Learning Computer Communication and Networking Fundamentals

Name: Learning Computer Communication and Networking Fundamentals
Rating: 4.5 (12 reviews)

Computer Networking

Highest Rated

Created byMridula Korde

Last updated 6/2021

English

English [Auto],

What you'll learn

Students can learn computer communication and networking fundamentals through simulation software.

Course content

3 sections • 12 lectures • 2h 34m total length

Background of Computer Communications8:47
Learn the fundamentals of computer communication and networking, including how the internet works, high and dial-up connections, domain names, IP addresses, and key network topologies.
Introduction to Networking Devices6:41
Discover fundamental networking devices like ISDN, DSL, cable modems, wireless access points, and hubs, and explore physical and wireless transmission media and data travel to the internet backbone.
Introduction to Packet Tracer3:40
Explore packet tracer basics by building network topologies with routers, switches, PCs, and wireless devices, using automatic and manual connections to run hands-on simulations.
Quiz

Simulation of a network consisting of PCs connected to HTTP servers using Packet10:16
Build a network in packet tracer with a server, PCs, and a switch; configure IPs and access the http server via a web browser, modify server files to reflect changes.
Simulation of a network consisting of PCs connected to DNS servers using Packet11:57
Explore a packet-based simulation of a PC network connected to a DNS server, configure IP addresses, enable DNS service, and map domain names to IPs to access a web server.
Simulation of a network consisting of PCs connected to FTP server5:50
Configure a simulated network of computers connected to an ftp server, assign ip addresses and user credentials and permissions, ping for connectivity, and transfer files via ftp.
Simulation of a network consisting of PCs connected to DHCP server9:52
Simulate a network of PCs connected to a DHCP server by configuring interfaces, IP addresses, and subnet masks via the command line to enable automatic IP assignment.
Simulation of a network consisting of PCs connected to an Email server7:17
Configure a simulated network of PCs connected to an email server, assign IP addresses and gateways, set up domain services, and create user accounts to enable email communication.

Configuration of ROUTER using RIP .11:50
Configure routers with RIP to connect two separate networks, assign IP addresses, and verify connectivity between networks through routing updates.
Configuration of Static Routing with CLI using Cisco packet Tracer42:57
Master static routing with Cisco Packet Tracer through hands-on CLI configuration, assigning IP addresses to three interconnected networks, connecting routers, and adding static routes to reach all subnets.
Configuration of Dynamic Routing with RIP using Cisco packet Tracer20:05
Configure dynamic routing with RIP in Cisco Packet Tracer to interconnect three networks via switches, assign IP addresses, set gateways, and verify end-to-end connectivity.
Configure a Wireless LAN using Cisco Packet Tracer15:23
Configure a fixed network and a wireless LAN using Cisco Packet Tracer, assigning IPs and a gateway, and connect PCs, laptops, phones, and a printer through a wireless access point.

Requirements

Basic understanding of concepts in the field of computer communication like switches, hubs, routers,Wireless LAN is required.

Description

The internet has become one of the most important components of our life. We browse the web, check e-mails, make VoIP phone calls, and have video conferences via computers. All of these applications are made possible by networking computers together. A system of interconnected computers and computerized peripherals is called computer network.

This course gives the detail instructions about the computer communication and networking hands on experience by configuring various devices in Cisco packet tracer.

Cisco packet tracer is an open source tool available which is easy to operate and have numerous features to configure real time environment.

The course is arranged as follows:

Introduction to Packet Tracer

Introduction to Networking Devices

Server Simulations:

1) Simulation of a network consisting of PCs connected to HTTP servers

2) Simulation of a network consisting of PCs connected to DNS servers

3) Simulation of a network consisting of PCs connected to FTP server and configuring the server for a given user id and password

4) Simulation of a network consisting of PCs connected to DHCP server and assigning IP addresses to all the devices in the network through DHCP

5) Simulation of a network consisting of PCs connected to an Email server and send email to other devices in the network

Router Simulations

6) Configuration of ROUTER through Command Line Interface.

7) Configuration of Static Routing

8) Configuration of Dynamic Routing

9) Configure a Wireless LAN

Who this course is for:

Electronics/Electronics and Communication /Computer students

Learning Computer Communication and Networking Fundamentals

What you'll learn

Explore related topics

Course content

Introduction3 lectures • 19min

Server Simulations5 lectures • 45min

Router Simulations4 lectures • 1hr 30min

Requirements

Description

Who this course is for: