LESSON PLAN

COLLEGE NAME : MAHAKAL INSTITUTE OF TECHNOLOGY ,UJJAIN

DEPARTMENT : COMPUTER SCIENCE AND ENGINEERING
FACULTY NAME : PROF. JAGRATI NAGDIYA
CLASS : B.Tech IV YEAR VII SEMESTER BRANCH: CS-A

L T P CREDITS
SUBJECT DISTRIBUTED SYSTEM (CS-7001)
3 _ 2 4

THEORY PRACTICAL
END MID QUIZ/ ASSIGNMENT END SEM TERM WORK
SCHEME OF SEM SEM
CBGS
EXAM: LAB WORK /SESSIONAL
70 20 10 30
20

PROPOSED ACTUAL
LECT. RBT CO INSTRUCTIONAL
UNIT NO. TOPIC DATE OF DATE OF REMARKS
NO. LEVEL MAPPING METHOD
CONDUCTION CONDUCTION

1/1 Introduction to distributed systems L1 CO1

2/2 Architecture for Distributed System L5 CO1

3/3 Goals of Distributed system L1 CO1

4/4 Hardware concepts L1 CO1

5/5 Software concepts L1 CO1

I

6/6 Distributed Computing Model L3 CO1

7/7 Advantages & Disadvantage distributed system L5 CO1

8/8 Issues in designing Distributed System L5 CO1

No. of Lectures required to complete UNIT-I: No. of Lectures taken:

1/9 Distributed Share Memory And Distributed File System L1 CO1

2/10 Basic Concept of Distributed Share Memory (DSM) L1 CO1

DSM Architecture & its Types,Design & Implementations issues In DSM

3/11 L5 CO2
System

Structure of Share Memory Space, Consistency

4/12 L5 CO2
II Model, and Thrashing

5/13 Desirable features of good Distributed File System, File Model L2 CO2

FileService Architecture, File Accessing Model, File Sharing Semantics, File

6/14 L5 CO2
Catching Scheme

File Application & Fault tolerance. Naming: - Features, System Oriented

7/15 L3 CO2
Names

8/16 Object Locating Mechanism, Human Oriented Name. L3 CO2

No. of Lectures required to complete UNIT-II: No. of Lectures taken:

1/17 Inter Process Communication And Synchronization L4 CO3

2/18 API for Internet Protocol L4 CO3

3/19 Data Representation & Marshaling L4 CO3

4/20 Group Communication L5 CO3

5/21 Client Server Communication L5 CO3

III
RPC- Implementing RPC Mechanism,Stub Generation,
6/22 L5 CO3
RPC Messages

7/23 Election Algorithms:- Bully & Ring Algorithms. L3 CO3

No. of Lectures required to complete UNIT-III: No. of Lectures taken:

1/24 Distributed Scheduling And Deadlock L3 CO4

2/25 Distributed Scheduling-Issues in Load Distributing, L3 CO4

3/26 Components for Load Distributing Algorithms L3 CO4

 4/27 Different Types of Load Distributing Algorithms L3 CO4

5/28 Task Migration and its issues L2 CO4

IV

6/29 Deadlock-Issues in deadlock detection & Resolutions L4 CO4

7/30 Deadlock Handling Strategy L4 CO4

Distributed
8/31 L3 CO4
Deadlock Algorithms,

No. of Lectures required to complete UNIT-IV: No. of Lectures taken:

1/32 Distributed Multimedia & Database system L2 CO5

2/33 Distributed Data Base Management System(DDBMS) L2 CO5

3/34 Types of Distributed Database L2 CO5

4/35 Distributed Multimedia L3 CO5

5/36 Characteristics of multimedia Data, L3 CO5

6/37 Quality of Service Managements L2 CO5

V

7/38 Case Study of Distributed System:- Amoeba L5 CO5

8/39 Mach L5 CO5

9/40 Chorus L5 CO5

No. of Lectures required to complete UNIT-V: No. of Lectures taken:

Faculty HOD Dean Director

CSE Department CSE Department MIT,Ujjain MIT,Ujjain