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NETW 505: Random Signals & Noise

NETW 505: Random Signals & Noise. Course Instructor : Tallal Elshabrawy Instructor Office : C3.321 Lecture Time & Loc. : Sun. 2 nd Slot H10, Mon. 4 th Slot H10 Instructor Email : tallal.el-shabrawy@guc.edu.eg. References.

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NETW 505: Random Signals & Noise

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  1. NETW 505: Random Signals & Noise Course Instructor : Tallal Elshabrawy Instructor Office : C3.321 Lecture Time & Loc. : Sun. 2nd Slot H10, Mon. 4th Slot H10 Instructor Email : tallal.el-shabrawy@guc.edu.eg

  2. References • “Probability and Random Processes with Applications to Signal Processing and Communications”, S. L. Miller, and D. G. Childers, Elsevier Academic Press, 2004 • “Probability and Random Processes for Electrical and Computer Engineers”, J. A. Gubner, Cambridge University Press, 2006

  3. Course Pre-Requisites • MATH IV

  4. Why Random Signals & Noise? • Study of probability, random variables and random processes is fundamental to a wide range of disciplines • Engineering (For sure) • Stock Market • Insurance Industry • Meteorologists in Weather Forecast • Experimental Medicine • ……… • Probability, random variables and random processes are fundamental tools to study, analyze and solve a diverse set of telecommunication problems

  5. What will you learn from the Course? • What are random variables and random processes? • How to characterize random variables and random processes? • How to tie between random variables, random processes and telecommunications engineering practice?

  6. What do you need to study the Course? • Overcome the psychological barrier between yourself and the word probability • Some imagination • Problem Solving • MATLAB Programming

  7. Course Assessment • Assignments 5% • Quizzes 15% • Practical Assignments 15% • Midterm 25% • Final Exam 40%

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