ECE4448 L2: The 1-D Wave Equation for Vibrating Strings (Guitar Amplification \u0026 Effects)

(19:12)

ECE4448 L3: Fourier Analysis on Strings (Guitar Amplification and Effects, Georgia Tech course)

(6:42)

ECE4448 L1: Guitar Amplification and Effects: Introduction (Georgia Tech course)

(5:11)

ECE4448 L15: Small-Signal Triode Models (Guitar Amplification and Effects, Georgia Tech course)

(21:14)

ECE4448 L11: Tone Controls and Marshall Leach's RC Theorems (Guitar Amplification and Effects)

(19:12)

ECE4448 L5: Harmonic Structure of Struck Strings (Guitar Amplification \u0026 Effects, Georgia Tech)

(7:5)

ECE4448 L9: Humbuckers (Guitar Amplification and Effects, Georgia Tech course)

(9:7)

ECE4448 L4: Harmonic Structure of Plucked Strings (Guitar Amplification and Effects, Georgia Tech)

(10:27)

Sorbus - Calculus (Guitar Playthrough)

(3:34)

Wave equation: Vibrating String Proof

(4:30)

ECE4450 L2.4: 50 Years of Music Synthesis: The Synthularity is Near (Analog Circuits for Music)

(18:37)

Damped Wave Equation for Physics of Rock

(3:15:41)

ECEECE Purdue Boltzmann Law Physics to Computers L2.1: Boltzmann Machines - Sampling

(20:25)

ECE4450 L2.1: 50 Years of Music Synthesis: Our Analog Ancestors (Analog Circuits for Music)

(20:5)