Department of Electronics & Communication Engineering

Course File

CELLULAR AND MOBILE COMMUNICATIONS

(Course Code: EC851PE)

IV B.Tech II Semester
2023-24

Md. Fareed Ahamad

Assistant Professor

Ananthagiri, Kodad, Telangana 508 206, India.

Course File Department of Electronics & Communication Engineering

CELLULAR AND MOBILE COMMUNICATIONS

Check List

S.No Name of the Format Page No.

1 Syllabus 3
2 Timetable 5
3 Program Educational Objectives 8
4 Program Objectives 8
5 Course Objectives 9
6 Course Outcomes 9
7 Guidelines to study the course 10
8 Course Schedule 11
9 Course Plan 13
10 Unit Plan 18
11 Lesson Plan 19
12 Assignment Sheets 28
13 Tutorial Sheets 32
14 Evaluation Strategy 38
15 Assessment in relation to COb's and CO's 39
16 Mappings of CO's and PO's 40
17 Rubric for course 41
18 Mid-I and Mid-II question papers 42
19 Mid-I mark 44
20 Mid-II mark 48
21 Sample answer scripts and Assignments 51
22 Course materials like Notes, PPT's, etc. 56

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

ANURAG ENGINEERING COLLEGE

(An Autonomous Institution)

IV Year B.Tech. ECE - II Sem L T/P/D C

3 -/-/- 3

(EC851PE) CELLULAR AND MOBILE COMMUNICATIONS

Int. Marks:25 Ext. Marks:75 Total Marks:100
(PROFESSIONAL ELECTIVE-V)
Prerequisites: COMMUNICATIONS

Course Objectives:

1. To understand concepts of cellular and mobile radio systems

2. To design cellular radio system and the required antennas
3. To learn about digital cellular networks
4. To understand concepts of cellular and mobile radio systems
5. To design cellular radio system and the required antennas

UNIT I:

Cellular Mobile Radio Systems: Introduction to Cellular Mobile System, Performance criteria, uniqueness of
mobile radio environment, operation of cellular systems, Hexagonal shaped cells, Analog and Digital Cellular
systems.

Elements of Cellular Radio System Design: General description of the problem, concept of frequency reuse, Co-
channel Interference Reduction Factor, desired C/I from a normal case in an omni-directional Antenna system, Cell
splitting, consideration of the components of Cellular system.

UNIT II:

Interference: Introduction to Co-Channel Interference, real time Co-Channel interference, measurement, design of
Antenna system, Antenna parameters and their effects, diversity receiver, non-co-channel interference-different
types.

Cell Coverage For Signal And Traffic :Signal reflections in flat and hilly terrain, effect of human made structures,
phase difference between direct and reflected paths, constant standard deviation, straight line path loss slope, general
formula for mobile propagation over water and flat open area, near and long distance propagation, path loss from of
a point to point prediction model.

UNIT III:

Cell Site and Mobile Antennas: Sum and difference patterns and their synthesis, omni directional antennas,
directional antennas for interference reduction, space diversity antennas, umbrella pattern antennas, minimum
separation of cell site antennas, high gain antennas.

Frequency Management and Channel Assignment: Numbering and grouping, setup access and paging channels
channel assignments to cell sites and mobile units, channel sharing and borrowing, sectorization, overlaid cells, non-
fixed channels segment.

UNIT IV:
AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS
Course File Department of Electronics & Communication Engineering
Handoffs and Dropped Calls:

Handoff, dropped calls and cell splitting, types of handoff, handoff initiation, delaying handoff, forced handoff,
mobile assisted handoff, Intersystem handoff, micro cells, vehicle locating methods, dropped call rates and their
evaluation.

UNIT V:

DIGITAL CELLULAR NETWORKS: GSM architecture, GSM channels, GSM Standards, multiple
access schemes -TDMA, CDMA.

TEXTBOOKS

1. Mobile Cellular Telecommunications – W.C.Y. Lee, Tata McGraw Hill, 2ndEdition, 2006.

2. Principles of Mobile Communications – Gordon L. Stuber, Springer International 2nd Edition, 2007.

REFERENCES
1. Wireless Communications - Theodore. S. Rapport, Pearson education, 2nd Edition, 2002.

2. Wireless Communication and Networking – Jon W. Mark and Weihua Zhqung, PHI, 2005.
Expected Course Outcomes: At the end of the course students should be able to

1. Discuss cellular mobile radio concepts.

2. Identify various propagation effects.
3. To have knowledge of the mobile antenna specifications.
4. Understand the concepts of handoffs and dropped calls.
5. Understand the GSM architecture and Classify multiple access techniques in mobile
communication

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

Timetable

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

Vision of the Institute

To be a premier Institute in the country and region for the study of Engineering, Technology and Management by
maintaining high academic standards which promotes the analytical thinking and independent judgment among
the prime stakeholders, enabling them to function responsibly in the globalized society.

Mission of the Institute

To be a world-class Institute, achieving excellence in teaching, research and consultancy in cutting-edge
Technologies and be in the service of society in promoting continued education in Engineering,
Technology and Management.

Quality Policy
Department of Electronics and Communication Engineering Quality policy is to ensure and maintain a low
risk status from planned monitoring, maintenance and improvement of the institutes Quality Framework.

Vision of the Department

Our vision is to develop the department into a full-fledged Centre of learning in various fields of
Electronics & Communication Engineering keeping in view the latest developments.

Mission of the Department

The Mission of the department is to turn out full-fledged Engineers in the field of Electronics
Communication Engineering with an overall background suitable for making a successful career either in
industry/research or higher education in India and abroad. To inculcate professional behavior, strong
ethical values, innovative research capabilities and leadership abilities in the young minds so as to work
with a commitment to the progress of the nation.

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

Program Educational Objectives (B.Tech. – ECE)

Graduates will be able to

PEO1: Excel in professional career & higher education, by acquiring knowledge in related fields of
Electronics & Communication Engineering.
PEO2: Exhibit leadership in their profession, through technological ability and contemporary knowledge
for solving the real life problems appropriately that are technically sound, economically feasible & socially
acceptable.
PEO3: Adapt to the emerging technologies for sustenance by exhibiting professionalism, ethical attitude &
communication skills in their relevant areas of interest by engaging in lifelong learning.

Program Outcomes (B.Tech. – ECE)

At the end of the Program, a graduate will have the ability to

PO 1: An ability to apply knowledge of mathematics, science, fundamentals of engineering to solve

electronics and communication engineering problems.
PO 2: An ability to identify, formulate and analyze and solve complex electronics and communication
Engineering using the first principles of mathematics and engineering sciences.
PO 3: An ability to develop solutions to electronics and communication systems to meet the specified
needs with appropriate consideration for public health and safety, cultural, societal, and environmental
considerations.
PO 4: An ability to design and perform experiments of electronic circuits and systems, analyze and
interpret data to provide valid conclusions.
PO 5: An ability to learn, select and apply appropriate techniques, resources and modern engineering tools
including prediction and modelling, to complex electronics and communication systems.
PO 6: An ability to assess the knowledge of contemporary issues to the societal responsibilities relevant to
professional practice.
PO 7: An ability to understand the impact of professional engineering solutions in societal and
environmental contexts and demonstrate knowledge for the need of sustainable development.
PO 8:An ability to demonstrate the understanding of professional, ethical responsibilities and norms of
engineering practice.
PO 9:An ability to function effectively as an individual and as a member or leader in diverse teams and in
multidisciplinary settings.
PO 10: An ability to communicate effectively with the engineering community and with society at large.
PO 11: An ability to demonstrate knowledge and understanding of engineering and management principles
and apply these to manage projects.
PO 12: An ability to recognize the need for, and engage in lifelong learning in the broadest context of
technological change.

