Dr A.P.J. Abdul Kalam Technical University, UP, Electronics and Communication engineering Semester 8, Wireless & Mobile Communication Syllabus

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Unit - 1 Evolution of mobile radio communication fundamentals
Unit1
Evolution of Mobile Radio Communication Fundamentals
1.1 Evolution of Mobile Radio Communication Fundamentals
1.2 General Model of Wireless Communication Link
1.3 Types of Signals
1.4 Cellular Infrastructure
1.5 Cellular System Components
1.6 Antennas for Cellular Systems
1.7 Operation of Cellular Systems
1.8 Channel Assignment
1.9 Frequency Reuse
1.10 Channel Assignment Strategies
1.11 Handoff Strategies Cellular Interferences
1.12 Sectorization Wireless Channel and Radio Communication
1.13 Free Space Propagation Model
1.14 Channel Noise and Losses
1.15 Fading in Land Mobile Systems Multipath Fading
1.16 Fading Effects on Signal and Frequency Shadowing
Unit - 2 Wireless Channel Modeling
Unit2
Wireless Channel Modelling
2.1 Wireless Channel Modelling AWGN Channel
2.2 Rayleigh Channel
2.3 Rician Fading Channel
2.4 Nakagami Fading Channel
2.5 Ocumura and Hata Path Loss Model
2.6 Channel Modelling
2.7 Stochastic Channel Modelling
2.8 Flat Fading Channel Modelling
2.9 Wideband TimeDispersive Channel Modelling.
Unit - 3 Theory of Vocoders
Unit3
Theory of Vocoders
3.1 Theory of Vocoders
3.2 Types of Vocoders
3.3 Spread Spectrum Modulation
3.4 PseudoNoise Codes with Properties and Code Generation Mechanisms
3.5 DSSS and FHSS Systems
3.6 Time Hopping and Hybrid Spread Systems
3.7 Multicarrier Modulation Techniques
3.8 Zero Inter Symbol Interference Communication Techniques
3.9 Detection Strategies
3.10 Diversity Combining Techniques Selection Combining Threshold Combining Equal Gain Combining Maximum Ratio Combining
3.11 Spatial Diversity and Multiplexing in MIMO Systems
3.12 Channel Estimation
3.13 Equalization Techniques Transversal Filters Adaptive Equalizers Zero Forcing Equalizers Decision Feedback Equalizers and related algorithms
Unit - 4 Multiplexing and Multiple Access
Unit4
Multiplexing and Multiple Access
4.1 Multiplexing and Multiple Access FDMA TDMA CDMA OFDMA SCFDMA
4.2 IDMA Schemes and Hybrid Method of Multiple Access Schemes
4.3 RAKE Receiver
4.4 Multiple Access for Radio Packet Systems Pure ALOHA Slotted ALOHA CSMA and their versions
4.5 Packet and Pooling Reservation Based Multiple Access Schemes
Unit - 5 GSM system for mobile Telecommunication
Unit5
GSM system for mobile Telecommunication
5.1 GSM System for Mobile Telecommunication
5.2 General Packet Radio Service
5.3 Edge Technology
5.4 CDMA 2000
5.5 Wireless Local Loop
5.6 IMT 2000 and UMTS
5.7 Long Term Evolution LTE
5.8 Mobile Satellite Communication
5.9 Introduction to Mobile Adhoc Networks
5.10 LiFi Communication
5.11 UltraWideband Communication
5.12 Mobile Data Networks
5.13 Wireless Standards IMT 2000
5.14 Introduction to 4G and concept of NGN
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Other Subjects of 2
Machine learning
Satellite & radar systems
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