Home > Instructors > Brad G. Osgood
Brad G. Osgood Professor of Electrical Engineering Stanford

Brad G. Osgood

Professor of Electrical Engineering
Stanford

Courses

  1. The Fourier Transform and its Applications Course

    The Fourier Transform and its Applications

    Stanford / Mathematics
    Brad G. Osgood

Lectures

  1. The Fourier Series Lecture
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    The Fourier Series

    Stanford /
    Brad G. Osgood
  2. Periodicity; How Sine And Cosine Can Be Used To Model More Complex Functions Lecture
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    Periodicity; How Sine And Cosine Can Be Used To Model More Complex Functions

    Stanford /
    Brad G. Osgood
  3. Analyzing General Periodic Phenomena As A Sum Of Simple Periodic Phenomena Lecture
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    Analyzing General Periodic Phenomena As A Sum Of Simple Periodic Phenomena

    Stanford /
    Brad G. Osgood
  4. Wrapping Up Fourier Series; Making Sense Of Infinite Sums And Convergence Lecture
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    Wrapping Up Fourier Series; Making Sense Of Infinite Sums And Convergence

    Stanford /
    Brad G. Osgood
  5. Continued Discussion Of Fourier Series And The Heat Equation Lecture
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    Continued Discussion Of Fourier Series And The Heat Equation

    Stanford /
    Brad G. Osgood
  6. Correction To Heat Equation Discussion Lecture
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    Correction To Heat Equation Discussion

    Stanford /
    Brad G. Osgood
  7. Review Of Fourier Transform (And Inverse) Definitions Lecture
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    Review Of Fourier Transform (And Inverse) Definitions

    Stanford /
    Brad G. Osgood
  8. Effect On Fourier Transform Of Shifting A Signal Lecture
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    Effect On Fourier Transform Of Shifting A Signal

    Stanford /
    Brad G. Osgood
  9. Continuing Convolution: Review Of The Formula Lecture
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    Continuing Convolution: Review Of The Formula

    Stanford /
    Brad G. Osgood
  10. Central Limit Theorem And Convolution; Main Idea Lecture
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    Central Limit Theorem And Convolution; Main Idea

    Stanford /
    Brad G. Osgood
  11. Cop Story Lecture
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    Cop Story

    Stanford /
    Brad G. Osgood
  12. Setting Up The Fourier Transform Of A Distribution Lecture
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    Setting Up The Fourier Transform Of A Distribution

    Stanford /
    Brad G. Osgood
  13. Derivative Of A Distribution Lecture
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    Derivative Of A Distribution

    Stanford /
    Brad G. Osgood
  14. Application Of The Fourier Transform: Diffraction: Setup Lecture
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    Application Of The Fourier Transform: Diffraction: Setup

    Stanford /
    Brad G. Osgood
  15. More On Results From Last Lecture (Diffraction Patterns And The Fourier Transforms) Lecture
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    More On Results From Last Lecture (Diffraction Patterns And The Fourier Transforms)

    Stanford /
    Brad G. Osgood
  16. Review Of Main Properties Of The Shah Function Lecture
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    Review Of Main Properties Of The Shah Function

    Stanford /
    Brad G. Osgood
  17. Review Of Sampling And Interpolation Results Lecture
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    Review Of Sampling And Interpolation Results

    Stanford /
    Brad G. Osgood
  18. Aliasing Demonstration With Music Lecture
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    Aliasing Demonstration With Music

    Stanford /
    Brad G. Osgood
  19. Review: Definition Of The DFT Lecture
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    Review: Definition Of The DFT

    Stanford /
    Brad G. Osgood
  20. Review Of Basic DFT Definitions Lecture
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    Review Of Basic DFT Definitions

    Stanford /
    Brad G. Osgood

Related Lectures

  1. Maximilien Robespierre and the French Revolution Lecture

    Maximilien Robespierre and the French Revolution

    Yale / History
    John Merriman
  2. Greatest Common Divisor Lecture

    Greatest Common Divisor

    Khan Academy / Philosophy
    Salman Khan
  3. Understanding faith through the eyes of Stanley Spencer Lecture

    Understanding faith through the eyes of Stanley Spencer

    Gresham / Art & Architecture
    Ian Harris
  4. Themes in Faith and Globalization Lecture

    Themes in Faith and Globalization

    Yale / Religious Studies
    Miroslav Volf