Lecture 1 – Introduction to digital communication Communication Engineering 80 min Click to view videos

Video Lecture Description Sub-Category Time Click to view video Back to Engineering Video Lecture Course Page Lecture 1 – Introduction to digital communication Communication Engineering 80 min Click to view videos Lecture 2 – Discrete source encoding Communication Engineering 79 min Click to view videos Lecture 3 – Memory-less sources Communication Engineering 69 min Click to view videos Lecture 4 – Entropy and asymptotic equipartition property Communication Engineering 81 min Click to view videos Lecture 5 – Markov sources and Lempel-Ziv universal codes Communication Engineering 79 min Click to view videos Lecture 6 – Quantization Communication Engineering 80 min Click to view videos Lecture 7 – High rate quantizers and waveform encoding Communication Engineering 80 min Click to view videos Lecture 8 – Fourier Series Communication Engineering 79 min Click to view videos Lecture 9 – Discrete-time fourier transforms Communication Engineering 77 min Click to view videos Lecture 10 – Degrees of freedom Communication Engineering 78 min Click to view videos Lecture 11 – Signal space Communication Engineering 83 min Click to view videos Lecture 12 – Nyquist theory Communication Engineering 81 min Click to view videos Lecture 13 – Random processes Communication Engineering 75 min Click to view videos Lecture 14 – Gaussian random vectors white Gaussian noise (WGN) Communication Engineering 81 min Click to view videos Lecture 15 – Linear functionals and filtering of random processes Communication Engineering 78 min Click to view videos Lecture 16 – Introduction to detection Communication Engineering 72 min Click to view videos Lecture 17 – Detection for random vectors and processes Communication Engineering 68 min Click to view videos Lecture 18 – Theorem of irrelevance Communication Engineering 73 min Click to view videos Lecture 19 – Baseband detection and complex Gaussian processes Communication Engineering 77 min Click to view videos Lecture 20 – Introduction of wireless communication Communication Engineering 76 min Click to view videos Lecture 21 – Doppler spread Communication Engineering 77 min Click to view videos Lecture 22 – Discrete-time baseband models for wireless channels Communication Engineering 71 min Click to view videos Lecture 23 – Rrayleigh fading and incoherent channels Communication Engineering 64 min Click to view videos Lecture 24 – Code division multiple access (CDMA) Communication Engineering 70 min Click to view videos