Bihar Engineering University, Bihar, Electronics and Communication engineering Semester 8, Computer Network Syllabus

Unit - 1 Introduction

UNIT 1

Introduction

1.1 Hardware Components

1.2 Software Components

1.3 Layers of OSI Model

1.4 TCPIP Model

1.5 Difference between TCPIP and OSI Model

Unit - 10 Introduction to Transport Layer

UNIT 10

Introduction to transport layer

10.1 Introduction

10.2 TCP and UDP in Transport Layer

UNIT 10

Introduction to transport layer

10.1 Introduction

10.2 TCP and UDP in Transport Layer

Unit - 11 Introduction to Application Layer

UNIT 11

Introduction to Application Layer

11.1 Introduction

11.2 The TCPIP Reference Model

UNIT 11

Introduction to Application Layer

11.1 Introduction

11.2 The TCPIP Reference Model

Unit - 2 The Physical Layer Link

Unit 2

The Physical link layer

2.1 Introduction

2.2 How bits are represented on the medium

2.3 Wiring standards for connectors and jacks

2.4 Physical Topology

2.5 Synchronising bits

2.6 Bandwidth usage

2.7 Multiplexing strategy

2.8 Guided Transmission Media

2.9 Physical Layer Standard

Unit - 3 The Data Link Layer

Unit 3

The Data Link Layer

3.1 Data Link Control

3.2 Data Link Layer

3.3 Frame Design Consideration

3.4 Flow control mechanism

3.5 Error Detection

3.6 Error Detecting Techniques

3.7 Error control in Stopandwait mechanism

3.8 Sliding window mechanism

3.9 Sequence Numbering

3.10 Piggybacking Acknowledgements

3.11 Data Link Management

Unit - 4 MAC Protocols

UNIT 4

MAC Protocols

4.1 ALOHA

4.2 Pure ALOHA

4.3 Slotted ALOHA

UNIT 4

MAC Protocols

4.1 ALOHA

4.2 Pure ALOHA

4.3 Slotted ALOHA

Unit - 5 IEEE 802.3 Ethernet

UNIT 5

IEEE 802.3 Ethernet

5.1 Contention Access

5.2 CSMACD

5.3 Topology of Ethernet

5.4 Ethernet Repeater

5.5 Types of Ethernet Networks

UNIT 5

IEEE 802.3 Ethernet

5.1 Contention Access

5.2 CSMACD

5.3 Topology of Ethernet

5.4 Ethernet Repeater

5.5 Types of Ethernet Networks

Unit - 6 Bridges and Layer-2 Switches

UNIT 6

Bridges and Layer2 Switches

6.1 LAN Bridge

6.2 Bridge

6.3 Spanning tree

6.4 Source Routing Bridge

6.5 Route discovery in source routing

6.6 Layer 2 Ethernet switches

UNIT 6

Bridges and Layer2 Switches

6.1 LAN Bridge

6.2 Bridge

6.3 Spanning tree

6.4 Source Routing Bridge

6.5 Route discovery in source routing

6.6 Layer 2 Ethernet switches

Unit - 7 The Network Layer

UNIT 7

The Network Layer

7.1 Network layer design issue

7.2 Purpose of network layer

7.3 The main functions of the network layer are

UNIT 7

The Network Layer

7.1 Network layer design issue

7.2 Purpose of network layer

7.3 The main functions of the network layer are

Unit - 8 Introduction to Internet Protocol

UNIT 8

Introduction to Internet Protocol

8.1 Internet Protocol Version 4

8.2 Internet Control Message Protocol ICMP

UNIT 8

Introduction to Internet Protocol

8.1 Internet Protocol Version 4

8.2 Internet Control Message Protocol ICMP

Unit - 9 Routing Algorithms

UNIT 9

Routing Algorithms

9.1 Router

9.2 Distance Vector Routing Algorithm

9.3 Routing Information Protocol RIP

9.4 Link State Routing and OSPF Routing Protocol

9.5 Open shortest path first OSPF routing protocol –

9.6 Interior and Exterior Protocol

UNIT 9

Routing Algorithms

9.1 Router

9.2 Distance Vector Routing Algorithm

9.3 Routing Information Protocol RIP

9.4 Link State Routing and OSPF Routing Protocol

9.5 Open shortest path first OSPF routing protocol –

9.6 Interior and Exterior Protocol