SE-307: Computer Communication Networks

Slides:

Advertisements

Similar presentations

COMP2330 Subject Review. Final Exam  Time: 14:45-16:45, 4 May 2010  Venue: SHALL  6 questions  8 pages  2 hours  20% percent (programming)  distributed.

Advertisements

Protocols and the TCP/IP Suite Chapter 4 (Stallings Book)

1 © 2003, Cisco Systems, Inc. All rights reserved. CCNA Networking Fundamentals Halmstad University Olga Torstensson

1-1 Introduction to Computer Networks and Data Communications.

1 CPE 400 / 600 Computer Communication Networks Dr. Mehmet Gunes slides are modified from S.K. Kasera and J. Kurose & K. Ross.

1 Networks I Course Information Course No.: IT 224 Prerequisite: Phys 104 and Math 151 Credit Hours: 3 Hrs Semester/Session: Fall 2010 Course website:

Spring 2010, ICE Stephen Kim, Ph.D.. March 3 rd – June 11 th, 2010 Wednesday and Friday 1:30-2:45 pm Room

Lecturer: Tamanna Haque Nipa

Computer Communications & Networks COMSATS Islamabad Course Introduction Qaisar Javaid, Assistant Professor CIIT.

CIM 2465 Introduction to Computer Networking 1 Introduction to Computer Networking CIM2465 K. Tsang (Rm 351)

DEPARTMENT of COMPUTER SCIENCE and INFORMATION TECHNOLOGIES CEN 665

 Spring 2011  CSCI 27 Computer Networking Course Overview.

Computer Communication & Networks Lecture # 02 Nadeem Majeed Choudhary

Convergence Technology. Ch 01 Telecom Overview  Define communications and telecommunications  Components of a communications system  Difference between.

CSC 450/550 Part 1: Introduction. CSC 450/550 Summary (1)Contact information (2)Course objective and topics (3)Course evaluation (4)* The layering principle.

Prof. Hosny Ibrahim.  Text book (TX1): Data and Computer Communications By: William Stalling, 11 th Edition 2011  Text book (TX2): Data Communications.

EE3402- Data Communication Networks Lecture 1 Muhammad Qaisar Shafi.

Introduction & Overview Prepared by: TGK First Prepared on: Last Modified on: Quality checked by: Copyright 2009 Asia Pacific Institute of Information.

CCNA Guide to Cisco Networking Chapter 2: Network Devices.

Introduction Chapter 1. Business Applications of Networks A network with two clients and one server. Client-Server Model.

2.1 Chapter 2 Network Models Copyright © The McGraw-Hill Companies, Inc. Permission required for reproduction or display.

ECEN “Internet Protocols and Modeling” Course Materials: Papers, Reference Texts: Bertsekas/Gallager, Stuber, Stallings, etc Lecture notes and.

CCNA 1 v3.1 Module 2 Networking Fundamentals. Purpose of This PowerPoint This PowerPoint primarily consists of the Target Indicators (TIs) of this module.

Data and Computer Communications, 9/E ISBN-13: William Stalling Data Communications Concept CSC230 Prof. F. Aljamal.

Introduction to Networks v5.1 Chapter 4: Network Access.

Data Communications. A. Overview 1.Introduction 2.Network Models B. PHYSICAL LAYER AND MEDIA 1.Data and Signals 2.Digital Transmission 3.Analog Transmission.

Computer Engineering and Networks, College of Engineering, Majmaah University INTRODUCTION TO COMPUTER NETWORKS Mohammed Saleem Bhat

COMPUTER NETWORKS COMPUTER NETWORKS AIM To understand the basic concepts of data communication, networking and the usage of protocols. OBJECTIVES To study.

Spring Ch 17 Internetworking Concepts, Architecture, and Protocols Part III Internetworking.

Chapter 9 Introduction To Data-Link Layer

Part III. Data Link Layer

Protocols and the TCP/IP Suite

DATA COMMUNICATION Lecture-45.

