Curriculum Design and Instruction To Teach

The Fundamentals Of Telecommunications:

Data Communications:


Author: Charles Hayes:


Telecommunication is the transmission

of signals over a distance for the purpose

of communication. In modern times, this

process typically involves the sending of

electromagnetic waves by electronic

transmitters but, in earlier years, it may

have involved the use of smoke signals,

drums or semaphore. Today, telecommunication

is widespread and devices that assist the

process, such as the television, radio and

telephone, are common in many parts of the

world. There are also many networks that

connect these devices, including computer

networks, public telephone networks, radio

networks and television networks. Computer

communication across the Internet is one of

many examples of telecommunication.

Telecommunication systems are generally

designed by telecommunication engineers.

Telecommunication is an important part of

the world economy; the telecommunication

industry's revenue has been placed at just

under 3% of the gross world product.





Special Features Include:

Phases For Conducting a Needs Assessment:
Curriculum Design Supplement:
|a|. Subject-Questions-Answers:
Curriculum Design Plan:
Curriculum Design Goals:
Curriculum Design Objectives:
Instructional Goals:
Instructional Objectives:
Instructional Activities:
Instructional Evaluation Techniques:
Lesson Plans:
Standard Vocabulary:
Key Words/Phrases:
Learning Objectives:
A Limited Glimpse:


Topics Include:

* Introduction:

@. Data Communication:

A. Objective:

B. The Bit: A Review:

C. Removing Ambiguity: Binary Convention:

D. Coding:

E. Errors in Data Transmission:

1. Introduction:

2. Nature of Errors:

3. Error Detection and Correction:

F. dc Nature of Data Transmission:

1. dc Loops:

2. Neutral and Polar dc Data Transmission

Systems:

G. Binary Transmission and the Concept

of Time:

1. Introduction:

2. Asynchronous and Synchronous

Transmission:

3. Timing:

4. Bits, Bauds, and Symbols:

5. Digital Data Waveforms:

H. Data Interface: The Physical Layer:

I. Digital Transmission on an Analog

Channel:

1. Introduction:

2. Modulation-Demodulation Schemes:

3. Critical Impairments to the Transmission

of Data:

4. Channel Capacity:

5. Modem Selection Considerations:

6. Equalization:

7. Data Transmission on the Digital Network:

J. What Are Data Protocols?

1. Basic Protocol Functions:

2. Open Systems Interconnection:

3. High-Level Data Link Control: A Typical

Link-Layer Protocol:

* STATE OF THE ART CURRICULUM DESIGN:

* NEW:

* ILLUSTRATIONS:

* DIAGRAMS:

* BIBLIOGRAPHICAL REFERENCES & INDEX:

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