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

COURSE OBJECTIVES

On completion of this Subject/Course the student shall be able to:

S.No Objectives
1 To understand concepts of cellular and mobile radio systems

2 To design cellular radio system and the required antennas

3 To learn about digital cellular networks

4 To understand concepts of cellular and mobile radio systems

5 To design cellular radio system and the required antennas

COURSE OUTCOMES

The expected outcomes of the Course/Subject are:

S.No Outcomes
1. Discuss cellular mobile radio concepts.

2. Identify various propagation effects.

3. To have knowledge of the mobile antenna specifications.

4. Understand the concepts of handoffs and dropped calls.

5. Understand the GSM architecture and Classify multiple access techniques in mobile
communication.

Signature of faculty

Note: Please refer to Bloom’s Taxonomy, to know the illustrative verbs that can be used to state the outcomes.

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

GUIDELINES TO STUDY THE COURSE / SUBJECT

Course Design and Delivery System (CDD):

• The Course syllabus is written into number of learning objectives and outcomes.
• Every student will be given an assessment plan, criteria for assessment, scheme of evaluation and
grading method.
• The Learning Process will be carried out through assessments of Knowledge, Skills and Attitude by
various methods and the students will be given guidance to refer to the text books, reference books,
journals, etc.

The faculty be able to –

• Understand the principles of Learning
• Understand the psychology of students
• Develop instructional objectives for a given topic
• Prepare course, unit and lesson plans
• Understand different methods of teaching and learning
• Use appropriate teaching and learning aids
• Plan and deliver lectures effectively
• Provide feedback to students using various methods of Assessments and tools of Evaluation
• Act as a guide, advisor, counselor, facilitator, motivator and not just as a teacher alone

Signature of HOD Signature of faculty

Date: Date:

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

COURSE SCHEDULE

The Schedule for the whole Course / Subject is: CELLULAR AND MOBILE COMMUNICATIONS
Duration (Date) Total No.
S. No. Description
From To of Periods
UNIT-I:
Cellular Mobile Radio Systems: Introduction to Cellular
Mobile System, Performance criteria, uniqueness of mobile
radio environment, operation of cellular systems, Hexagonal
1. shaped cells, Analog and Digital Cellular systems.
Elements of Cellular Radio System Design: General 15.11.2023 16.12.2023 14
description of the problem, concept of frequency reuse, Co-
channel Interference Reduction Factor, desired C/I from a
normal case in an omni-directional Antenna system, Cell
splitting, consideration of the components of Cellular system.
UNIT-II:
Interference: Introduction to Co-Channel Interference, real
time Co-Channel interference, measurement, design of
Antenna system, Antenna parameters and their effects,
diversity receiver, non-co-channel interference-different
types.
2. Cell Coverage For Signal And Traffic :Signal reflections in
07.12.2023 29.12.2023 16
flat and hilly terrain, effect of human made structures, phase
difference between direct and reflected paths, constant
standard deviation, straight line path loss slope, general
formula for mobile propagation over water and flat open area,
near and long distance propagation, path loss from of a point
to point prediction model.

UNIT-III:
Cell Site and Mobile Antennas: Sum and difference
patterns and their synthesis, omni directional antennas,
directional antennas for interference reduction, space
diversity antennas, umbrella pattern antennas, minimum
separation of cell site antennas, high gain antennas.
3. Frequency Management and Channel Assignment: 30.12.2023 01.02.2024 16
Numbering and grouping, setup access and paging channels
channel assignments to cell sites and mobile units, channel
sharing and borrowing, sectorization, overlaid cells, non-
fixed channels segment.

UNIT-IV:
Handoffs and Dropped Calls: Handoff, dropped calls and
cell splitting, types of handoff, handoff initiation, delaying
4.
handoff, forced handoff, mobile assisted handoff, Intersystem 02.02.2024 02.03.2024 17
handoff, micro cells, vehicle locating methods, dropped call
rates and their evaluation.

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Course File Department of Electronics & Communication Engineering
UNIT-V:
5. DIGITAL CELLULAR NETWORKS: GSM
architecture, GSM channels, GSM Standards, 04.03.2024 04.04.2024 18
multiple access schemes -TDMA, CDMA.

