Teaching Plan
Subject Name: Computer Network
Year/Sem: 6 th Sem (CSE) Section A
Faculty Name: Mr. Piyush K. Ingole
Lecture
Unit No.
Topic/Topic Description
No
Lecture 2
(Introductory
Animated
Power
Point
Presentation for What is Computer
Networks.) Overall scenario and uses of CN
Network Hardware:- LAN,WAN,MAN
Lecture 3
Network Software-protocol hierarchies
Lecture 4
design issues for layers
Lecture 5
connection
services
Lecture 1
oriented
and
connection
less
I
Lecture 6
service primitives
Lecture 7
Services to protocol relationship. Reference
models- OSI and TCP/IP
Lecture 8
Performance: Bandwidth and Latency
Lecture 9
Delay X Bandwidth Product
Lecture 10
High Speed Networks
Lecture 11
Application Performance Needs.
Lecture 12
Switching and MAC Layer
Lecture 13
Packet Switching
Lecture 14
Circuit Switching
Lecture 15
Multiplexing: TDM FDM.
Lecture 16
Multiple Access: Random Access
Lecture 17
Controlled Access
Lecture 18
II
Channelization
Lecture 19
LAN: Token Ring
Lecture 20
FDDI
Lecture 21
Ethernet- Fast Ethernet(Video Demo)
Lecture 22
Gigabit Ethernet(Video Demo)
Lecture 23
Wireless LANs: IEEE 802.11. (Video Demo)
Lecture 24
Data Link Layer: Error
Correction
Flow Control protocols
Lecture 25
III
Lecture 26
This Unit will be covered Error control protocols
With help of
HDLC, PPP.
(power Point Presentation)
Lecture 28
Detection
and
Lecture 29
Network Layer: Routing Algorithms –Shortest
path Algorithm,
Lecture 30
Flooding, Flow based routing,
Lecture 31
Distance vector routing
Lecture 32
Link state routing, Hierarchical routing
Lecture 33
IV
Congestion Control Algorithms: Leaky bucket
algorithm
Lecture 34
Token bucket algorithm. Congestion prevention
Policies
Lecture 35
Traffic shaping, Choke packets
Lecture 36
Load Shedding, Jitter Control.
Lecture 37
Transport Layer: The transport Service:
Lecture 38
Service Provided to upper layers
Lecture 39
Transport Service primitives
V
Lecture 40
Berkeley sockets
Lecture 41
Elements of Transport protocols: Addressing
Lecture 42
Connection establishment
Lecture 43
Connection release
Lecture 44
Flow control and buffering
Lecture 45
Multiplexing
Lecture 46
Crash recovery
Lecture 47
Lecture 48
Introduction to Internet Transport Protocols:
Introduction to UDP
Remote procedure call
Lecture 49
Introduction to TCP
Lecture 50
Lecture 51
Performance issues: Performance problems in
Computer Network protocol,
Network performance measurement
Lecture 52
System design for better performance
Lecture 53
Fast TPDU processing
Lecture 54
Protocols for Gigabit Networks
Lecture 55
Wide Area
principles
X.25
Lecture 56
ATM and frame
Architecture
Cells, Cell format
Lecture 57
Lecture 58
Lecture 59
Networks:
VI
Packet
relay:
switching
ATM
protocol
Data diversity,
Lecture 60
Segmentation and reassembly in ATM
Lecture 61
ATM adaptation Layer ¾, ATM adaptation
Layer5
Introduction to Frame relay and frame relay
protocol architecture.
Doubts clearing and Paper Solving techniques.
Lecture 62
Lecture 63
Mr. Piyush K. Ingole
[Subject Teacher]
Dr.L.G.Malik
[Subject Expert]
[H.O.D.CSE]
Teaching Plan
Subject Name: Computer Network
Year/Sem: 6 th Sem (CSE) Section B
Faculty Name: Mr. Amit R. Welekar
Lecture
Unit No.
Topic/Topic Description
No
Lecture 2
(Introductory
Animated
Power
Point
Presentation for What is Computer
Networks.) Overall scenario and uses of CN
Network Hardware:- LAN,WAN,MAN
Lecture 3
Network Software-protocol hierarchies
Lecture 4
design issues for layers
Lecture 5
connection
services
Lecture 1
oriented
and
connection
less
I
Lecture 6
service primitives
Lecture 7
Services to protocol relationship. Reference
models- OSI and TCP/IP
Lecture 8
Performance: Bandwidth and Latency
Lecture 9
Delay X Bandwidth Product
Lecture 10
High Speed Networks
Lecture 11
Application Performance Needs.
