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The course objectives include learning about computer network organization and implementation, obtaining a theoretical understanding of data communication and computer networks, and gaining practical experience in installation, monitoring, and troubleshooting of current LAN systems.
SNO | DESCRIPTION | PO MAPPING |
CO1 | student will configure operating systems, network specific services | PO1, PO2, PO5, PO6, PO11, PO12 |
CO2 | Understand the key networking protocols, and their hierarchical relationship in the context of a conceptual model, such as the OSI and TCP/IP framework. | PO1, PO2, PO4, PO5, PO11 |
CO3 | Understand technical security controls, to include host firewalls, user access controls, host logging | PO1,PO2, PO5, PO6, PO7 |
MODULE (I):
Introduction-Networking –Devices, Need for computer networks - Network Topologies - Types of networks -Hardware needed for setting up simple LAN, Wireless networks and for inter-connecting LANs and WAN -Communication media - IEEE 802 series standards – Wireless technology - Spread spectrum - WAP and WML - Access points - Service Set ID (SSID) - Authentication methods (OSA, SKA) - Types of Cables–Ethernet - Token Ring - Optical Fiber - Introduction to MAC address - Introduction to IP address - Classes of IP address -Need for subnetting -Basics of IPV6 - Introduction to Unicast, Multicast and Broadcast.
MODULE (II):
Routing-Types of connections – Circuit switched, Packet switched – Importance of Packet Switches -Types of protocols and need for protocols - Packet switched Protocols - TCP/ IP. Fundamentals of routing – Link State Routing - Distance Vector Routing–RIP–EIGRP–OSPF - Configuring Routers - Understanding the router architecture - Assigning IP address to the routers - Configuring routing protocols.
MODULE (III):
OSI Layers- Interconnecting disparate systems/ networks–issues- Open Systems Interconnect 7layers and their functionality - Introduction to TCP/ IP - Origins of TCP/ IP and evolution of Internet - IP Layers Vs OSI - IP number concepts - Network address - Classes of Networks - Subnet masking - Static and dynamic IP numbers - UDP - Establishing a TCP session (Three way handshake) - Name to address translation - DomainName System
MODULE (IV):
Networking to the end user- Configuring Server for enterprise networking - Introduction to Domains and Work groups - Understanding DNS and configuring DNS - Introduction to ADS (Active Directory Service) -File sharing within network - Understanding DHCP - Introduction to Mail Exchange server and ISA server -Network operating system - Client Server applications - Peer to Peer Applications - Measuring performance - Monitoring tools.
Text Book:
Reference Book:
Wireless networks and for inter-connecting LANs and WAN -Communication media - IEEE 802 series standards
Types of Cables–Ethernet - Token Ring - Optical Fiber - Introduction to MAC address
Introduction to IP address - Classes of IP address -Need for sub netting -Basics of IPV6
Fundamentals of routing – Link State Routing - Distance Vector Routing
Assigning IP address to the routers - Configuring routing protocols-
UDP - Establishing a TCP session (Three way handshake) - Name to address translation-
Configuring Server for enterprise networking-
Understanding DHCP - Introduction to Mail Exchange server and ISA server
Establish LAN connection using three systems using bus topology
Establish peer to peer network connection using two system in a LAN
Transfer files between systems in LAN using FTP configuration
Install & configure network interface card in LAN system