Total No. of Instructional periods available for the course: 81 Hours

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

SCHEDULE OF INSTRUCTIONS - COURSE PLAN

Objectives
Unit Lesson No. of & References
Date Topics / Sub-Topics
No. No. Periods Outcomes (Textbook, Journal)
Nos.
Cellular Mobile Radio Systems: Mobile Cellular
1,2 Telecommunications –
1 15.11.2023 1 Introduction to Cellular Mobile W.C.Y. Lee, Tata McGraw
1
System Hill, 2ndEdition.
Mobile Cellular
1,2 Telecommunications –
2 16.11.2023 1 Performance criteria, W.C.Y. Lee, Tata McGraw
1
Hill, 2ndEdition.
Mobile Cellular
1,2 Telecommunications –
3 17.11.2023 1 operation of cellular systems W.C.Y. Lee, Tata McGraw
1
Hill, 2ndEdition.
Mobile Cellular
1,2 Telecommunications –
4 18.11.2023 1 Hexagonal shaped cells W.C.Y. Lee, Tata McGraw
1
Hill, 2ndEdition.
Mobile Cellular
Analog and Digital Cellular 1,2 Telecommunications –
5 20.11.2023 1 W.C.Y. Lee, Tata McGraw
systems. 1
Hill, 2ndEdition.
Mobile Cellular
Elements of Cellular Radio
1,2 Telecommunications –
6 22.11.2023 1 System Design: General
1 W.C.Y. Lee, Tata McGraw
description of the problem Hill, 2ndEdition.
1.
Mobile Cellular
1,2 Telecommunications –
7 23.11.2023 1 concept of frequency reuse W.C.Y. Lee, Tata McGraw
1
Hill, 2ndEdition.
Mobile Cellular
Co-channel Interference 1,2 Telecommunications –
8 24.11.2023 1 W.C.Y. Lee, Tata McGraw
Reduction Factor 1
Hill, 2ndEdition.
desired C/I from a normal case in Mobile Cellular
1,2 Telecommunications –
9 25.11.2023 2 an omni-directional Antenna W.C.Y. Lee, Tata McGraw
1
system Hill, 2ndEdition.
Cell splitting, consideration of the Mobile Cellular
1,2 Telecommunications –
10 28.11.2023 1 components of Cellular system. W.C.Y. Lee, Tata McGraw
1
Hill, 2ndEdition.
Mobile Cellular
consideration of the components 1,2 Telecommunications –
11 02.12.2023 2 W.C.Y. Lee, Tata McGraw
of Cellular system. 1
Hill, 2ndEdition.
Mobile Cellular
uniqueness of mobile radio 1,2 Telecommunications –
12 04.12.2023 1 W.C.Y. Lee, Tata McGraw
environment 1
Hill, 2ndEdition.
Mobile Cellular
Interference: Introduction to Co- 3,4 Telecommunications –
2. 1 05.12.2023 1 W.C.Y. Lee, Tata McGraw
Channel Interference 2
Hill, 2ndEdition.
AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS
Course File Department of Electronics & Communication Engineering
Mobile Cellular
3,4 Telecommunications –
2 06.12.2023 1 real time Co-Channel interference W.C.Y. Lee, Tata McGraw
2
Hill, 2ndEdition.
Mobile Cellular
measurement 3,4 Telecommunications –
3 07.12.2023 1 W.C.Y. Lee, Tata McGraw
2
Hill, 2ndEdition.
Mobile Cellular
3,4 Telecommunications –
4 08.12.2023 1 design of Antenna system W.C.Y. Lee, Tata McGraw
2
Hill, 2ndEdition.
Mobile Cellular
Antenna parameters and their 3,4 Telecommunications –
5 11.12.2023 1
effects 2 W.C.Y. Lee, Tata McGraw
Hill, 2ndEdition.
Mobile Cellular
3,4 Telecommunications –
6 12.12.2023 1 diversity receiver W.C.Y. Lee, Tata McGraw
2
Hill, 2ndEdition.
non-co-channel interference- Mobile Cellular
3,4 Telecommunications –
7 13.12.2023 1 different types. W.C.Y. Lee, Tata McGraw
2
Hill, 2ndEdition.
Cell Coverage for Signal and Mobile Cellular
3,4 Telecommunications –
8 14.12.2023 1 Traffic: Signal reflections in flat W.C.Y. Lee, Tata McGraw
2
and hilly terrain Hill, 2ndEdition.
Mobile Cellular
3,4 Telecommunications –
9 15.12.2023 2 effect of human made structures W.C.Y. Lee, Tata McGraw
2
Hill, 2ndEdition.
Mobile Cellular
phase difference between direct 3,4 Telecommunications –
10 18.12.2023 1 W.C.Y. Lee, Tata McGraw
and reflected paths 2
Hill, 2ndEdition.
Mobile Cellular
constant standard deviation, 3,4 Telecommunications –
11 19.12.2023 2 W.C.Y. Lee, Tata McGraw
straight line path loss slope 2
Hill, 2ndEdition.
Mobile Cellular
general formula for mobile
3,4 Telecommunications –
12 21.12.2023 2 propagation over water and flat W.C.Y. Lee, Tata McGraw
2
open area Hill, 2ndEdition.
Mobile Cellular
near and long-distance 3,4 Telecommunications –
13 22.12.2023 1 W.C.Y. Lee, Tata McGraw
propagation 2
Hill, 2ndEdition.
Mobile Cellular
path loss from of a point-to-point 3,4 Telecommunications –
14 23.12.2023 1 W.C.Y. Lee, Tata McGraw
prediction model 2
Hill, 2ndEdition.
Cell Site and Mobile Antennas: Mobile Cellular
3,4 Telecommunications –
1 27.12.2023 1 Sum and difference patterns and W.C.Y. Lee, Tata McGraw
2
their synthesis Hill, 2ndEdition.
3. Mobile Cellular
3,4 Telecommunications –
2 29.12.2023 1 omni directional antennas
2 W.C.Y. Lee, Tata McGraw
Hill, 2ndEdition.
AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS
Course File Department of Electronics & Communication Engineering
Mobile Cellular
directional antennas for 5,6 Telecommunications –
3 30.12.2023 2 W.C.Y. Lee, Tata McGraw
interference reduction 3
Hill, 2ndEdition.
Mobile Cellular
5,6 Telecommunications –
4 02.01.2024 1 space diversity antennas W.C.Y. Lee, Tata McGraw
3
Hill, 2ndEdition.
Mobile Cellular
5,6 Telecommunications –
5 03.01.2024 1 umbrella pattern antennas W.C.Y. Lee, Tata McGraw
3
Hill, 2ndEdition.
Mobile Cellular
minimum separation of cell site 5,6 Telecommunications –
6 05.01.2024 2
antennas, high gain antennas. 3 W.C.Y. Lee, Tata McGraw
Hill, 2ndEdition.
Frequency Management and Mobile Cellular
5,6 Telecommunications –
7 06.01.2024 1 Channel Assignment: W.C.Y. Lee, Tata McGraw
3
Numbering and grouping Hill, 2ndEdition.
setup access and paging channels Mobile Cellular
5,6 Telecommunications –
8 08.01.2024 1 channel assignments to cell sites W.C.Y. Lee, Tata McGraw
3
and mobile units Hill, 2ndEdition.
Mobile Cellular
5,6 Telecommunications –
9 09.01.2024 1 channel sharing and borrowing W.C.Y. Lee, Tata McGraw
3
Hill, 2ndEdition.
Mobile Cellular
5,6 Telecommunications –
10 17.01.2024 1 sectorization W.C.Y. Lee, Tata McGraw
3
Hill, 2ndEdition.
Mobile Cellular
5,6 Telecommunications –
11 18.01.2024 1 overlaid cells W.C.Y. Lee, Tata McGraw
3
Hill, 2ndEdition.
Mobile Cellular
19.01.2024
non-fixed channels segment. 5,6 Telecommunications –
12 & 2 W.C.Y. Lee, Tata McGraw
3
20.01.2024 Hill, 2ndEdition.
Handoffs and Dropped Calls: Mobile Cellular
22.01.2024
5,6 Telecommunications –
1 & 1 Handoff W.C.Y. Lee, Tata McGraw
3
24.01.2024 Hill, 2ndEdition.
Mobile Cellular
5,6 Telecommunications –
2 27.01.2024 1 dropped calls and cell splitting W.C.Y. Lee, Tata McGraw
3
Hill, 2ndEdition.
01.02.2024 Mobile Cellular
5,6 Telecommunications –
4 3 & 2 types of handoffs W.C.Y. Lee, Tata McGraw
3
30.01.2024 Hill, 2ndEdition.
Mobile Cellular
7,8 Telecommunications –
4 02-02-2024 1 handoff initiation W.C.Y. Lee, Tata McGraw
4
Hill, 2ndEdition.
Mobile Cellular
7,8 Telecommunications –
5 05-02-2024 1 delaying handoff
4 W.C.Y. Lee, Tata McGraw
Hill, 2ndEdition.
AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS
Course File Department of Electronics & Communication Engineering
Mobile Cellular
7,8 Telecommunications –
6 06-02-2024 1 forced handoff W.C.Y. Lee, Tata McGraw
4
Hill, 2ndEdition.
07-02-2024 Mobile Cellular
7,8 Telecommunications –
7 & 2 mobile assisted handoff W.C.Y. Lee, Tata McGraw
4
08-02-2024 Hill, 2ndEdition.
Mobile Cellular
7,8 Telecommunications –
8 12-02-2024 1 Intersystem handoff W.C.Y. Lee, Tata McGraw
4
Hill, 2ndEdition.
13-02-2024 Mobile Cellular
7,8 Telecommunications –
9 & 2 micro cells
4 W.C.Y. Lee, Tata McGraw
16-02-2024 Hill, 2ndEdition.
Mobile Cellular
7,8 Telecommunications –
10 17-02-2024 1 vehicle locating methods W.C.Y. Lee, Tata McGraw
4
Hill, 2ndEdition.
Mobile Cellular
dropped call rates and their 7,8 Telecommunications –
11 20-02-2024 1 W.C.Y. Lee, Tata McGraw
evaluation. 4
Hill, 2ndEdition.
DIGITAL CELLULAR Mobile Cellular
NETWORKS: 7,8 Telecommunications –
1 22-02-2024 1 W.C.Y. Lee, Tata McGraw
Introduction 4
Hill, 2ndEdition.
Mobile Cellular
7,8 Telecommunications –
2 26-02-2024 1 GSM architecture W.C.Y. Lee, Tata McGraw
4
Hill, 2ndEdition.
Mobile Cellular
7,8 Telecommunications –
3 27-02-2024 1 GSM architecture W.C.Y. Lee, Tata McGraw
4
Hill, 2ndEdition.
Mobile Cellular
9 Telecommunications –
4 04-03-2024 1 GSM channels
5 W.C.Y. Lee, Tata McGraw
Hill, 2ndEdition.
Mobile Cellular
5 9 Telecommunications –
5 06-03-2024 1 GSM channels W.C.Y. Lee, Tata McGraw
5
Hill, 2ndEdition.
Mobile Cellular
9 Telecommunications –
6 07-03-2024 1 GSM Standards W.C.Y. Lee, Tata McGraw
5
Hill, 2ndEdition.
Mobile Cellular
9 Telecommunications –
7 09-03-2024 1 GSM Standards W.C.Y. Lee, Tata McGraw
5
Hill, 2ndEdition.
Mobile Cellular
9 Telecommunications –
8 12-03-2024 1 multiple access schemes -TDMA W.C.Y. Lee, Tata McGraw
5
Hill, 2ndEdition.
Mobile Cellular
14-03-2024 9
9 1 multiple access schemes -TDMA Telecommunications –
5 W.C.Y. Lee, Tata McGraw

