DIS1 '19 • Lecture 1.3.2 • Perceptual Processor Bloch's Law

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DIS1 '19 • Lecture 5.12 • OSF\\Motif and the Lineage of Visual Computing Systems

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DIS1 '19 • Lecture 1.3.4 • Motor Processor

(9:18)

DIS1 '19 • Lecture 1.1 • Introduction to HCI

(4:32)

DIS1 '19 • Lecture 9.3.5 • Evaluation Techniques Controlled Experiments E10

(9:48)

DIS1 '19 • Lecture 4.2.1 • Knowledge in the Head and in the World \u0026 Constraints

(11:48)

DIS1 '19 • Lecture 4.1.1 • Design in Three Levels of Processing

(5:35)

DIS1 '19 • Lecture 9.3.5.1 • Controlled Experiments Steps, Subjects and Variables

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DIS1 '19 • Lecture 5.1 • Introduction and Lessons from HCI History

(9:10)

DIS1 '19 • Lecture 3.2.1 • In Class Exercise Constraints

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DIS1 '19 • Lecture 5.8 • Xerox Star and Design Lessons

(17:34)

DIS1 '19 • Lecture 12.1 • Petri Nets

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DIS1 '19 • Lecture 4.2 • Knowledge in the Head and in the World

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DIS1 '19 • Lecture 4.1 • Introduction to Three Levels of Processing

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DIS1 '19 • Lecture 3.2.2 • Forcing Functions

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DIS1 '19 • Lecture 8.6 • User Interface Builders

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DIS1 '19 • Lecture 9.3.2 • Evaluation Techniques Model Based Evaluation E4 and Pattern Languages

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DIS1 '19 • Lecture 10.1.3.2 • Keystroke Level Model Rules for M's

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DIS1 '19 • Lecture 5.5 • NLS and the First Mouse

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