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Introduction 0/3
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RAHAE310 Promotional Video 05 minLecture1.1
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RAHAE310.01.P01 Introduction of the course 02 minLecture1.2
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RAHAE310.01.P02 Antenna in wireless communication system 06 minLecture1.3
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RAHAE310.01.P03 Mobile phone communication. How its work? 02 minLecture1.4
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Revolutionary evolution of 5G technology 0/3
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RAHAE310.02.P01 Evolution of wireless communication 10 minLecture2.1
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RAHAE310.02.P02 Key features of 1G 01 minLecture2.2
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RAHAE310.02.P03 2G-4G 20 minLecture2.3
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5G Technology 0/4
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RAHAE310.02.P04 5G spectrum, country wise 5G trial 11 minLecture3.1
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RAHAE310.02.P04.1 Millimter-wave spectrum for 5G 04 minLecture3.2
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RAHAE310.02.P04.2 Millimeter-wave signal quality challenges 05 minLecture3.3
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RAHAE310.02.P05 5G characteristics, Applications, types 06 minLecture3.4
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RAHAE310.02.P06 5G triangle briefly 09 minLecture3.5
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Antenna used in previous wireless technology 0/1
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Requirements to implement 5G 0/21
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RAHAE310.04.P01 Beamforming 12 minLecture5.1
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RAHAE310.04.P01.1 Types of beamforming (Butler matrix) 07 minLecture5.2
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RAHAE310.04.P01.2 Types of beamforming (Blassmatrix) 02 minLecture5.3
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RAHAE310.04.P01.3 Disruptive Beamforming 04 minLecture5.4
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RAHAE310.04.P01.4 ROTMAN lens antenna 04 minLecture5.5
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RAHAE310.04.P01.5 ROTMAN lens operating parameters 05 minLecture5.6
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RAHAE310.04.P01.6 Multi stage lens antenna 04 minLecture5.7
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RAHAE310.04.P02 Important points about beamforming and advantages of beamforming 02 minLecture5.8
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RAHAE310.04.P03 Discussion on omnidirectional pattern and beamforming 04 minLecture5.9
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RAHAE310.04.P04 Beam management 06 minLecture5.10
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RAHAE310.04.P04.1 5G beamforming antennas design issues 10 minLecture5.11
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RAHAE310.04.P05 Beam scanning 02 minLecture5.12
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RAHAE310.04.P06 Beam scanning method 02 minLecture5.13
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RAHAE310.04.P07 Beam splitting 06 minLecture5.14
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RAHAE310.04.P07.1 Methods of beam splitting 04 minLecture5.15
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RAHAE310.04.P07.2 Metasurface 04 minLecture5.16
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RAHAE310.04.P07.3 Metasurface 04 minLecture5.17
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RAHAE310.04.P07.4 High impedance surface 08 minLecture5.18
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RAHAE310.04.P07.5 Reflection phase of the high impedance surface at normal incidence 03 minLecture5.19
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RAHAE310.04.P07.6 Applications of metasurfaces 04 minLecture5.20
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RAHAE310.04.P07.7 Microwave absorber 06 minLecture5.21
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RAHAE310.04.P07.8 Different way to achieve beam split 06 minLecture5.22
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Phased array 0/8
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RAHAE310.05.P01 Phased array introduction 05 minLecture6.1
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RAHAE310.05.P02 Phased array principle 04 minLecture6.2
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RAHAE310.05.P03 Operation of phased array antenna 06 minLecture6.3
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RAHAE310.05.P04 Advantages and disadvantages of phased array 03 minLecture6.4
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RAHAE310.05.P05 Possible arrangements of phased array 06 minLecture6.5
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RAHAE310.05.P06 Different types of phase shifting method/Phase shifting by changing frequency 06 minLecture6.6
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RAHAE310.05.P07 Phase shifting by changing length 05 minLecture6.7
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RAHAE310.05.P08 Phase shifting by changing permittivity 05 minLecture6.8
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RAHAE310.05.P09 Phase shifting by changing permeability 07 minLecture6.9
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Massive MIMO 0/10
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RAHAE310.06.P01 Introduction to cellular networks 07 minLecture7.1
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RAHAE310.06.P02 Introduction to cellular networks 04 minLecture7.2
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RAHAE310.06.P03 Introduction to cellular networks 03 minLecture7.3
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RAHAE310.06.P04 Classification of MIMO technology 06 minLecture7.4
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RAHAE310.06.P05 Classification of MIMO technology 06 minLecture7.5
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RAHAE310.06.P06 Classification of MIMO technology 06 minLecture7.6
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RAHAE310.06.P07 Massive MIMO 02 minLecture7.7
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RAHAE310.06.P08 Favourable propagation massive MIMO 04 minLecture7.8
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RAHAE310.06.P09 Advantages of massive MIMO 05 minLecture7.9
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RAHAE310.06.P10 phased array vs massive MIMO 04 minLecture7.10
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RF antenna diversity and its requirements in 5G Communication 0/1
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RAHAE310.07.P01 RF antenna diversity 10 minLecture8.1
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