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Course File Department of Electronics & Communication Engineering
10Hill, 2ndEdition.

19-03-2024 Mobile Cellular

9 Telecommunications –
10 & 2 multiple access schemes -CDMA W.C.Y. Lee, Tata McGraw
5
20-03-2024 Hill, 2ndEdition.
Mobile Cellular
9 Telecommunications –
11 22-03-2024 1 multiple access schemes -CDMA W.C.Y. Lee, Tata McGraw
5
Hill, 2ndEdition.
12 23-03-2024 1 Revision
26-03-2024
13 & 2 Revision
27-03-2024
14 28-03-2024 1 Old Question Paper Discussions
01-04-2024
15 & 1 Old Question Paper Discussions
02-04-2024
16 04-04-2024 1 Old Question Paper Discussions

Signature of HOD Signature of faculty

Date: Date:

Note:
1. Ensure that all topics specified in the course are mentioned.
2. Additional topics covered, if any, may also be specified in bold.
3. Mention the corresponding course objective and outcome numbers against each topic.

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Course File Department of Electronics & Communication Engineering
LESSON PLAN (U-I)

Lesson No: 01, 02 Duration of Lesson: 1hr 30 min

Lesson Title: Cellular Mobile Radio Systems

Instructional / Lesson Objectives:

• To make students understand Coulomb’s Law, Electric Field Intensity

• To familiarize students on EFI due to point, line, surface and volume charge distributions
• To understand students the concept of Gauss Law, Absolute Electric potential and PD.
• To provide information on Electric Dipole- Electrostatic Energy density.

Teaching AIDS : PPTs, Digital Board

Time Management of Class :

5 mins for taking attendance

70 min for the lecture delivery
15 min for doubts session

Assignment / Questions:
(Note: Mention for each question the relevant Objectives and Outcomes Nos.1,2,3,4 & 1,3..)

Refer assignment – I & tutorial-I sheets

Signature of faculty

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Course File Department of Electronics & Communication Engineering

LESSON PLAN (U-I)

Lesson No: 03, 04 Duration of Lesson: 1hr30 MIN

Lesson Title: Cellular Mobile Radio Systems

Instructional / Lesson Objectives:

• To make students understand Coulomb’s Law, Electric Field Intensity

• To familiarize students on EFI due to point, line, surface and volume charge distributions
• To understand students the concept of Gauss Law, Absolute Electric potential and PD.
• To provide information on Electric Dipole- Electrostatic Energy density.

Teaching AIDS : PPTs, Digital Board

Time Management of Class :

5 mins for taking attendance

70 min for the lecture delivery
15 min for doubts session

Assignment / Questions:
(Note: Mention for each question the relevant Objectives and Outcomes Nos.1,2,3,4 & 1,3..)

Refer assignment – I & tutorial-I sheets

Signature of faculty

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

LESSON PLAN (U-II)

Lesson No: 05, 06 Duration of Lesson: 1hr30 MIN

Lesson Title: Interference

Instructional / Lesson Objectives:

• To make students understand the concept of Dielectrics and Capacitance Current.

• To familiarize students on Boundary Conditions, Ohms Law, Continuity Equation
• To understand students the Poison’s & Laplace Equation’s and capacitance in wire.
• To provide information on solution for Poison’s & Laplace Equation’s.

Teaching AIDS : PPTs, Digital Board

Time Management of Class :

5 mins for taking attendance

70 min for the lecture delivery
15 min for doubts session

Assignment / Questions:
(Note: Mention for each question the relevant Objectives and Outcomes Nos.1,2,3,4 & 1,3..)

Refer assignment-II & tutorial-II sheets.

Signature of faculty

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

LESSON PLAN (U-II)

Lesson No: 05, 06 Duration of Lesson: 1hr30 MIN

Lesson Title: Interference

Instructional / Lesson Objectives:

• To make students understand the concept of Dielectrics and Capacitance Current.

• To familiarize students on Boundary Conditions, Ohms Law, Continuity Equation
• To understand students the Poison’s & Laplace Equation’s and capacitance in wire.
• To provide information on solution for Poison’s & Laplace Equation’s.

Teaching AIDS : PPTs, Digital Board

Time Management of Class :

5 mins for taking attendance

70 min for the lecture delivery
15 min for doubts session

Assignment / Questions:
(Note: Mention for each question the relevant Objectives and Outcomes Nos.1,2,3,4 & 1,3..)

Refer assignment-II & tutorial-II sheets.

Signature of faculty

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

LESSON PLAN (U-III)

Lesson No: 05, 06 Duration of Lesson: 1hr30 MIN

Lesson Title: Interference

Instructional / Lesson Objectives:

• To make students understand the concept of Dielectrics and Capacitance Current.

• To familiarize students on Boundary Conditions, Ohms Law, Continuity Equation
• To understand students the Poison’s & Laplace Equation’s and capacitance in wire.
• To provide information on solution for Poison’s & Laplace Equation’s.

Teaching AIDS : PPTs, Digital Board

Time Management of Class :

5 mins for taking attendance

70 min for the lecture delivery
15 min for doubts session

Assignment / Questions:
(Note: Mention for each question the relevant Objectives and Outcomes Nos.1,2,3,4 & 1,3..)

Refer assignment-II & tutorial-II sheets.

