Learn · Signal Processing for mm Wave Communication for 5G and Beyond
Lecture 18 of 64Week 3
lecture No- 18 : Coherence time and parameter summery
Prof. Amit Kumar Dutta · IIT Kharagpur
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- Signal Processing for mm Wave Communication for 5G and Beyond, IIT Kharagpur (at NPTEL)
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All the lectures
- Lecture 1 : Tx- Rx Structure
- Lecture 2 : Rx -Structure
- Lecture 3 : Fundamental of Ray-Tracing model
- Lecture 4 : General channel model (Part-1)
- Lecture 5 : General channel model (Part-1) cont.
- Lecture 6 : General channel model (Part-1) cont.
- lecture No- 07 : General channel model (Part-II)
- lecture No- 08 : Wireless channel-A ray tracing model part-II
- lecture No- 09 : Wireless channel-A ray tracing model part-II (cont)
- lecture No- 10: Wireless channel-A ray tracing model part-II (cont)
- lecture No- 11 : Wireless channel-A ray tracing model part-II (cont)
- lecture No- 12 : RMS Delay spread & Doppler Effect on channel
- lecture No- 13 : Time Varing Model
- lecture No- 14 : Doppler Impact on coherence BW
- lecture No- 15 : Introduction to time series
- lecture No- 16 : AR,ARMA,MA process
- lecture No- 17 : Doppler with AR process model
- lecture No- 18 : Coherence time and parameter summery
- Lecture No 19 : Basic ISI channel
- Lecture No 20 : Channel estimation and Equalizer
- Lecture No 21 : precoder and MIMO
- Lecture No 22 : precoder and MIMO(contd)
- Lecture No 23 : Basics of mmwave spectrum
- lecture No- 24 : Angle of arrival and angle of departure
- lecture No- 25 : 3D concepts, AoA,AoD
- lecture No- 26 : mmWave channel model with RX beaming
- lecture No- 27 : mmWave channel model with RX beaming(contd)
- lecture No- 28 : mmWave channel model with RX beaming(contd)
- lecture No- 29 : mmWave channel model (contd)
- lecture No- 30 : mmwave channel model(continuing)
- lecture No- 31 : mmWave channel model (continuing -Tx side multiple antenna)
- lecture No- 32 : Basics of Beamforming
- lecture No- 33 : Single Antenna beamforming
- lecture No- 34 : Concept of antenna many fold vector.
- lecture No- 35 : 3D Concept of antenna many fold vector.
- lecture No- 36 "Different Geometry of antennafrom electrical point of view"
- lecture No- 37 Basics of Beamforming pattern(part-I)
- lecture No- 38 Basics of Beamforming pattern (part-II)
- lecture No- 39 SISO Beamforming
- lecture No- 40 : MIMO Beamforming
- lecture No- 41 : Structural implementation of MIMO Beamforming
- lecture No- 42 : Different Level of Beamforming
- lecture No- 43 : MIMO Beamforming in Transmitter side
- lecture No- 44 : MIMO Beamforming in Receiver side
- lecture No- 45 : MIMO Beamforming in Receiver side (part-II)
- lecture No- 46 : Mathematical description of MIMO Beamforming (cont’d)
- lecture No- 47 : Equalizer based detector
- lecture No- 48 : Parameter to be designed in MIMO Beamforming
- lecture No- 49 : OFDM Data model
- lecture No- 50 : OFDM Data model (cont'd)
- lecture No- 51 : General OFDM
- lecture No- 52 : OFDM spectrum and CFO
- lecture No- 53 : MIMO OFDM Structure
- lecture No- 54 : MIMO OFDM decode and beamforming
- lecture No- 55 : Design parameter estimation (part-1)
- lecture No- 56 : Design parameter estimation (part-2) "
- lecture No- 57 : Design parameter estimation (part-3) "
- lecture No- 58 : Design parameter estimation (part-4) "
- lecture No- 59 : Design parameter estimation (part-5) "
- lecture No- 60 : MU system
- lecture No- 61 : CFO and other impairment and their effects
- lecture No- 62 : Multi User Hybrid beam and impairment and analysis (part-3) "
- lecture No- 63 : Multi User Hybrid beam and Impairment and analysis (part-4)
- lecture No- 64 : Multi User Hybrid beam and Impairment and analysis (part-5)