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Become an expert in the field of electrical engineering communication . A communication course RAHEE414 from Rahsoft

What you will learn

Analyze performance of basic communication networks

Understand telecommunication network design techniques

Develop problem solving in telecommunications networking areas

Understand the basic properties of internet and telecommunications traffic properties

Description

Description

In RAHEE 414 we’ll Focus on applying formulas to Telecommunications Networks then we Analyze their characteristics and behaviors. It includes Design and analysis of Telecommunications Networks. Number of examples have been solved to make you understand them better.

This course provides an introduction to the principles & techniques of design, implementation, and analysis of communication networks which is the key technology for the modern ICT systems. Each topic will have many examples which goes over them briefly with different parts. By end of each chapter there will be a quiz for you to test your understanding of that specific chapter.

Topics include basis of voice, video, data and internet communications. network topologies, architecture. By end of the course, you should be able to :

1. Understand basic and some advanced concepts and techniques of telecommunications networks.

2. Develop problem solving approaches as applied in telecommunications networking areas.

3. Able to analyze performance of basic communication networks using both analytical and simulation techniques.

4. Understand telecommunication network design techniques and practical implementation issues.

5.Understand the basic properties of internet and telecommunications traffic properties.


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This course is mostly for academic level Engineering students in different universities around the world.

Instructor

The instructor of this course is Mehrad Nahouri. He has an Associates in Electrical Engineering concentration on digital field and is a lecturer at Rahsoft.

Pre-Requisite:

Probability Theory and Statistics

What is the target audience?

  • This course is for students working in Telecommunications field.
  • Undergraduate students
  • Electrical Engineer
  • Graduate students taking Telecommunications Networks course
  • Researchers in Telecommunications field

Course content

  • Introduction
  • Signals and Systems
  • Domain Modulation
  • Angle Modulation
  • Random Processes

Who this course is for:

  • Electrical Engineers
  • Electrical Engineering Students

The 4 main things the student will learn by the end of the course:

  • Analyze performance of basic communication networks
  • Understand telecommunication network design techniques
  • Develop problem solving in telecommunications networking areas
  • Understand the basic properties of internet and telecommunications traffic properties
English
language

Content

Signals and Systems

Introduction
Implementing a telecommunication network
Receiver Antenna
different types of signals
sinusoidal signal
mixed and real signals
random and definite signals
sender and receiver
alternating and non alternating signals
discrete signal
casual and non casual signals
Odd and even signals
Fourier series
Dirichlet condition
Fourier series presentation form
Fourier series for odd and even real signals
Fourier transform uses
duality
LTI system
movement in the time field
alternating signal Fourier transform
Fourier transform in LTI systems
Designing of FIR filters
Whole zero filters
Whole zero filters
H(n) for lowpass filter
Desired number of filters
H(n) in overall form
distance between omegas
using Fourier transform for FIR filters
Unlimited pulse response filters
2 line transform
Coefficient of IIR filters
Conversion function
power signals
Power Signals

Domain Modulation

Limited domain
Modulation goals
AM modulation
transferring message
Common domain modulation
Conversion amplitude modulation
Conversion amplitude modulation
message signal example
Modulators and demodulators implementation
Using non linear function
Implement DSP

Angle Modulation

Introduction
Carry on signal
Variable in time phase
Importing empty message into frequency modulator
Sinusoidal message signal
FM frequency
Spectrum properties of angle moduled signal
Limitation of frequency
harmonics in bandwidth
Harmonics example
Increasing speed in MATLAB
Carson rule
Carson rule in an example
Implementing angle modulators and demodulators
Demodulators
Import U(t) into a filter
RLC circuit
Using push for demodulation

Random Processes

Introduction
Random Signal
Random Variable
Random variable incident
Statical averages
statical averages in MATLAB
White processes
properties of tempered noises
Filtered noise processes
Districuting the colorful noise
properties of tempered noises
bandwidth equivalent to noise
Lowpass filter example