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Welcome. 3B. to. TRANSMISSION TECHNOLOGY 2. Course Description.

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Welcome

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  1. Welcome 3B to TRANSMISSION TECHNOLOGY 2

  2. Course Description Deals with the fundamental theories of Digital Communication. The principles of Digital Transmission and Digital Radio are explained together with multiplexing processes associated with them. This is followed by the study on typical digital and data communication systems like microwave and satellite systems, fiber optics and computer communication systems.

  3. Course Description Laboratory activities are provided to achieve not only theoretical but also practical understanding of the course.

  4. Course Objectives To be able to define or describe common Digital Communication terminologies. To know the advantages and disadvantages of Digital Communication. To be able to enumerate and explain the methods of modulation and demodulation used in Digital Communication.

  5. Course Objectives To be able to describe the operation of Multiplexing (FDM & TDM). To know the design and operating principles of typical Digital and Data Communication System.

  6. Course Contents Introductory concepts of digital communication Review on Analog Pulse Modulation (PAM, PWM, PPM) Digital Pulse Modulation (PCM, DPCM, DM)

  7. Course Contents Companding System (Analog & Digital Companding) Multiplexing Techniques (FDM & TDM) Digital Radio System (Microwave Comm., Satellite Comm.)

  8. Course Contents Digital Transmission System (Fiber optic system) Data Communication (FSK, PSK, QAM) Modems and cables Networking (LAN)

  9. Course References Advance Electronic Communication System by Wayne Tomasi Electronic Communication: Modulation and Transmission by Robert Shoenbeck Understanding Telephone Electronics by Stephen Bigelow Understanding Local Area Networks by Stan Schatt

  10. Course References Communications and Networking for IBM PC and Compatibles by Jordan and Churchill Electronic Communication System by George Kennedy Understanding Data Communications by Gilbert Held Electronic Communication System by Frenzel

  11. MGP FGP FINAL GRADE GRADING SYSTEM 40% + 60% Quiz 20% MA 20% CS 10% MTE 50% 20% Quiz 20% MB 10% CS 50% FE

  12. GRADE EQUIVALENT 99-100 1.00 96-98 1.25 93-95 1.50 90-92 1.75 87-89 2.00 84-86 2.25 81-83 2.50 78-80 2.75 75-77 3.00 inc. 4.00

  13. VALIDATION EXAM An exam given to students who failed in any subject. A student will have a chance to take the validation exam if his grade is between 73 to 74.49 at areas where student failed. This is given on the 20th week.

  14. Thank you!

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