Lecture 07: General channel model (Part-II)

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Lecture -08:Wireless channel-A ray tracing model part-II

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Lecture-09: Wireless channel-A ray tracing model part-II (cont)

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Lecture-10: Wireless channel-A ray tracing model part-II (cont)

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Lecture- 11:Wireless channel-A ray tracing model part-II (cont)

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Lecture -12:RMS Delay spread & Doppler Effect on channel

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Lecture-13:Time Varing Model

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Lecture-14: Doppler Impact on coherence BW

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Lecture-15: Introduction to time series

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Lecture-16:AR,ARMA,MA process

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lecture -17: Doppler with AR process model

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Lecture-18: Coherence time and parameter summery

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Lecture-19: Basic ISI channel

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Lecture-20: Channel estimation and Equalizer

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Lecture-21: precoder and MIMO

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Lecture 22: precoder and MIMO(contd)

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Lecture-23:Basics of mmwave spectrum

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lecture 24 : Angle of arrival and angle of departure

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Lecture 25: 3D concepts, AoA,AoD

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Lecture 26: mmWave channel model with RX beaming

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Lecture 27: mmWave channel model with RX beaming(contd)

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Lecture 28 : mmWave channel model with RX beaming(contd)

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Lecture 29: mmWave channel model with RX beaming(contd)

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Lecture 30 : mmwave channel model(continuing)

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Lecture 31 : mmWave channel model (continuing -Tx side multiple antenna)

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Lecture 32 : Basics of Beamforming

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Lecture 33:Single Antenna beamforming

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Lecture 34: Concept of antenna many fold vector.

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Lecture 35 : 3D Concept of antenna many fold vector

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Lecture-36 : Different Geometry of antennafrom electrical point of view

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Lecture-37: Basics of Beamforming pattern(part-I)

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Lecture-38: Basics of Beamforming pattern (part-II)

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Lecture-39: SISO Beamforming

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Lecture-40: MIMO Beamforming

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Lecture-41: Structural implementation of MIMO Beamforming

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Lecture-42: Different Level of Beamforming

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Lecture-43: MIMO Beamforming in Transmitter side

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Lecture-44: MIMO Beamforming in Receiver side

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Lecture-45 : MIMO Beamforming in Receiver side (part-II)

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Lecture-46: Mathematical description of MIMO Beamforming (cont'd)

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Lecture-47 : Equalizer based detector

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Lecture-48: Parameter to be designed in MIMO Beamforming

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Lecture -49: OFDM Data Model

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Lecture-50 : OFDM Data model (cont'd)

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Lecture-51 : General OFDM

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Lecture-52 : OFDM spectrum and CFO

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Lecture-53: MIMO OFDM structure

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Lecture-54: MIMO OFDM decode and beamforming

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Lecture-55: Design parameter estimation (part-1)

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Lecture-56: Design parameter estimation (part-2)

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Lecture-57: Design parameter estimation (part-3)

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Lecture-58: Design parameter estimation (part-4)

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Lecture-59: Design parameter estimation (part-5)

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Lecture-59: Design parameter estimation (part-5)

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Lecture-60: MU System

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Lecture-61:CFO and other impairment and their effects

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Lecture-62: Multi User Hybrid beam and impairment and analysis (part-3)

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Lecture-63: Multi User Hybrid beam and Impairment and analysis (part-4)

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Lecture-64:Multi User Hybrid beam and Impairment and analysis (part-5)

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Live Session 25-08-2021

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