'Sampled waveform' presentation slideshows

Lecture 1.4. Sampling. Kotelnikov-Nyquist Theorem.

Lecture 1.4. Sampling. Kotelnikov-Nyquist Theorem. Linear Systems. Review of Linear Systems Linear Time-Invariant Systems Impulse Response Transfer Functions Distortionless Transmission. Linear Time-Invariant Systems.

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Chapter 2 Ideal Sampling and Nyquist Theorem

Chapter 2 Ideal Sampling and Nyquist Theorem. Topics: Impulse Sampling and Digital Signal Processing (DSP) Ideal Sampling and Reconstruction Nyquist Rate and Aliasing Problem Dimensionality Theorem Reconstruction Using Zero Order Hold. Huseyin Bilgekul Eeng360 Communication Systems I

270 views • 17 slides

2D Fourier Transform

2D Fourier Transform. Review of 2D Fourier Theory. We view f( x , y ) as a linear combination of complex exponentials that represent plane waves. F( u , v ) describes the weighting of each wave. has a frequency. The wave. and a direction. Review of 2D Fourier theory, continued.

147 views • 14 slides

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190 views • 7 slides