Lecture 12
Switching and MAC Layer
Lecture 13
Packet Switching
Lecture 14
Circuit Switching
Lecture 15
Multiplexing: TDM FDM.
Lecture 16
Multiple Access: Random Access
Lecture 17
Controlled Access
Lecture 18
II
Channelization
Lecture 19
LAN: Token Ring
Lecture 20
FDDI
Lecture 21
Ethernet- Fast Ethernet(Video Demo)
Lecture 22
Gigabit Ethernet(Video Demo)
Lecture 23
Wireless LANs: IEEE 802.11. (Video Demo)
Lecture 24
Data Link Layer: Error
Correction
Flow Control protocols
Lecture 25
III
Lecture 26
This Unit will be covered Error control protocols
With help of
HDLC, PPP.
(power Point Presentation)
Lecture 28
Detection
and
Lecture 29
Network Layer: Routing Algorithms –Shortest
path Algorithm,
Lecture 30
Flooding, Flow based routing,
Lecture 31
Distance vector routing
Lecture 32
Link state routing, Hierarchical routing
Lecture 33
IV
Congestion Control Algorithms: Leaky bucket
algorithm
Lecture 34
Token bucket algorithm. Congestion prevention
Policies
Lecture 35
Traffic shaping, Choke packets
Lecture 36
Load Shedding, Jitter Control.
Lecture 37
Transport Layer: The transport Service:
Lecture 38
Service Provided to upper layers
Lecture 39
Transport Service primitives
V
Lecture 40
Berkeley sockets
Lecture 41
Elements of Transport protocols: Addressing
Lecture 42
Connection establishment
Lecture 43
Connection release
Lecture 44
Flow control and buffering
Lecture 45
Multiplexing
Lecture 46
Crash recovery
Lecture 47
Lecture 48
Introduction to Internet Transport Protocols:
Introduction to UDP
Remote procedure call
Lecture 49
Introduction to TCP
Lecture 50
Lecture 51
Performance issues: Performance problems in
Computer Network protocol,
Network performance measurement
Lecture 52
System design for better performance
Lecture 53
Fast TPDU processing
Lecture 54
Protocols for Gigabit Networks
Lecture 55
Wide Area
principles
X.25
Lecture 56
ATM and frame
Architecture
Cells, Cell format
Lecture 57
Lecture 58
Lecture 59
Networks:
VI
Packet
relay:
switching
ATM
protocol
Data diversity,
Lecture 60
Segmentation and reassembly in ATM
Lecture 61
ATM adaptation Layer ¾, ATM adaptation
Layer5
Introduction to Frame relay and frame relay
protocol architecture.
Doubts clearing and Paper Solving techniques.
Lecture 62
Lecture 63
Mr. Amit R. Welekar
[Subject Teacher]
Dr.L.G.Malik
[Subject Expert]
[H.O.D.CSE]
Teaching Plan
Subject Name: DESIGN AND ANALYSIS OF ALGORITHMS
Year/Sem:
VI Sem /A
Faculty Name: N.V Mahajan
Lecture
Unit No.
Topic/Topic Description
No
Lecture 1
Basics of designing and analysis of algorithm
Lecture 2
Mathematical
foundations,summation
arithmetic and geometric series.
Lecture 3
recurrence relations n1, n2,
summations using integration.
I
of
bounding
Lecture 4
solutions of recurrence relations.
Lecture 5
characteristic equation and generating functions
Lecture 6
Lecture 7
Complexity calculation of various standard
functions.
principles of designing algorithms.
Lecture 8
Introduction to Asymptotic notations.
Lecture 9
Asymptotic notations of analysis of algorithms
Lecture 10
II
analyzing control structures
Lecture 11
worst case and average case analysis
Lecture 12
amortized analysis
Lecture 13
application of amotorized analysis
Lecture 14
Divide and conquer basic strategy
Lecture 15
binary search ,examples on binary search
Lecture 16
quick sort, merge sort , examples
Lecture 17
Advanced data structures
Lecture 18
Advanc1ed data structures like Fibonacci heap
Lecture 19
disjoint set representation.
III
Lecture 20
Sorting networks, comparison networks
Lecture 21
biotonic sorting network,problems
Lecture 22
matrix operations,problems
Lecture 23
Dynamic Programming and basic strategy
Lecture 24
multistage graphs, all pairs shortest path, single
source shortest paths,
IV
optimal binary search trees, traveling salesman
problem Maximum flow networks
Lecture 25
traveling salesman problem Maximum flow
networks
Greedy method – basic strategy-problems
Lecture 26
Lecture 27
Lecture 29
Application to job sequencing with deadlines
problems.
