Lectures related to Passband | EPFL Graph Search

Explores the transition between continuous time signals and passband modulation techniques.

Covers complex baseband and passband signals, modulation, demodulation, and signal recovery.

Explains how to fit the transmitter spectrum within the channel's bandwidth constraints.

Explores signal classification, sinusoidal modulation, applications, and demodulation techniques in the frequency domain.

Explores discrete Fourier transform, signal reconstruction, sampling interpretation, and periodic signal repetition.

Covers the design of a practical system to send data over a telephone channel.

Covers bandpass sampling for signals with limited frequency range, ensuring information preservation through proper sampling techniques.

Explores Poisson processes in photodetectors, emphasizing signal-to-noise ratio calculations under different conditions.

Delves into the computation of bandpass and analytic signals using complex envelopes.

Covers the analysis of LTI communication systems and reconstruction techniques for band-limited signals.

Covers the importance of sampling, signal reconstruction, and aliasing in digital representation.

Explores modulation, demodulation, envelope detection, broadcasting, and practical modulation considerations.

Explains the Nyquist rate and Sampling Theorem for reconstructing band-limited signals through examples and sampling techniques.

Covers the sampling of complex exponentials and the challenges of reconstruction in different scenarios.

Explores the design challenges and benefits of hybrid CRFs, emphasizing low loss and simultaneous optimization for improved performance.

Covers impulse-train sampling, the sampling theorem, and reconstructing signals from samples in the frequency domain.

Covers the Nyquist sampling theorem and the relationship between signal bandwidth and sampling frequency.