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outstanding lectures without escaping any logic explained very clearly
Thank you.
Thank you for this fantastic lecture, including the examples (such as minimum of two random variables)!
+Tyler Bell : Thank you. Glad to know you liked it. I wish I had such videos when I was growing up ...
You saved my Semester . Thank you ...
At T=11.42min, the multiplication factor should be f_x (w) and not f_x (x) . Similarly at T=11.55min, the multiplication factor should have been f_y (w) and not f_y (y). Also,at T=18.43 min, the expected value of the sample mean is 1 / \lambda.
great video. i might just pass my actuary exam
Thank you so much,Sir. Very clear and made it simple.
sir are there videos of your classes for probability of error calculations of Qpsk, Dpsk, Qam ,Ask (band pass signals)
+Ramakrishna Siribariki Sorry. Nothing of that sort yet. But if you can send me some relevant material, I can try to make one for you ...
outstanding lectures without escaping any logic explained very clearly
Thank you.
Thank you for this fantastic lecture, including the examples (such as minimum of two random variables)!
+Tyler Bell : Thank you. Glad to know you liked it. I wish I had such videos when I was growing up ...
You saved my Semester . Thank you ...
At T=11.42min, the multiplication factor should be f_x (w) and not f_x (x) . Similarly at T=11.55min, the multiplication factor should have been f_y (w) and not f_y (y). Also,at T=18.43 min, the expected value of the sample mean is 1 / \lambda.
great video. i might just pass my actuary exam
Thank you so much,Sir. Very clear and made it simple.
sir are there videos of your classes for probability of error calculations of Qpsk, Dpsk, Qam ,Ask (band pass signals)
+Ramakrishna Siribariki
Sorry. Nothing of that sort yet. But if you can send me some relevant material, I can try to make one for you ...