Minimum cost spanning trees,
Lecture 30
single source shortest path,problems
Lecture 31
Basic Traversal and Search Techniques
Lecture 32
breadth first search and depth first search
Lecture 28
V
Lecture 33
connected components, Backtracking basic
strategy
Lecture 34
Queen’s problem, graph colouring.
Lecture 35
Hamiltonian cycles and problems
Lecture 36
Approximation algorithm and concepts based
on approximation algorithms
Lecture 37
NP-hard and NP-complete problems
Lecture 38
basic concepts, non-deterministic algorithms
Lecture 39
NP-hard and NP-complete
Lecture 40
decision and optimization problems
Lecture 41
Lecture 43
Computational
Geometry,
Approximation
algorithm.
Recent trends in Design and analysis of
algorithms
Advanced topics & its Application
Lecture 44
Problems
Lecture 45
Revision on all Units
Lecture 42
VI
N.V.Mahajan
Dr.L.G.Malik
[Subject Teacher]
[H.O.D.CSE]
Teaching Plan
Subject Name: Data Base Management System
Year/Sem:
6 th Sem Section A (CSE)
Faculty Name: S. S. Dongre
Lecture No
Unit No.
Topic/Topic Description
Lecture 1
Syllabus & Teaching Plan Discussion
Lecture 2
Database system concepts and Architecture –
concept of relational database
Lecture 3
Relational data model
I
Lecture 4
Relational algebra
Lecture 5
SQL-the relational database standard
Lecture 6
introduction to PL/SQL
Lecture 7
Course Review
Lecture 8
Database design theory –
dependencies and normalization
Database design theory –
dependencies and normalization
Lecture 9
Functional
Functional
II
Lecture 10
relational database design algorithms
Lecture 11
practical database design and demoralization
Lecture 12
Relational constants
Lecture 13
programmatic
constraints
Lecture 14
triggers
Lecture 15
Course Review
Lecture 16
Physical database design – Concept of physical
and logical hierarchy
storage structures like cluster
Lecture 17
Lecture 18
III
ways
index organized table
for
implementing
Lecture 19
partitions
Lecture 20
Lecture 21
various table storage parameters and block
storage parameters
concept of index, B-trees
Lecture 22
hash index
Lecture 23
function index
Lecture 24
bitmap index
Lecture 25
Course Review
Lecture 26
Process and memory management in database:
Various types of tasks in database
Lecture 27
IV
database buffer management
Lecture 28
log buffer management code reuse
Lecture 29
concept of two tier and N-tier architecture
Lecture 30
Lecture 31
data dictionary and catalog
database recovery technique
Aries Algorithm for recovery
Lecture 32
Course Review
Lecture 33
Query optimization and performance tuning –
Various techniques for query optimization
Lecture 34
strong and weak equivalence
Lecture 35
cost base optimization
Lecture 36
Use of different storage structures in query
optimization
information
Course Review
Lecture 37
V
Lecture 38
Transaction Processing -Transaction and system
concepts
Lecture 39
Desirable properties of transaction
Lecture 40
Schedules and recoverability
Lecture 41
serializability of schedules
Lecture 42
serializability of schedules
Lecture 43
VI
concurrency control
Lecture 44
concurrency control
Lecture 45
Lecture 46
lockbase protocols and time stamp based
protocols
read consistency
Lecture 47
Course Review
Lecture 48
University Question Paper discussion
Lecture 49
Latest trends in LP
Lecture 50
Latest applications in LP
S. S. Dongre
[Subject Teacher]
Dr. L.G.Malik
[H.O.D.CSE]
Teaching Plan
Subject Name: Microprocessor & Interfacing
Year/Sem:
VI Sem
Faculty Name:
Prof. R.W.Jasutkar
Lecture
Unit No.
Topic/Topic Description
No
Lecture 1
Introduction to Microprocessors
Lecture 2
8085 based Microprocessor organization
Lecture 3
8085 based Microprocessor organization
Lecture 4
I
8085 Instruction set
Lecture 5
8085 Instruction set
Lecture 6
8085 Instruction set
Lecture 7
8085 Instruction set
Lecture 8
8085 Programming
Lecture 9
8085 Programming
Lecture 10
II
Memory & I/O organization
Lecture 11
Address decoding
Lecture 12
Interrupts of 8085
Lecture 13
Basic timing diagram of 8085.
