology Acceptance Model and Flow Theory to Online Consumer Behavior

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Modal, Dynamic and Temporal Logics

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VLSI Arithmetic Adders & Multipliers

VLSI Arithmetic Adders & Multipliers. Prof. Vojin G. Oklobdzija University of California http://www.ece.ucdavis.edu/acsel. Digital Computer Arithmetic belongs to Computer Architecture, however, it is also an aspect of logic design.

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Lecture 04 CMOS Family Ties No More Static

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Clockless Logic: Dynamic Logic Pipelines (contd.)

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Digital Integrated Circuits for Communication

Digital Integrated Circuits for Communication. Class 04. Overview. Combinational vs. Sequential Logic. At every point in time (except during the switching. transients) each gate output is connected to either. V. or. V. via a low-resistive path. DD. ss.

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Wide Range SET Pulse Measurement

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Embedding of Asynchronous Wave Pipelines into Synchronous Data Processing

Embedding of Asynchronous Wave Pipelines into Synchronous Data Processing. Stephan Hermanns, Sorin Alexander Huss University of Technology Darmstadt, Germany. Some Notations. Asynchronous Wave Pipeline (AWP). Wave Latch. Wave Latch. Wave Logic. Data. req_in. req_out. matched delay.

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CMOS DYNAMIC LOGIC DESIGN

CMOS DYNAMIC LOGIC DESIGN. Integrated Circuits Spring 2001 Dept. of ECE University of Seoul. Dynamic Logic Motivation. ? Complementary CMOS Logic ? ? V OH =V DD , V OL =GND ? ? No Static Power Dissipation ? ? For Fan-In of N, (2N) Transistors Required

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Various Power Gating techniques to reduce power dissipation in various macros of microprocessors

Various Power Gating techniques to reduce power dissipation in various macros of microprocessors. By Sai Raghunath T. Goal:. Reduction of standby power dissipation from execution unit and memory unit using power gating techniques Specifications and tools used:

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Various Power Gating techniques to reduce power dissipation in various macros of microprocessors

Various Power Gating techniques to reduce power dissipation in various macros of microprocessors. By Sai Raghunath T. Goal:. Reduction of standby power dissipation from execution unit and memory unit using power gating techniques Specifications and tools used:

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Dynamic Asynchronous Adders

Dynamic Asynchronous Adders. Wei-Che Lin Rattanasonti Hwanjit Professor Dr. David W. Parent 4/4/2003. Outline. Asynchronous & synchronous Full dynamic Manchester adder & Ripple Carry Adder Muller C-element Done block Conclusion. Objective. High performance Low power dissipation Fast.

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