CN PPT MMZ 9 Jan 2024

1. S.B.PATIL COLLEGE OF
ENGINEERING,INDAPUR,DIST:PUNE
Department of Electronics & Telecommunication Engineering
Mr. M. M. Zade
Assistant Professor, Department of E & TC Engineering,
SBPCOE,Indapur
304192-Cellular Network
Teaching Scheme: Credit Examination Scheme:
Theory: 03 hrs. /
week
03 In-Sem (Theory): 30 Marks
End Sem (Theory): 70 Marks
Prerequisite Courses, if any: 1. Basic knowledge of - Probability, Random variables and Modulation.
Course Objectives:
• Various propagation Model and Estimation techniques of wireless communication system.
• OFDM and MIMO technologies to explain modern wireless systems.
• Various aspects of mobile communication system.
• Various aspects of wireless-system planning.
• Different Generation of Mobile Networks.
• Diversified issues that can enhance Network Performance.

2. Cellular Network(2019 Course)
 Insem 30 Marks
 Unit 1. Introduction of Wireless Channel
 Unit 2. Orthogonal Frequency Division Multiplexing
 Endsem 70 Marks
 Unit 3. Introduction to Mobile Communication
 Unit 4. Wireless System Planning
 Unit 5. Wireless and Mobile Technologies and Protocols and their performance
evaluation
 Unit 6. Performance Analysis Issues

3. Unit I. Introduction of Wireless Channel
 Introduction
 Free Space Propagation Model,
 Ground-Reflection Scenario,
 Hata Model and Receiver-Noise Computation.
 Channel Estimation techniques and Diversity in wireless
communications.

4. Unit II Orthogonal Frequency Division
Multiplexing
 Introduction, Motivation and Multicarrier basics,
 OFDM example,
 bit error rate for OFDM.
 Multiple-Input Multiple-Output Wireless Communications:
Introduction to MIMO Wireless Communications,
 MIMO System Model and MIMO-OFDM.

5. Unit III Introduction to Mobile Communication
Introduction to Cellular Service Progression,
 Cell Geometry, Overview of Cellular mobile and Network architecture,
 Cellular radio system design-- Frequency assignments, frequency reuse
channels, Concept of cell splitting and Cell sectoring.
Significance of Handover in cellular systems with Handoff algorithms
and roaming

6. Unit IV Wireless System Planning
 Link-Budget Analysis,
 Tele-traffic Theory,
 Tele-traffic System Model and Steady State Analysis.

7. Unit V Wireless and Mobile Technologies and
Protocols and their performance evaluation
 Introduction,
 Wireless and mobile technologies,
 LTE- advanced,
 5G – Architecture,
 wireless local area network and Simulations of wireless networks.

8. Unit VI Performance Analysis Issues
 Introduction to Network coding,
 basic hamming code and significance of Information Theory.
 Interference suppression and Power control.
 MAC layer scheduling and connection admission in mobile
communication.

9. Introduction
 Wireless communication – broadcasting and reception of signals by an
appropriate receiver through wireless medium (air)

10. Characteristics of wireless channels
 Path loss
 Fading
 Interference
 Doppler shift