04:38
How to Go from Channel Paths to Channel Taps
11:06
How a Carrier Phase Offset Distorts a Digital Bit Stream
13:47
A Primer on Quadrature Amplitude Modulation (QAM)
16:10
A Demo of Slow and Fast Fading in a Wireless Channel
04:29
Mueller and Muller Clock Synchronization Algorithm
15:11
What Exactly is Pulse Amplitude Modulation (PAM)
18:35
How to Design a Digital Phase Locked Loop (PLL) in Software Defined Radio (SDR)
03:25
The Main Idea behind Decision Feedback Equalization
25:32
Band Edge Filters in a Frequency Locked Loop (FLL)
13:07
Pulse Shaping in Wireless Communication Systems
11:47
Why is Timing Synchronization Crucial for Digital Receivers
11:21
A Closer Look at LMS Equalizers
17:27
Implementation of Costas Loop in a Communication Receiver
10:10
An Easy Way to Understand Convolution
18:10
What Effect Time Shifting a Signal Has in Frequency Domain
17:28
Sampling and Aliasing in Digital Signals
43:08
Signal Processing in FMCW Radar - Range, Velocity and Direction
26:26
Why a Multipath Channel Distorts a Communication Signal
04:47
How OFDM Works - A Frequency Domain View
31:13
Intuitive Understanding of the Discrete Fourier Transform (DFT)
05:33
A Short Intuitive View of Frequency Domain Equalization (FDE)
23:20
How a See-Saw can Explain Timing Synchronization
07:39
How OFDM Works - A Time Domain View
35:47
Discover What i = Square Root of -1 Actually Means
09:21
The Real Reason Behind Using I/Q Signals
09:27
Effect of Carrier Frequency Offset in Wireless Communication Systems
00:36
True Understanding of Additive White Gaussian Noise (AWGN)
14:09
An Interesting Perspective on Frequency Domain
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Hello and welcome to Wireless Pi. The videos here are on wireless communication systems from a software defined radio perspective. Visit wirelesspi.com for more helpful topics.
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