Signature of faculty

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

LESSON PLAN (U-III)

Lesson No: 05, 06 Duration of Lesson: 1hr30 MIN

Lesson Title: Interference

Instructional / Lesson Objectives:

• To make students understand the concept of Dielectrics and Capacitance Current.

• To familiarize students on Boundary Conditions, Ohms Law, Continuity Equation
• To understand students the Poison’s & Laplace Equation’s and capacitance in wire.
• To provide information on solution for Poison’s & Laplace Equation’s.

Teaching AIDS : PPTs, Digital Board

Time Management of Class :

5 mins for taking attendance

70 min for the lecture delivery
15 min for doubts session

Assignment / Questions:
(Note: Mention for each question the relevant Objectives and Outcomes Nos.1,2,3,4 & 1,3..)

Refer assignment-II & tutorial-II sheets.

Signature of faculty

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

LESSON PLAN (U-IV)

Lesson No: 05, 06 Duration of Lesson: 1hr30 MIN

Lesson Title: Interference

Instructional / Lesson Objectives:

• To make students understand the concept of Dielectrics and Capacitance Current.

• To familiarize students on Boundary Conditions, Ohms Law, Continuity Equation
• To understand students the Poison’s & Laplace Equation’s and capacitance in wire.
• To provide information on solution for Poison’s & Laplace Equation’s.

Teaching AIDS : PPTs, Digital Board

Time Management of Class :

5 mins for taking attendance

70 min for the lecture delivery
15 min for doubts session

Assignment / Questions:
(Note: Mention for each question the relevant Objectives and Outcomes Nos.1,2,3,4 & 1,3..)

Refer assignment-II & tutorial-II sheets.

Signature of faculty

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

LESSON PLAN (U-IV)

Lesson No: 05, 06 Duration of Lesson: 1hr30 MIN

Lesson Title: Interference

Instructional / Lesson Objectives:

• To make students understand the concept of Dielectrics and Capacitance Current.

• To familiarize students on Boundary Conditions, Ohms Law, Continuity Equation
• To understand students the Poison’s & Laplace Equation’s and capacitance in wire.
• To provide information on solution for Poison’s & Laplace Equation’s.

Teaching AIDS : PPTs, Digital Board

Time Management of Class :

5 mins for taking attendance

70 min for the lecture delivery
15 min for doubts session

Assignment / Questions:
(Note: Mention for each question the relevant Objectives and Outcomes Nos.1,2,3,4 & 1,3..)

Refer assignment-II & tutorial-II sheets.

Signature of faculty

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

LESSON PLAN (U-V)

Lesson No: 05, 06 Duration of Lesson: 1hr30 MIN

Lesson Title: Interference

Instructional / Lesson Objectives:

• To make students understand the concept of Dielectrics and Capacitance Current.

• To familiarize students on Boundary Conditions, Ohms Law, Continuity Equation
• To understand students the Poison’s & Laplace Equation’s and capacitance in wire.
• To provide information on solution for Poison’s & Laplace Equation’s.

Teaching AIDS : PPTs, Digital Board

Time Management of Class :

5 mins for taking attendance

70 min for the lecture delivery
15 min for doubts session

Assignment / Questions:
(Note: Mention for each question the relevant Objectives and Outcomes Nos.1,2,3,4 & 1,3..)

Refer assignment-II & tutorial-II sheets.

Signature of faculty

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

LESSON PLAN (U-V)

Lesson No: 05, 06 Duration of Lesson: 1hr30 MIN

Lesson Title: Interference

Instructional / Lesson Objectives:

• To make students understand the concept of Dielectrics and Capacitance Current.

• To familiarize students on Boundary Conditions, Ohms Law, Continuity Equation
• To understand students the Poison’s & Laplace Equation’s and capacitance in wire.
• To provide information on solution for Poison’s & Laplace Equation’s.

Teaching AIDS : PPTs, Digital Board

Time Management of Class :

5 mins for taking attendance

70 min for the lecture delivery
15 min for doubts session

Assignment / Questions:
(Note: Mention for each question the relevant Objectives and Outcomes Nos.1,2,3,4 & 1,3..)

Refer assignment-II & tutorial-II sheets.

Signature of faculty

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

ASSIGNMENT – 1

This Assignment corresponds to Unit No. 1

Question Objective Outcome

Question
No. No. No.

1 Explain the operation of Cellular mobile 1 1

2 Illustrate the Co-channel Interference Reduction Factor 1 1

Signature of HOD Signature of faculty

Date: Date:

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

ASSIGNMENT – 2

This Assignment corresponds to Unit No. 2

Question Objective Outcome

Question
No. No. No.

1 Explain Antenna parameters and their effects. 2 2

2 Discuss about the Signal reflections in flat and hilly terrain. 2 2

Explain the general formula for mobile propagation over water

3 2 2
and flat open area.

Signature of HOD Signature of faculty

Date: Date:

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

ASSIGNMENT – 3

This Assignment corresponds to Unit No. 3

Question Objective Outcome

Question
No. No. No.

1 Explain space diversity antennas. 3 3

2 What is channel sharing and borrowing 3 3

Signature of HOD Signature of faculty

Date: Date:

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

ASSIGNMENT – 4

This Assignment corresponds to Unit No. 4

Question Objective Outcome

Question
No. No. No.

1 Illustrate the dropped calls and cell splitting. 4 4

2 Discuss about dropped call rates and their evaluation 4 4

Signature of HOD Signature of faculty

Date: Date:

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

ASSIGNMENT – 5

This Assignment corresponds to Unit No. 5

Question Objective Outcome

Question
No. No. No.

1 Explain GSM architecture 5 5

2 Compare TDMA, CDMA. 5 5

Signature of HOD Signature of faculty

Date: Date:

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

TUTORIAL – 1

This tutorial corresponds to Unit No. 1 (Objective Nos.: 1, Outcome Nos.: 1)

Q1. ____________ is the maximum number of channels that can be provided in a fixed frequency band.
a) Channel capacity
b) Radio capacity
c) Spectral capacity
d) Carrier capacity

Q2. Which of the following measures spectrum efficiency of a wireless system?

a) Channel capacity
b) Radio capacity
c) Spectral capacity
d) Carrier capacity

Q3. Define frequency reuse.

Signature of HOD Signature of faculty

Date: Date:

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

TUTORIAL – 2

This tutorial corresponds to Unit No. 2 (Objective Nos.: 2, Outcome Nos.: 2)

Q1. __________ is the interference at a base station receiver that comes from the
subscriber units in the surrounding cells.
a) Forward channel interference
b) Carrier interference
c) Receiver interference
d) Reverse channel interference

Q2. different types of non-co-channel interference

Signature of HOD Signature of faculty

Date: Date:

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

TUTORIAL SHEET – 3

This tutorial corresponds to Unit No. 3 (Objective Nos.: 3, Outcome Nos.: 3)

Q1. The term EIRP refers to ……..

a) Effective isotropic radiated power

b) Effective radiated power
c) Effective isolated radiated power
d) Effective isotropic related power

Q2. In a start-up system an omnicell transmitting antennas are ……..

a) Directional
b) Omnidirectional
c) Yagi-uda pattern
d) None of these

Q3. Which device can be used to reduce the number of transmitting antennas in mobile communication?

a) multiplexers
b) Hybrid ring combiner
c) Attenuators
d) Location antennas

Signature of HOD Signature of faculty

Date: Date:

