Inspiring Teachers | Teaching Excellence at MIT

James K. Roberge: 6.302 Lecture 09 — More Compensation

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Topics include: increasingly complex modifications of the loop-transmission; unity magnitude point; example: electronic regulator; lead transfer function; lag transfer function; lead and lag networks. Recorded: 1985.

Amar Bose: 6.312 Lecture 24—Air Absorption and Psychoachoustics

Teaching Excellence at MIT 12 years ago

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Topics include: air absorption; architectural acoustics; psychoacoustics; digital signals; sampling process; convolution; square waves; all-pass network; experiments with acoustical instrument musicians; RCA experimen...

Patrick Winston: 6.034 Lecture 07 — Constraints in Drawing Interpretation

Teaching Excellence at MIT 12 years ago

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Recorded October 4th, 2010.

Patrick Winston: 6.034 Lecture 16 — Learning: Support Vector Machines

Teaching Excellence at MIT 12 years ago

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Recorded November 8, 2010.

Patrick Winston: 6.034 Lecture 02 — Reasoning: Goal Trees and Problem Solving

Teaching Excellence at MIT 12 years ago

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Recorded September 13, 2010.

Banerjee & Duflo: 14.73 Lecture 06 — Nutrition: The Hidden Traps

Teaching Excellence at MIT 12 years ago

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In this lecture, Prof. Esther Duflo discusses nutrition as a hidden trap. Recorded 2011.

James K. Roberge: 6.302 Lecture 02 — Effects of Feedback Noise and Nonlinearities

Teaching Excellence at MIT 12 years ago

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Topics include: noise modification; moderating nonlinearities; power audio amplifiers; demonstrations. Recorded: 1985.

Amar G. Bose: 6.312 Lecture 07—Simple Sources

Teaching Excellence at MIT 12 years ago

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Topics include: simple sources; pulsating sphere, volume velocity; scattered wave; near fields; polar pattern and plots. Recorded: Sept. 28, 1995.

Amar G. Bose: 6.312 Lecture 06—Standing Wave Reflection

Teaching Excellence at MIT 12 years ago

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Topics include: pressure standing wave reflection; simple sources and arrays; radiation impedance. Recorded: Sept. 26, 1995.

James K. Roberge: 6.302 Lecture 01 — Introduction and Basics: Properties of Feedback Systems

Teaching Excellence at MIT 12 years ago

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Topics include: introduction to the design of feedback systems; properties and advantages of feedback systems; time-domain and frequency-domain performance measures; stability and degree of stability; root locus metho...