Lecture 14
Timing diagram of 8085.
Lecture 15
III
8085 Interfacing with 8255
Lecture 16
Simple keyboard matrix interfacing with 8085
Lecture 17
matrix interfacing with 8085
Lecture 18
Interfacing of 7 segment LED with 8085
Lecture 19
Introduction to DMA
Lecture 20
DMA using HOLD/HLDA Signals
Lecture 21
IV
8279 keyboard/display controller
Lecture 22
8279 keyboard/display controller
Lecture 23
8279 keyboard/display controller
Lecture 24
Interfacing of Stepper motor with 8085
Lecture 25
V
8051 architecture
Lecture 26
8051 architecture
Lecture 27
code/data memory interfacing
Lecture 28
I/o interfacing
Lecture 29
Address decoding logic
Lecture 30
Interrupts
Lecture 31
VI
8051 Instruction Set
Lecture 32
8051 Instruction Set
Lecture 33
8051 Instruction Set
Lecture 34
8051 Programming
Lecture 35
8051 Programming
Lecture 36
8051 Programming
Lecture 37
8051 Programming
Lecture 38
Serial data communication
Lecture 39
UART
Lecture 40
Revision
Prof. R.W.Jasutkar
Dr.L.G.Malik
[Subject Teacher]
[H.O.D.CSE]
Teaching Plan
Subject Name: Software Engineering and Project Management
Year/Sem:
6 th Sem A
Faculty Name: Apeksha V. Sakhare
Lecture No Unit No
Topic/Topic Description
Lecture 1
Introduction to Software Engineering
I
Lecture 2
Software Myths
Lecture 3
Software Engineering- A Layered Technology
Lecture 4
Software Process Framework, Software Process Models
Lecture 5
The Waterfall Model, Incremental Process Models
Lecture 6
Evolutionary Process Models
Lecture 7
Specialized Process Models
Lecture 8
The Unified Process Model
Lecture 9
Agile Process Models
Lecture 10
II
An overview, Communication Practices
Lecture 11
Planning Practices, Modeling Practices
Lecture 12
Construction Practice & Deployment
Lecture 13
System Engineering Hierarchy
Lecture 14
Business Process Engineering
Lecture 15
Product Engineering
Lecture 16
System Modeling
Lecture 17
Requirements Engineering.
Lecture 18
III
An overview, Requirements Analysis
Lecture 19
Analysis Modeling Approaches, Data Modeling,
Lecture 20
Object-Oriented Analysis, Scenario-Based Modeling
Lecture 21
Flow-Oriented Modeling
Lecture 22
Class-based Modeling
Lecture 23
Behavioral Model
Lecture 24
Design Engineering Concepts
Lecture 25
Design Model
Lecture 26
Pattern-Based Software Design
Lecture 27
IV
An overview, Unit Testing
Lecture 28
Integration Testing, Validation Testing
Lecture29
System Testing, Debugging.
Lecture 30
Software Testing Fundamentals
Lecture 31
Black-Box Testing
Lecture 32
White-Box Testing
Lecture 33
V
An overview
Lecture 34
Software Quality
Lecture 35
A Framework for Product Metrics
Lecture36
Metrics.
Lecture 37
Metrics for Analysis
Lecture 38
Design Models
Lecture 39
Metrics for Source Code
Lecture 40
Metrics for Testing & Maintenance
Lecture 41
VI
An overview
Lecture 42
Software Measurements
Lecture 43
Metrics for Software Quality
Lecture 44
Software Project Estimation Techniques
Lecture 45
Project Scheduling
Lecture 46
Risk Management
Lecture 47
Quality Management
Lecture 48
Change Management
Lecture 49
Software Reengineering
Lecture 50
Revision
Ms. A.V. Sakhare
L.G. Malik
[Subject Teacher]
[H.O.D.[CSE]
G. H. RAISONI COLLEGE OF ENGINEERING NAGPUR
DEPARTMENT OF COMPUTER SCIENCE AND ENGINEERING
Subject Name: Software Engineering and Project Management
Sem: VI SEM
Subject Teacher: Mrs. Swapnili P. Karmore
Session (2011-2012)
Date Wise Teaching Plan
Unit
UNIT1:
Scheduled
Date
Lecture
Topic Description
Lecture 1
Objective ,Aim, Goal, Scope &
Introduction of Software Engg.
