Private: BE EXTC SEM 7 – MOBILE COMMUNICATION SYSTEM

Module 1 – Fundamentals of Mobile Communication
10 Topics
1.1 – Introduction to Wireless Communication
1.1.a – Mobile Radio Telephony
1.1.b – Examples of Wireless Communication Systems
1.1.c – Related Design Problems
1.2 – The Cellular Concept System Design Fundamentals
1.2.a – Frequency Reuse
1.2.b – Channel Assignment Strategies
1.2.c – Interference and System Capacity
1.2.d – Trunking and Grade of Service
1.2.e – Improving Coverage and Capacity in Cellular Systems
Module 2 – Mobile Radio Propagation
17 Topics
2.1.a – Free Space Propagation Model
2.1.b – The Three Basic Propagation Mechanisms
2.1.c – Reflection
2.1.d – Ground Reflection (Two-ray) Model
2.1.e – Diffraction
2.1.f – Scattering
2.1.g – Practical Link Budget Design Using Path Loss Models
2.2.a – Small Scale Multipath Propagation
2.2.b – Parameters Of Mobile Multipath Channels
2.2.c – Types Of Small-Scale Fading
2.2.d – Rayleigh and Ricean Distributions
2.3.a – Frequency Division Multiple Access (FDMA)
2.3.b – Time Division Multiple Access (TDMA)
2.3.c – Space Spectrum Multiple Access (SSMA)
2.3.d – Space Division Multiple Access (SDMA)
2.3.e – OFDM-PAPR
2.3.f – OFDMA
Module 3 – 2G Technologies
21 Topics
3.1.a – GSM Network Architecture
3.1.b – GSM Signaling Protocol Architecture
3.1.c – Identifiers Used In GSM System
3.1.d – GSM Channels
3.1.e – Frame Structure for GSM
3.1.f – GSM Speech Coding
3.1.g – Authentication and Security in GSM
3.1.h – GSM Call Procedures
3.1.i – GSM Hand-off Procedures
3.1.j – GSM Services and Features
3.2.a – GPRS and EDGE
3.2.b – GPRS & EDGE Architecture
3.2.c – Radio Specifications
3.2.d – Channels
3.3 – IS-95
3.3.a – Architecture of CDMA System
3.3.b – CDMA Air Interface
3.3.c – Power Control in CDMA System
3.3.d – Power Control
3.3.e – Handoff
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Module 4 – 3G Technology
12 Topics
4.1.a – UMTS Objectives
4.1.b – Standardization and Releases
4.1.c – Network Architecture
4.1.d – Air Interface Specifications
4.1.e – Channels
4.1.f – Security Procedure
4.1.g – W-CDMA Air Interface
4.1.h – Attributes of W-CDMA system
4.1.i – W-CDMA Channels
4.2 – Cdma2000 Cellular Technologies
4.2.a – Forward And Reverse Channels
4.2.b – Handoff And Power Control
Module 5 – 3GPP LTE
18 Topics
5.3 – Logical and Physical Channels
5.3.a – Mapping of Data onto (Logical) Sub-Channels
5.4 – Physical Layer Procedures
5.4.a – Establishing a Connection
5.4.b – Retransmissions and Reliability
5.4.c – Scheduling
5.4.d – Power Control
5.1 – Introduction, System Overview
5.1.a – Frequency Bands and Spectrum Flexibility
5.1.b – Network Structure
5.1.c – Protocol Structure
5.2 – Physical Layer
5.2.a – Frames
5.2.b – Slots
5.2.c – Symbols
5.2.d – Modulation
5.2.e – Coding
5.2.f – Multiple-Antenna Techniques
Module 6 – Advanced techniques for 4G deployment
7 Topics
6.1.a – Smart Antennas
6.1.b – Multiple Input Multiple Output Systems
6.2.a – Architecture
6.2.b – Spectrum Sensing
6.3 – Relaying Multi-Hop and Cooperative Communications
6.3.a – Principles of Relaying
6.3.b – Fundamentals of Relaying
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1.1.a – Mobile Radio Telephony

Private: BE EXTC SEM 7 – MOBILE COMMUNICATION SYSTEM Module 1 – Fundamentals of Mobile Communication 1.1.a – Mobile Radio Telephony
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