ESE 471 A Short Guide to Frequency Transforms

(4:23)

ESE 471: Probably Enough of an Example to Remind Us About Probability

(13:53)

ESE 471 How a Bayesian Makes a Binary Decision

(10:7)

ESE 471 Why do Bad Fades Happen to Good Channels?

(6:43)

ESE 471 Optimal Decision is Picking the Closest K-dimensional Symbol

(7:31)

ESE 471: Intro to Entropy with Examples

(14:58)

ESE 471 Three Things About Thermal Noise

(8:17)

ESE 471 The Shift in FSK Depends on One Thing

(12:55)

ESE 471 How SRRC Pulses are Used at a PAM Transmitter and Receiver

(8:55)

ESE 471 Two formulas for the Bayes Threshold in Gaussian Noise

(6:39)

ESE 471: We Actually Use Convolution Instead of Correlation

(4:20)

ESE 471 Gray Coding is a Trick to Make Fewer Bit Errors

(3:15)

ESE 471: Why Study Orthogonality?

(5:32)

ESE 471: MIMO: Don't put all of your signals in one channel

(16:13)

ESE 471 How OFDM Got its FFT

(8:55)

ESE 471: Modulation Comparison

(10:31)

ESE 471 I'm Adding dB to this Course

(10:45)

ESE 471 Digital Communication Theory: Coherent M-ary FSK Union Bound

(5:2)

ESE 471 Drawing the Line Between Two Symbols

(6:52)