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

TUTORIAL – 4

This tutorial corresponds to Unit No. 4 (Objective Nos.: 3, Outcome Nos.: 3)

Q1. What is the condition for handoff?

a) A mobile moves into a different cell while in conversation
b) A mobile remains in the same cell while in conversation
c) A mobile moves to different cell when idle
d) A mobile remains in the same cell and is idle

Q2. The time over which a call can be maintained within a cell without handoff is called _________
a) Run time
b) Peak time
c) Dwell time
d) Cell time

Q3. Which of the following is associated with the handoff in first generation analog cellular systems?
a) Locator receiver
b) MAHO
c) Cell dragging
d) Breathing cell

Signature of HOD Signature of faculty

Date: Date:

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

TUTORIAL SHEET – 5

This tutorial corresponds to Unit No. 5 (Objective Nos.: 5, Outcome Nos.: 5)

Q1. Which of the following is the world’s first cellular system to specify digital modulation and network
level architecture?
a) GSM
b) AMPS
c) CDMA
d) IS-54

Q2. Who sets the standards of GSM?

a) ITU
b) AT & T
c) ETSI
d) USDC

Q3. Which of the following feature makes impossible to eavesdrop on GSM radio transmission?
a) SIM
b) On the air privacy
c) SMS
d) Packet switched traffic

Signature of HOD Signature of faculty

Date: Date:

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

EVALUATION STRATEGY

Target (s)

a. Percentage of Pass : 99%

Assessment Method (s) (Maximum Marks for evaluation are defined in the Academic Regulations)

a. Daily Attendance
b. Assignments
c. Online Quiz (or) Seminars
d. Continuous Internal Assessment
e. Semester / End Examination
List out any new topic(s) or any innovation you would like to introduce in teaching the subjects in this
semester

Case Study of any one existing application

Signature of HOD Signature of faculty

Date: Date:

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

COURSE COMPLETION STATUS

Actual Date of Completion & Remarks if any

Objective No. Outcome No.

Units Remarks
Achieved Achieved

Unit 1 completed on 04.12.2023 1 1

Unit 2 completed on 23.12.2023 2 2

Unit 3 completed on 20.01.2024 3 3

Unit 4 completed on 20-02-2024 4 4

Unit 5 completed on 22-03-2024 5 5

Signature of HOD Signature of faculty

Date: Date:

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

Mappings

1. Course Objectives-Course Outcomes Relationship Matrix

(Indicate the relationships by mark “X”)

Course-Outcomes
1 2 3 4 5
Course-Objectives
1 H
2 H
3 H M
4 M H
5 H

2. Course Outcomes-Program Outcomes (POs) & PSOs Relationship Matrix

(Indicate the relationships by mark “X”)
P-Outcomes
PSO PSO
a b c d e f g h i j k l
1 2
C-Outcomes
1 L L M L L L L L H L L H
2 L L L L L L L L L M L L H H
3 M L L L L L L L L L L M
4 L L M L L L M L L M
5 L L L L L L L L

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

Rubric for Evaluation

Unsatisfactory Developing Satisfactory Exemplary

Performance Criteria
1 2 3 4
Collects some
Does not collect any Collects very little Collects a great deal
Research & Gather basic Information
information that information some of Information all
Information most relates to the
relates to the topic relates to the topic relates to the topic
topic
Does not perform
Performs very little Performs nearly all Performs all duties of
Fulfill team role’s duty any duties of
duties. duties. assigned team role.
assigned team role.
Usually does the Always does the
Always relies on Rarely does the
assigned work - assigned work
Share Equally others to do the assigned work - often
rarely needs without having to be
work. needs reminding.
reminding. reminded
Is always talking— Usually doing most of Listens, but
Listen to other team the talking-- rarely Listens and speaks a
never allows anyone sometimes talks
mates allows others to fair amount.
else to speak. too much.
speak.

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

 Course File Department of Electronics & Communication Engineering

ANURAG Engineering College

(An Autonomous Institution)
Ananthagiri (V&M), Suryapet (Dt), Telangana – 508206.
IV B.Tech II Semester I MID Examinations, Jan 2024

Branch: ECE Max. Marks: 20

Date: 10.01.2024 AN Subject: Cellular and Mobile Communications Time: 90 Min.

PART-A
Answer all the questions 5 X 1M=5 Marks
Course Bloom’s
Q.NO Question
Outcome Level
1. Mention the Elements of basic Cellular Systems? CO1 L1
2. Define Cell Splitting? CO1 L1
3. Define Path Loss? CO2 L1
4. Define Cochannel Interreference? CO2 L1
5. What is Space Diversity? CO3 L1

PART-B
Answer the following 3 X 5M=15 Marks
Course Bloom’s
Q.NO Question
Outcome Level
6. Explain the Concept of Frequency Reuse? CO1 L3
OR
7. Explain the Operation of Cellular Mobile System? CO1 L3
8. Explain Signal Reflections in flat and hilly terrain? CO2 L3
OR
9. Design an Omni directional Antenna System in K=4 Cell Pattern worst
CO2 L3
case?
10. Illustrate the Umbrella Pattern Antenna Types? CO3 L3
OR
11. Describe the Minimum Separation of Cell Site Antennas? CO3 L3

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

 Course File Department of Electronics & Communication Engineering

ANURAG Engineering College

(An Autonomous Institution)
Ananthagiri (V&M), Suryapet (Dt), Telangana – 508206.
IV B. Tech II Semester II MID Examinations, April 2024

Branch: ECE Max. Marks: 20

Date: 08.04.2024 FN Subject: Cellular and Mobile Communications Time: 90 Min.

PART-A
Answer all the questions 5 X 1M=5 Marks
Course Bloom’s
Q.NO Question
Outcome Level
1. What is Channel Borrowing? CO3 L1
2. What is Forced Handoff? CO4 L1
3. List different types of Handoffs? CO4 L1
4. Write the GSM Channels? CO5 L1
5. What is BTS? CO5 L1

PART-B
Answer the following 3 X 5M=15 Marks
Course Bloom’s
Q.NO Question
Outcome Level
6. Explain non-fixed channel Assignment? CO3 L3
OR
7. Discuss about Sectorization? CO3 L3
8. What are the various methods of delaying Handoff. Explain briefly? CO4 L3
OR
9. Discuss the Dropped call rates and their evaluation? CO4 L3
10. Explain about GSM Stations? CO5 L3
OR
11. Compare TDMA and CDMA? CO5 L3

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

ANURAG ENGINEERING COLLEGE

IV B.Tech II Semester Mid I Marks List
S.
Roll No Name of the Student Mid - I Assignment - I Mid - I Total
No

