We particularly noticed the talks on convolution and impulse response. We think that often math and intuition don’t always come together. It is one thing, for example, ...

In the following animation, we see this four-step process to aid us in interpreting the resonance response of a single-DOF oscillator to harmonic excitation. From this, we see that the response ...

Transfer functions for harmonic response, impulse response, and step response. Convolution integrals for response to arbitrary inputs. Principle frequencies and modes. Applications to critical speeds, ...

First up is Reverberate LE, the convolution reverb. For the uninitiated, a convolution reverb works by digitally simulating an actual space. This is done by sampling a sound impulse response captured ...

Continuous-Time v. Discrete-Time Systems: system description -differential and difference equations and solutions; steady-state and transient response; finding the impulse response; system analysis ...

The characterisation of systems in the time and frequency domains, impulse response, transfer functions, and frequency response will be discussed. Introduction: objectives of the course - analyse, ...