Other university, Electronics and Communication engineering , Cellular Networks Syllabus

Unit - 1 Introduction Of Wireless Channel

Unit 1

Introduction of Wireless Channel

1.1 Introduction

1.2 Free Space Propagation Model

1.3 GroundReflection Scenario

1.4 Hata Model and ReceiverNoise Computation

1.5 Channel Estimation techniques

1.6 Diversity in wireless communications

Unit - 2 Orthogonal Frequency Division Multiplexing

Unit 2

Orthogonal Frequency Division Multiplexing

2.1 Introduction

2.2 Motivation and Multicarrier basics

2.3 OFDM example bit error rate for OFDM

2.4 MultipleInput MultipleOutput Wireless Communications Introduction to MIMO Wireless Communications

2.5 MIMO System Model and MIMOOFDM

Unit - 3 Introduction To Mobile Communication

Unit 3

Introduction to Mobile Communication

3.1 Introduction to Cellular Service Progression

3.2 Cell Geometry

3.3 Overview of Cellular mobile and Network architecture

3.4 Cellular radio system design Frequency assignments

3.5 Frequency reuse channels

3.6 Concept of cell splitting and Cell sectoring

3.7 Significance of Handover in cellular systems with Handoff algorithms and roaming

Unit - 4 Wireless System Planning

Unit 4

Wireless System Planning

4.1 LinkBudget Analysis

4.2 Teletraffic Theory

4.3 Teletraffic System Model and Steady State Analysis

Unit - 5 Wireless And Mobile Technologies And Protocols And Their Performance Evaluation

Unit 5

Wireless and Mobile Technologies and Protocols and their performance evaluation

5.1 Introduction

5.2 Wireless and mobile technologies

5.3 LTE advanced

5.4 5G – Architecture

5.5 Wireless local area network

5.6 Simulations of wireless networks

Unit - 6 Performance Analysis Issues

Unit 6

Performance Analysis Issues

6.1 Introduction to Network coding

6.2 Basic hamming code and significance of Information Theory

6.3 Interference suppression and Power control

6.4 MAC layer scheduling and connection admission in mobile communication