Lecture 2
Software Myths, Software
Lecture 3
Lecture 4
EngineeringA
Layered
Technology,
Software Process Framework,
Lecture 5
Software Process Models,
Lecture 6
The
Waterfall
Model,
Incremental Process
Models, Evolutionary Process
Lecture 7
Software
Lecture 8
Engineeringan Introduction
Lecture 9
Models, Specialized Process
Models,
The Unified Process Model,
Agile
Lecture10 Process Models.
Lecture11 Model, Incremental Process
Models,
Lecture12 Evolutionary Process Models,
Lecture13 Specialized Process Models,
The
Lecture14 Unified Process Model, Agile
Process Models.
Lecture15 An overview, Communication
UNIT2:
Lecture16 Practices, Planning Practices,
Lecture17 Modeling Practices,
Software
Engineering
Practice
Lecture18 Construction
Deployment,
Lecture19 System
Hierarchy,
Practice
&
Engineering
Actual No.
of
Date
Lectures
Lecture20 Business Process Engineering,
Lecture21 Product Engineering, System
Lecture22 Modeling,
Requirements
Engineering.
Lecture23 An overview, Requirements
Analysis,
UNIT3:
Software
Engineering
Analysis
Design
Lecture24 Analysis
Modeling
Approaches,
Lecture25 Data
Modeling,
ObjectOriented
Lecture26 Analysis,
Scenario-Based
Modeling,
Flow-Oriented
Lecture27 Modeling,
Modeling, Class-based
Behavioral Model.
Lecture28 Design Engineering Concepts,
Design
Lecture29 Model,
Pattern-Based
Software Design
Lecture30 An overview, Unit Testing,
UNIT4:
Lecture31 Integration Testing, Validation
Lecture32 Testing,
System
Testing,
Testing
Debugging.
Strategies and
Lecture33 Software
Testing
Tactics
Fundamentals,
Lecture34 Black-Box Testing, White-Box
UNIT5:
Product
Metrics
Lecture35 An
overview,
Software
Quality, A
Lecture36 Framework
for
Product
Lecture37 Metrics,
Metrics for Analysis & Design
Lecture38 Models, Metrics for Source
Code,
Lecture39 Metrics
for
Maintenance.
Testing
&
Lecture40 Software Measurements
UNIT6:
Software
Project
Management
Lecture41 Metrics for Software Quality,
Lecture42 Software Project Estimation
Lecture43 Techniques,
Scheduling, Risk
Project
Lecture44 Management,
Management,
Lecture45 Change
Software
Lecture46 Reengineering.
Subject
Quality
Management,
Revision
of
Subject Name :
Design And Analysis Of Algorithms Subject Code :
Year/Sem :
VI th Sem
Faculty Name :
Ms. Sonali U. Nimbhorkar.
Lecture
No
Star
Date
NCSL403
ESE:80Marks
End Date
Topic/Topic Description
Lecture 1
Introduction: Attacks – Services – Mechanisms – Conventional
Encryption – Classical And Modern
Lecture 2
Techniques – Encryption Algorithms – Confidentiality.
Lecture 3
Techniques – Encryption Algorithms – Confidentiality.
Lecture 4
Techniques – Encryption Algorithms – Confidentiality.
Lecture 5
Techniques – Encryption Algorithms – Confidentiality.
Lecture 6
Public Key Encryption
Lecture 7
Rsa Algorithm And Problems
Lecture 8
Diffie Hellman Key Exchange And Problems
Lecture 9
Diffie Hellman Key Exchange And Problems
Lecture 10
Elliptic Curve Cryptography
Lecture 11
Elliptic Curve Cryptography And Problems
Lecture 12
Message Authentication Concepts
Lecture 13
Hash Functions
Lecture 14
Message Authentication Code
Lecture 15
Birthday Paradox
Lecture 16
Network Security Practice(Pgp)
Lecture 17
Network Security Practice(S/Mime)
Lecture 18
Network Security Practice(Kerberos)
Lecture 19
System Security(System Threats )
Lecture 20
System Security(Ids)
Lecture 21
System Security(Trusted Third Party)
Lecture 22
Ip Security Concepts
Lecture 23
Working Of Ip Security
Lecture 24
Firewalls
Lecture 25
Design Principles Of Firewalls
Lecture 26
Other Related Issues Of Firewalls
Lecture 27
Wireless Security Issues:The Unique Security Environment of
Wireless,
Lecture 28
Notable Security Failures With WiFi and GSM,Authentication,
Lecture 29
Authorization and Accounting, IEEE 802.11 (WiFi) Solutions;
Initial and Revised Virtual Private Networks.
Lecture 30
Lecture 31
REVISION
Lecture 32
REVISION