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Digital Communication Networks Course


Digital Communication Networks
Digital Communication Networks

Understand how computers in digital networks communicate with each other.


Join 19,836 other students.

Course Description

Modern society across the world is becoming increasingly dependent on communication networks. We depend on them for the smooth operation of economic and social activities. This course examines networks as the means of interconnecting devices so that two-way communication is possible. It examines protocols like HTTP, TCP/IP and ATM as well as the OSI reference model, and provides an overview of the topic for learners who have no significant prior knowledge of the subject. The main topics covered in this course are: Internet protocol (IP), the Open Systems Interconnection (OSI) model, Transmission Control Protocol (TCP), Hypertext transfer protocol (HTTP), and Asynchronous Transfer Mode (ATM). Areas that are also covered include the layers of communication, vertical and horizontal communication, protocol architecture, Domain name system, the ATM layers, and an analysis of IP over ATM. This course will be of interest to professionals who work in information technology, network design, and network management, and will also be of interest to students who would like a greater understanding of how networks function.

Certification

To qualify for your official ALISON Diploma, Certificate or PDF you must study and complete all modules and score 80% or more in each of the course assessments. A link to your Diploma certificate will then appear under the My Certificates heading of your My Account page.

Learning Outcomes

After studying this unit you should be able to: - evaluate technical descriptions of communication protocols and demonstrate your understanding of their operation; - describe the characteristics of circuit-switched and packet-switched networks, and of connectionless and connection-oriented modes in packet-switched networks; - describe the role played by primitives in the OSI reference model; - explain how ‘vertical’ and ‘horizontal’ communication takes place in the OSI reference model; - describe the main functions of the principal protocols in the TCP/IP architecture; - describe how application software interacts with the TCP/IP protocol software through application program interfaces; - find the network and host addresses from IPv4 addresses; - describe the main functions of each of the layers of the ATM reference model; - explain the role that virtual path identifiers and virtual channel identifiers play in forwarding ATM cells; - describe how label switching can support IP over ATM.


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Course Rating (By Learners): 4 stars based on 355 reviews
Course Title: Digital Communication Networks
Course #: 378
Course Publisher: OpenLearn
Course Category: 1
Content Origin:
Course Description: Modern society across the world is becoming increasingly dependent on communication networks. We depend on them for the smooth operation of economic and social activities. This course examines networks as the means of interconnecting devices so that two-way communication is possible. It examines protocols like HTTP, TCP/IP and ATM as well as the OSI reference model, and provides an overview of the topic for learners who have no significant prior knowledge of the subject. The main topics covered in this course are: Internet protocol (IP), the Open Systems Interconnection (OSI) model, Transmission Control Protocol (TCP), Hypertext transfer protocol (HTTP), and Asynchronous Transfer Mode (ATM). Areas that are also covered include the layers of communication, vertical and horizontal communication, protocol architecture, Domain name system, the ATM layers, and an analysis of IP over ATM. This course will be of interest to professionals who work in information technology, network design, and network management, and will also be of interest to students who would like a greater understanding of how networks function.
License: This course is available from OpenLearn through the following Creative Commons licence:
Creative Commons License
Release Date: 11 February 2013
Content  
Course Duration (Avg Learner): 2-3 Hours
Video/Audio: None
Audio Only: None
Animation: None
Assessments: Yes
Education Level
Age appropriateness: 16+ Years
Minimum Grade/Class Level:
Validation: Level 5
ALISON Testing: Yes
Certification Availability
PDF Download: Yes
Parchment: Yes
Framed Certification: Yes

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  • Evangelist Atta Jnr
    Evangelist Atta Jnr Ghana It is a very good course 2014-11-18 16:11:57
  • Owino Bruno  Francis
    Owino Bruno Francis Uganda Digital Communication networks course will help us learn more about networking 2014-08-09 08:08:51
  • Satheesh Kumar
    Satheesh Kumar India very informative.. 2014-08-08 14:08:48
  • Ravi Kumar CV
    Ravi Kumar CV India Its very nice and interesting 2014-08-06 13:08:21
  • Adedokun Adekola
    Adedokun Adekola Nigeria gud 2014-08-02 17:08:05
  • Dennis Alex Esirome
    Dennis Alex Esirome Uganda It is way forward for businesses and here i' m going to find practicals skills that will help me achieve my career in the world of technology. 2014-07-03 08:07:47
  • Nthapeleng Warren Matjee
    Nthapeleng Warren Matjee South Africa The course is so amazing i had less knowledge regarding firewalls now im confident to say it makes sense 2014-07-02 11:07:49
  • Imuran Sheriff
    Imuran Sheriff Sierra Leone digital communcation is my best course becouse i want to bè the hero in my country for network system and to operate the communcation behavour in my country the world as a whole 2014-06-14 00:06:38
  • Muhammad Sufian Abdul Malek
    Muhammad Sufian Abdul Malek Malaysia Very useful information to explain how Digital Communication Network took place 2014-06-10 04:06:12
  • Pavithra S
    Pavithra S India its really good course & gives a clear description on digital communication networks 2014-06-01 05:06:07
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Free, Online Digital Communication Networks Course.