CCNA Networking Fundamentals

Computer Network Course objective: To understand Network architecture

Part III Datalink Layer 10.

Part I. Overview of Data Communications and Networking

Course Information CSE 3213 – Fall 2011.

Network Architecture Introductory material

Introduction to Networking Prof. Ananjan Maiti. Overview of the course OSI and TCP/IP Models:  Open Systems Interconnection (OSI)  Transmission Control.

DATA COMMUNICATION Lecture-10.

Data Transmission and Computer Communications ECE: 412

Network Fundamentals – Chapter 9

Layer 1 of the TCP/IP protocol stack: Network Access Layer (NAL)

ECEN 619 “Internet Protocols and Modeling”

An introduction to the organization of the Internet Lab

An introduction to the organization of the Internet Lab

Review of Important Networking Concepts

Network Fundamentals – Chapter 9

ECEN “Internet Protocols and Modeling”

Introduction to the course

INTERNATIONAL BURCH UNIVERSITY

DATA COMMUNICATION Lecture-8.

DATA COMMUNICATION Lecture-11.

Network Fundamentals – Chapter 9

Network Fundamentals – Chapter 9

DATA COMMUNICATION Lecture-3.

Part III Datalink Layer 10.

An introduction to the organization of the Internet Lab

CSE 313 Data Communication

Network Fundamentals – Chapter 9

Introduction to TCP/IP protocol Suite

Network Fundamentals – Chapter 9

Network Fundamentals – Chapter 9

Data-Link Layer The Internet is a combination of networks glued together by connecting devices (routers or switches) If a packet is to travel from a host.

Protocol Layering - Introduction

Data Communications Spring, 2019

Chapter 9 Introduction to Data-Link Layer

Network Fundamentals – Chapter 9

Presentation transcript:

SE-307: Computer Communication Networks Instructor: Nadeem Majeed Choudhary Office No: 22 Credit hours: 3 e-mail : nadeem.majeed@uettaxila.edu.pk Website : http://web.uettaxila.edu.pk/uet/UETsub/perSites/mySite.asp?frmEmail=nadeem.majeed@uettaxila.edu.pk Course website: http://web.uettaxila.edu.pk/CMS/SP2013/seCCNbs/index.asp Text Book: Behrouz A. Forouzan “ Data Communications and Networking”, McGrew-Hill, Latest Edition

Course contents Part1: Overview of Data Communications and Networking Ch1: Introduction Ch.2: Network Models Part2: Physical Layer Ch3 Signals Ch4 Digital Transmission Ch5 Analog Transmission Ch.7 Transmission Media

Course contents Part3: Data Link Layer: Part 4: Network Layer: Ch.10 Error Detection and correction Ch.11 Data Link Control and protocols Ch.12 Multiple Access Ch.13 Local Area Networks: Ethernet Ch.15 Connecting LANs, Backbone Networks and virtual LANs Part 4: Network Layer: Ch.19 Logical Addressing Ch20 Internet protocol Ch.21 Address Mapping, Error Reporting Ch.22 Routing: Routing Protocols

Course Learning Outcomes Describe what a computer network is and the meaning of the terms protocol and standard. Ch1 Recognize the architecture of the TCP/IP Protocol Suite and OSI model. Ch2 Analyze the different type and characteristics of signals. Ch3 Identify and explain the concept of modulation techniques (Digital and Analog) Ch4 &Ch5

Course Learning Outcomes Apply the concept of data link layer such as: framing, error detection & correction, flow control and multiple access protocolsCh10&Ch11&Ch12 Recognize the different versions of wired Ethernet LANs. Ch13 Differentiate between different devices for connecting LANs. Ch15

Course Learning Outcomes Apply Spanning tree algorithm to create a loop less topology in a bridged LAN.Ch15 Recognize IPv4 addresses and classes and Internet protocol version 4(Ipv4) . Ch19-Ch20 10. Understand Unicast routing protocols such as: RIP and OSP. Ch22