EE-548: Audio engineering

Lectures in this course (88)

Explores linear antennas, arrays, directivity theory, and beamforming applications in acoustics.

Explores linear antennas, uniform linear antennas, phased linear antennas, and their applications in controlling directivity in acoustics.

Explores linear antennas, phased arrays, interference microphones, and cosine weighting in antenna design.

Explores linear antennas, arrays of directive sources, and delay and sum beamforming.

Introduces audio engineering fundamentals, covering microphone transduction, impedance matching, and directivity control.

Covers microphone theory, design, sensitivity, directivity, diffraction, and specifications like impedance ranges and output connectors.

Explores microphone theory, diaphragm movement, acoustic action modes, and electromechanical coupling equations.

Explores the theory and operation of pressure and gradient microphones, mixed-action microphones, and microphone arrays.

Introduces the electrodynamic loudspeaker, explains radiation types, and discusses bandwidth zones.

Explores the electrodynamic loudspeaker acoustic scheme and its components.

Covers the electric scheme of electrodynamic loudspeakers and the relationship between electrical and mechanical components in loudspeaker design.

Explores electrodynamic loudspeakers' Thiele/Small parameters for audio engineering.

Covers the electrodynamic loudspeaker acoustic response and calculations of acoustic power and pressure.

Covers the electric response and high frequency behavior of electrodynamic loudspeakers.

Covers the properties of loudspeaker systems, including closed-box and vented-box enclosures.

Introduces the equalization of room modes using electroacoustic absorbers in low frequencies.

Analyzes the frequency response of a room with electroacoustic absorbers.

Demonstrates the impact of electroacoustic absorbers on room pressure distribution.

Explores room modes time decay and equalization with electroacoustic absorbers.

Introduces electroacoustic absorbers for room modal equalization, focusing on improving the listening experience at low frequencies.

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