1 20C11A0402 AKHILA B 20 5 25

2 20C11A0403 ALEKYA AGGADI 17 5 22

3 20C11A0404 ALEKYA KOLA 20 5 25

4 20C11A0406 ARYAN MADDINENI 17 5 22

5 20C11A0407 BHAVANA KALANGI 20 5 25

BRAMHARAJU
6 20C11A0408 20 5 25
KOLAHALAM

CHANDANA
7 20C11A0409 18 5 23
THIRUMALAREDDY

8 20C11A0410 CHARAN SAI PONUGOTI 20 5 25

9 20C11A0411 CHARITHA CHITTURI 16 5 21

10 20C11A0412 DURGA SAI ADDANKI 16 5 21

11 20C11A0413 GANESH BHUMA 18 5 23

GAYATHRI PRIYA
12 20C11A0414 20 5 25
POKKULA

13 20C11A0416 GOWTHAM VEMULA 19 5 24

14 20C11A0418 KARTHIK MUTHINENI 18 5 23

15 20C11A0419 KARTHIK THOTA 20 5 25

16 20C11A0420 KARTHIKEYA KANDE 16 5 21

17 20C11A0421 KAVYA MATHANGI 20 5 25

18 20C11A0422 KEERTHI MUDIMANIKYAM 20 5 25

KIRANKUMAR
19 20C11A0423 14 5 19
MADHAMSHETTY

LAKSHMI KRISHNA VAMSI

20 20C11A0424 19 5 24
BOMMINI

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering
21 20C11A0426 LIKHITHA SATHULOORI 18 5 23

22 20C11A0428 MANOJ KUMAR KOLLU 18 5 23

23 20C11A0429 MOUNIKA PODILA 20 5 25

24 20C11A0430 NAGA GAYATHRI MUNDRA 20 5 25

NAGENDRABABU
25 20C11A0431 16 5 21
BADAVATH

NANDHA VIHARI
26 20C11A0432 20 5 25
GUNTURU

NANDHU BHARGAVI
27 20C11A0433 20 5 25
BILLUPALLY

28 20C11A0434 NANDINI GUDIDHI AB 5 5

29 20C11A0435 NANDITHA POTHUGANTI 16 5 21

30 20C11A0436 NASREEN MOHAMMAD 20 5 25

31 20C11A0437 NAVEEN KUMAR VEGINATI 18 5 23

32 20C11A0438 NAVYA GUJJULA 19 5 24

33 20C11A0439 PAVAN KARISHA 13 5 18

34 20C11A0440 PAVAN KUMAR ADDANKI 12 5 17

35 20C11A0441 PRAGATHI BOWDHODI 19 5 24

RAVICHANDRA
36 20C11A0443 19 5 24
THIPIRISETTI

37 20C11A0444 RENUKA GUNDEBOINA 20 5 25

38 20C11A0445 REVATHI CHERUKURI 20 5 25

39 20C11A0446 RIZWAN SHAIK 18 5 23

SAI CHARAN
40 20C11A0447 19 5 24
KONDAGADAPA

41 20C11A0448 SAI NITHIN YARRABOYNA 15 5 20

42 20C11A0449 SAI TEJA KANDIBANDA 12 5 17

43 20C11A0450 SAJID SK 17 5 22

44 20C11A0451 SAMEER MOHAMMAD 12 5 17

45 20C11A0452 SANDHYA KANAKAM 20 5 25

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering
46 20C11A0453 SATHWIKA DEEKONDA 19 5 24

47 20C11A0455 SHAMINI PEDDOJU 20 5 25

48 20C11A0456 SHAMSHAD SHAIK 20 5 25

SHARATH CHANDRA
49 20C11A0457 10 5 15
PILLALA

50 20C11A0458 SHIRISHA EEDA 20 5 25

51 20C11A0459 SHIRISHA JWALAM 20 5 25

52 20C11A0460 SHIVA KUMARI BADETI 20 5 25

SHYAMALA GOURI
53 20C11A0461 20 5 25
THANGELLAPALLY

54 20C11A0462 SNEHA MALYALA 19 5 24

55 20C11A0463 SNEHA NALLA 19 5 24

56 20C11A0464 SONIYA MULAKALAPALLI 18 5 23

SRI HARI RAJU

57 20C11A0465 9 5 14
DENUVUKONDA

58 20C11A0466 SRIKANTH YADAPALLI 16 5 21

59 20C11A0467 SRIYA ANNEM 18 5 23

60 20C11A0468 SUPRIYA KANTU 19 5 24

61 20C11A0469 SWATHI RAVILALA 20 5 25

62 20C11A0470 TILAK SAI NELAVELLI 10 5 15

TIRUMALA VENU GOPAL

63 20C11A0471 14 5 19
DARAGANI

64 20C11A0472 TRINAINI REDDEM 15 5 20

UPENDERA REDDY
65 20C11A0474 11 5 16
GOGIREDDY

66 20C11A0475 VEERAJANAKI USTHELA 18 5 23

67 20C11A0477 VINAY KUMAR DANDA AB AB AB

68 20C11A0478 VINEELA PALLA 19 5 24

YASHWANTH REDDY
69 20C11A0479 19 5 24
CHALLA

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering
70 20C11A0480 YASHWITHA DONGARI 18 5 23

71 21C15A0401 DEEKSHITHA MUMMADI 20 5 25

72 21C15A0402 DIVYA JAMMALAMUDI 17 5 22

73 21C15A0403 JAYANTH GOULIKAR 19 5 24

KULAVARDHAN REDDY
74 21C15A0404 16 5 21
SAMA

LAKSHMI SOWMYA
75 21C15A0405 18 5 23
CHENNAKESHAVA

76 21C15A0406 MANISHA BANDI 20 5 25

77 21C15A0407 MOUNIKA VELISHALA 20 5 25

78 21C15A0408 PRUDHVI LAVUDYA 17 5 22

79 21C15A0409 RANJITH REDDY NUKALA 19 5 24

80 21C15A0410 SAI PRAKASH THANNERU 18 5 23

81 21C15A0412 SHAIK KHALID 16 5 21

82 21C15A0413 SRIYA YANNAM 20 5 25

83 21C15A0414 VENNELA KANAPARTHI 14 5 19

84 21C15A0415 YAMUNA GOVINDA 19 5 24

85 16C11A0463 PRAVALLIKA KARNATI 20 5 25

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

ANURAG ENGINEERING COLLEGE

IV B.Tech II Semester Mid II Marks List
S. Mid - II
Roll No Name of the Student Mid - II Assignment - II
No Total

1 20C11A0402 AKHILA B 20 5 25

2 20C11A0403 ALEKYA AGGADI 20 5 25

3 20C11A0404 ALEKYA KOLA 20 5 25

4 20C11A0406 ARYAN MADDINENI 16 5 21

5 20C11A0407 BHAVANA KALANGI 20 5 25

6 BRAMHARAJU
20C11A0408 19 5 24
KOLAHALAM

7 CHANDANA
20C11A0409 19 5 24
THIRUMALAREDDY

8 20C11A0410 CHARAN SAI PONUGOTI 20 5 25

9 20C11A0411 CHARITHA CHITTURI 18 5 23

10 20C11A0412 DURGA SAI ADDANKI 15 5 20

11 20C11A0413 GANESH BHUMA 18 5 23

12 GAYATHRI PRIYA
20C11A0414 20 5 25
POKKULA

13 20C11A0416 GOWTHAM VEMULA 20 5 25

14 20C11A0418 KARTHIK MUTHINENI 17 5 22

15 20C11A0419 KARTHIK THOTA 17 5 22

16 20C11A0420 KARTHIKEYA KANDE 18 5 23

17 20C11A0421 KAVYA MATHANGI 20 5 25

18 KEERTHI
20C11A0422 20 5 25
MUDIMANIKYAM

19 KIRANKUMAR
20C11A0423 15 5 20
MADHAMSHETTY

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering
20 LAKSHMI KRISHNA
20C11A0424 20 5 25
VAMSI BOMMINI

