Lecture

Diversity and Diversity Receivers

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Covers fading channels in wireless communication, discussing models, performance, diversity, and attenuation effects.

Explores OFDM channel estimation for wireless receivers, emphasizing the importance of accurate estimation in wireless communication systems.

Covers the impact of time and phase offset in wireless receivers and discusses compensation techniques.

Explores Multi-Carrier Modulation for wireless receivers, discussing wideband signal generation and the impact of multipath channels.

Covers the fundamentals of Orthogonal Frequency Division Multiplexing (OFDM) in wireless communication systems.

Discusses the impact of multipath channels with ISI on wireless receivers and how to mitigate their effects.

Covers the challenges and techniques of parameter estimation in wireless receivers.

Covers the challenges and methods of frame synchronization in wireless receivers.

Covers the discrete time model calculation for wireless receivers and Quadrature Amplitude Modulation (QAM).

Covers the impact and compensation of time and phase offset in wireless receivers.

Explores OFDM in wireless communication systems, covering multipath channels, modulation, periodic carriers, and design considerations.

Covers the systematic derivation of a synchronization algorithm with a generalized likelihood test in wireless receivers.

Explores achievable rate, channel capacity, spectral efficiency, and fading channels in wireless communication systems.

Covers wireless receivers in the presence of Gaussian noise and error probability estimation.

Explores error probability in wireless receivers and the challenges of ML detection.

Explores wireless modulation, noise effects, multipath propagation, and channel characteristics in wireless communication.

Explores MIMO capacity, spatial multiplexing, matched filter, and power normalization in wireless communication systems.

Explores Gaussian vectors, moment generating functions, independence, density functions, affine transformations, and quadratic forms.

Covers the fundamentals of wireless communication systems, receiver architectures, and modulation, including guided lab projects.

Explores the distribution theory of least squares estimators in a Gaussian linear model.