'Biologically inspired intelligent systems' diaporamas de présentation

Biologically Inspired Intelligent Systems

Biologically Inspired Intelligent Systems. Lecture 07 Dr. Roger S. Gaborski. Feature Maps. Intensity contrast (HW#3) Orientation (HW#4) 0, 45, 90 and 135 degrees Color Information (HW#5) Red-Green opponent color Blue-Yellow opponent color. Processing of Color Data.

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Biologically Inspired Intelligent Systems

Biologically Inspired Intelligent Systems. Lecture 3 Dr. Roger S. Gaborski. MATLAB - transpose. >> A = [1;2; 3; 4; 5] A = 1 2 3 4 5 >> B = A' B = 1 2 3 4 5. >> M = rand(5) M = 0.8147 0.0975 0.1576 0.1419 0.6557

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Biologically Inspired Intelligent Systems

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Biologically Inspired Intelligent Systems

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Biologically Inspired Intelligent Systems

Biologically Inspired Intelligent Systems. Lecture 4 Dr. Roger S. Gaborski. Learning and inference in the brain Karl Friston * . Fig. 1. Schematic illustrating hierarchical structures in the brain and the distinction between forward, backward and lateral connections. QUIZ TODAY. Textbook.

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Biologically Inspired Intelligent Systems

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Biologically Inspired Intelligent Systems

Biologically Inspired Intelligent Systems. Lecture 1 4 Dr. Roger S. Gaborski. >> SimpleGA2012 Best score is 9849. Use last population, continue running >> SimpleGA2012 Best score is 10000. All members of population either 10,000 or 9999. Stochastic Optimization.

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