21 20C11A0426 LIKHITHA SATHULOORI 19 5 24

22 20C11A0428 MANOJ KUMAR KOLLU 17 5 22

23 20C11A0429 MOUNIKA PODILA 20 5 25

24 NAGA GAYATHRI
20C11A0430 20 5 25
MUNDRA

25 NAGENDRABABU
20C11A0431 12 5 17
BADAVATH

26 NANDHA VIHARI
20C11A0432 20 5 25
GUNTURU

27 NANDHU BHARGAVI
20C11A0433 20 5 25
BILLUPALLY

28 20C11A0434 NANDINI GUDIDHI 20 5 25

29 20C11A0435 NANDITHA POTHUGANTI 20 5 25

30 20C11A0436 NASREEN MOHAMMAD 20 5 25

31 NAVEEN KUMAR
20C11A0437 18 5 23
VEGINATI

32 20C11A0438 NAVYA GUJJULA 20 5 25

33 20C11A0439 PAVAN KARISHA 13 5 18

34 20C11A0440 PAVAN KUMAR ADDANKI 11 5 16

35 20C11A0441 PRAGATHI BOWDHODI 19 5 24

36 RAVICHANDRA
20C11A0443 18 5 23
THIPIRISETTI

37 20C11A0444 RENUKA GUNDEBOINA 20 5 25

38 20C11A0445 REVATHI CHERUKURI 20 5 25

39 20C11A0446 RIZWAN SHAIK 17 5 22

40 SAI CHARAN
20C11A0447 19 5 24
KONDAGADAPA

41 SAI NITHIN
20C11A0448 17 5 22
YARRABOYNA

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering
42 20C11A0449 SAI TEJA KANDIBANDA 13 5 18

43 20C11A0450 SAJID SK 15 5 20

44 20C11A0451 SAMEER MOHAMMAD 15 5 20

45 20C11A0452 SANDHYA KANAKAM 20 5 25

46 20C11A0453 SATHWIKA DEEKONDA 20 5 25

47 20C11A0455 SHAMINI PEDDOJU 19 5 24

48 20C11A0456 SHAMSHAD SHAIK 20 5 25

49 SHARATH CHANDRA
20C11A0457 18 5 23
PILLALA

50 20C11A0458 SHIRISHA EEDA 18 5 23

51 20C11A0459 SHIRISHA JWALAM 19 5 24

52 20C11A0460 SHIVA KUMARI BADETI 20 5 25

53 SHYAMALA GOURI
20C11A0461 20 5 25
THANGELLAPALLY

54 20C11A0462 SNEHA MALYALA 20 5 25

55 20C11A0463 SNEHA NALLA 20 5 25

56 SONIYA
20C11A0464 18 5 23
MULAKALAPALLI

57 SRI HARI RAJU

20C11A0465 9 5 14
DENUVUKONDA

58 20C11A0466 SRIKANTH YADAPALLI 16 5 21

59 20C11A0467 SRIYA ANNEM 19 5 24

60 20C11A0468 SUPRIYA KANTU 18 5 23

61 20C11A0469 SWATHI RAVILALA 20 5 25

62 20C11A0470 TILAK SAI NELAVELLI 9 5 14

63 TIRUMALA VENU GOPAL

20C11A0471 9 5 14
DARAGANI

64 20C11A0472 TRINAINI REDDEM 17 5 22

65 UPENDERA REDDY
20C11A0474 16 5 21
GOGIREDDY

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering
66 20C11A0475 VEERAJANAKI USTHELA 20 5 25

67 20C11A0477 VINAY KUMAR DANDA AB AB AB

68 20C11A0478 VINEELA PALLA 20 5 25

69 YASHWANTH REDDY
20C11A0479 19 5 24
CHALLA

70 20C11A0480 YASHWITHA DONGARI 20 5 25

71 21C15A0401 DEEKSHITHA MUMMADI 20 5 25

72 21C15A0402 DIVYA JAMMALAMUDI 17 5 22

73 21C15A0403 JAYANTH GOULIKAR 19 5 24

74 KULAVARDHAN REDDY
21C15A0404 17 5 22
SAMA

75 LAKSHMI SOWMYA
21C15A0405 19 5 24
CHENNAKESHAVA

76 21C15A0406 MANISHA BANDI 20 5 25

77 21C15A0407 MOUNIKA VELISHALA 20 5 25

78 21C15A0408 PRUDHVI LAVUDYA 19 5 24

79 21C15A0409 RANJITH REDDY NUKALA 19 5 24

80 21C15A0410 SAI PRAKASH THANNERU 17 5 22

81 21C15A0412 SHAIK KHALID 20 5 25

82 21C15A0413 SRIYA YANNAM 20 5 25

83 21C15A0414 VENNELA KANAPARTHI 20 5 25

84 21C15A0415 YAMUNA GOVINDA 20 5 25

85 16C11A0463 PRAVALLIKA KARNATI 20 5 25

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

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Course File Department of Electronics & Communication Engineering

COURSE MATERIALS
WEB REFERENCES

YEAR/SEM: IV B.TECH. II SEM ECE CODE: EC851PE

SUBJECT: CELLULAR AND MOBILE COMMUNICATIONS

1) https://nptel.ac.in/courses/106106167
2) https://archive.nptel.ac.in/courses/108/106/106106167/
3) https://www.digimat.in/nptel/courses/video/106106167/L01.html
4) https://www.youtube.com/watch?v=4R1qHE0E8lE
5) https://www.youtube.com/watch?v=whYljse4Abc
6) https://archive.nptel.ac.in/courses/108/106/106106167/
7) https://www.youtube.com/watch?v=f2wlHL1Sok8
8) https://www.nptelvideos.com/communications/wireless_communications.php
9) https://nptel.ac.in/courses/117104099
10) https://onlinecourses.nptel.ac.in/noc21_ee66/preview

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

LECTURE NOTES

YEAR/SEM: IV B.TECH. II SEM ECE CODE: EC851PE

SUBJECT: CELLULAR AND MOBILE COMMUNICATIONS

1) https://www.slideshare.net/slideshow/lecture-notes-on-mobile-communication/88778023
2) https://mrcet.com/downloads/digital_notes/ECE/IV%20Year/3.Cellular%20&%20Mobile%20Com
munications.pdf
3) https://vemu.org/uploads/lecture_notes/27_01_2024_434362317.pdf
4) https://www.studocu.com/row/document/hajee-mohammad-danesh-science-and-technology-
university/electronics/cellular-and-mobile-communications/27666293
5) https://www.academia.edu/36444987/Cellular_Mobile_Communication_Lecture_Notes

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS

Course File Department of Electronics & Communication Engineering

PPT LINKS

YEAR/SEM: IV B.TECH. II SEM ECE CODE: EC851PE

SUBJECT: CELLULAR AND MOBILE COMMUNICATIONS

1) https://www.slideshare.net/slideshow/cellular-communication-43914550/43914550
2) https://slideplayer.com/slide/12863741/
3) https://www.slideteam.net/0914-different-designs-of-cellular-radio-mobile-towers-for-wireless-
communication-ppt-slide.html

AY: 2023-24 IV B.Tech II Sem CELLULAR AND MOBILE COMMUNICATIONS