Conceptualize Networking in Computers

Course Description

What is networking in computers?

In the world of computers, networking is the practice of linking two or more computing devices together for the purpose of sharing data. Networks are built with a mix of computer hardware and computer software.

Conceptualize Networking in Computers online course covers all important theoretical as well practical aspects of networking in computers. This online course would be useful for:

• The practical knowledge of networking among computers.
• The theory examination of various computers related courses.
• The job requirements in the field where the Internet is must, it is very important to know networking.

• NOTE - This online course is useful for MCA, M.Sc. (CS), M.Sc. (IT), M.E.,M.S., BCA, B.E. (CS), B.E. (IT), B.Sc. Computers, B.Com. Computers, DOECC(A-level), MCSE, CCNA.

Conceptualize Networking in Computers online course package:

• 10 LIVE online classes
• Access to class recordings
• 5 PPTs + 5 Docs

Conceptualize Networking in Computers online course outline:

• Introduction
• Layered Networks Architecture
• Review of ISO-OSI model
• Data Communication techniques pulse code modulation (PCM)
• Differential Pulse Code Modulation (DPCM)
• Delta Modulation (DM)
• Multiplexing techniques
• Frequency division
• Time division
• Statistical time division multiplexing
• Multiplexing hierarchies
• Transmission media wires cables
• Radio links
• Satellite links
• Fiber-optic links
• Error detection
• Parity check codes
• Cyclic redundancy codes, & Hamming code
• Random Access Data Networks
• Point to point protocol
• LCP
• NCP
• FDDI
• Token bus
• Token ring
• Reservation
• Polling
• Multiple access protocols
• Pure ALOHA
• Slotted ALOHA
• CSMA, CSMA/CD
• FDMA, TDMA, CDMA:
• Traditional Ethernet
• Fast Ethernet.FDDI protocol
• Distributed Queue Dual Bus (DQDB) protocol
• Routing
• Techniques
• Static vs. Dynamic routing
• Routing table for classful address
• Routing algorithms: Optimality principle, Shortest path routing – Dijkstra, bellman-ford and Floyd warshall algorithms
• Flooding and broadcasting
• Distance vector routing
• Link state routing
• Flow based routing
• Multicasting routing
• Network Layer Protocols
• Design Issues :
• Virtual Circuits and Datagram
• Internetworking & devices:
• Repeaters
• Hubs
• Bridges
• Switches
• Router
• Gateway
• Addressing
• Internet address, classful address
• Subnetting
• Cryptography
• Substitution and transposition
• Ciphers
• Data encryption standard (DES)
• DES chaining
• Breaking DAS
• Public key cryptography
• RSA
• Authentication protocols