Introduction to Telecommunication Networks Engineering
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- Curriculum
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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.
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?
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This course is for students working in Telecommunications field.
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Undergraduate students
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Electrical Engineer
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Graduate students taking Telecommunications Networks course
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Researchers in Telecommunications field
Course content
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Introduction
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Signals and Systems
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Domain Modulation
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Angle Modulation
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Random Processes
Who this course is for:
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Electrical Engineers
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Electrical Engineering Students
The 4 main things the student will learn by the end of the course:
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Analyze performance of basic communication networks
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Understand telecommunication network design techniques
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Develop problem solving in telecommunications networking areas
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Understand the basic properties of internet and telecommunications traffic properties
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1IntroductionVideo lesson
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2Implementing a telecommunication networkVideo lesson
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3Receiver AntennaVideo lesson
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4different types of signalsVideo lesson
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5sinusoidal signalVideo lesson
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6mixed and real signalsVideo lesson
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7random and definite signalsVideo lesson
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8sender and receiverVideo lesson
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9alternating and non alternating signalsVideo lesson
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10discrete signalVideo lesson
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11casual and non casual signalsVideo lesson
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12Odd and even signalsVideo lesson
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13Fourier seriesVideo lesson
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14Dirichlet conditionVideo lesson
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15Fourier series presentation formVideo lesson
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16Fourier series for odd and even real signalsVideo lesson
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17Fourier transform usesVideo lesson
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18dualityVideo lesson
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19LTI systemVideo lesson
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20movement in the time fieldVideo lesson
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21alternating signal Fourier transformVideo lesson
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22Fourier transform in LTI systemsVideo lesson
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23Designing of FIR filtersVideo lesson
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24Whole zero filtersVideo lesson
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25Whole zero filtersVideo lesson
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26H(n) for lowpass filterVideo lesson
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27Desired number of filtersVideo lesson
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28H(n) in overall formVideo lesson
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29distance between omegasVideo lesson
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30using Fourier transform for FIR filtersVideo lesson
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31Unlimited pulse response filtersVideo lesson
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322 line transformVideo lesson
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33Coefficient of IIR filtersVideo lesson
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34Conversion functionVideo lesson
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35power signalsVideo lesson
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36Power SignalsVideo lesson
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37Limited domainVideo lesson
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38Modulation goalsVideo lesson
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39AM modulationVideo lesson
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40transferring messageVideo lesson
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41Common domain modulationVideo lesson
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42Conversion amplitude modulationVideo lesson
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43Conversion amplitude modulationVideo lesson
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44message signal exampleVideo lesson
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45Modulators and demodulators implementationVideo lesson
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46Using non linear functionVideo lesson
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47Implement DSPVideo lesson
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48IntroductionVideo lesson
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49Carry on signalVideo lesson
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50Variable in time phaseVideo lesson
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51Importing empty message into frequency modulatorVideo lesson
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52Sinusoidal message signalVideo lesson
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53FM frequencyVideo lesson
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54Spectrum properties of angle moduled signalVideo lesson
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55Limitation of frequencyVideo lesson
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56harmonics in bandwidthVideo lesson
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57Harmonics exampleVideo lesson
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58Increasing speed in MATLABVideo lesson
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59Carson ruleVideo lesson
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60Carson rule in an exampleVideo lesson
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61Implementing angle modulators and demodulatorsVideo lesson
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62DemodulatorsVideo lesson
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63Import U(t) into a filterVideo lesson
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64RLC circuitVideo lesson
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65Using push for demodulationVideo lesson
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