Udemy - Designing RF Communication Systems Using SDRs with GNU Radio

1.36 GB | 00:08:38 | mp4 | 1280X720 | 16:9
Genre:eLearning |Language:English

Files Included :
1 - What is Software Defined Radio SDR (6.15 MB)
2 - Advantages Of Using SDR (8.83 MB)
10 - Amplitude Shift Keying 4ASK Digital Modulation (7.98 MB)
11 - 4ASK Demodulation (6.51 MB)
12 - Phase Shift KeyingBPSK Digital Modulation (19.37 MB)
13 - Binary Phase Shift Keying BPSKDemodulation (4.93 MB)
14 - MPhase Shift Keying MPSK (22.93 MB)
15 - Quadrature Phase Shift Keying QPSKModulation (25.86 MB)
16 - Quadrature Phase Shift Keying QPSKDemodulation (20.9 MB)
17 - Modulation with Differential Encoding (22.6 MB)
18 - MQuadratire Amplitude Modulation Digital (19.24 MB)
19 - 16Quadrature Amplitude Modulation 16QAM (14.39 MB)
20 - 16QAM Demodulation (23.09 MB)
21 - How To Generate PSK Modualation using QAM (12.55 MB)
22 - How To Generate ASK Modulation using QAM (4.06 MB)
23 - Why we use Quadrature Amplitude Modulation QAM in SDRs (3.54 MB)
24 - How Analog Frequency and Phase Modulation is done using QAM in SDRs (14.68 MB)
25 - Complex Numbers To Represent Symbols in SDR (6.88 MB)
3 - ModulationDemodulation Fundamental Requirement for Communication (17.91 MB)
4 - Types of Modulation (13.99 MB)
5 - Amplitude Modulation AM (10.58 MB)
6 - Demodulation of Amplitude Modulated AM Signal (4.29 MB)
7 - Carrier Recovery at Receiver (5.8 MB)
8 - Quadrature Amplitude Modulation QAMAnalog (30.43 MB)
9 - Amplitude Shift Keying Digital Modulation (22.37 MB)
26 - SDR Block DiagramTransmitter (9.07 MB)
27 - SDR Block DiagramReceiver (5.61 MB)
28 - Simplified Setup of SDR (6.42 MB)
29 - National Instruments USRP Hardware Block Diagram (28 MB)
30 - Simplified Block Diagram RTLSDR Hardware (20.99 MB)
31 - GNU Radio Fundamentals (10.96 MB)
32 - GNU Radio Flow Diagram (5.67 MB)
33 - Installing GNU Radio Wth GNU Radio Companion (6.14 MB)
34 - BPSK Signal Generation In GNU Radio1 (8.51 MB)
35 - BPSK Signal generation in GNU Radio2 (72.86 MB)
36 - QPSK Signal Generation in GNU Radio1 (5.91 MB)
37 - QPSK Signal Generation in GNU Radio2 (23.76 MB)
38 - Before we connect the SDR Hardware (11.24 MB)
39 - 1 Upsampling of the IQ Symbols (12.94 MB)
40 - 2 Intersymbol Interference ISI due to multipath wireless channel (20.44 MB)
41 - The Solutions to ISI problem (1.49 MB)
42 - Pulse shaping to combat the ISI (46.74 MB)
43 - Pulse shaping at Tx and Rx (20.02 MB)
44 - PSK Modulation with Upsampling and Pulse Shaping in GNU Radio 1 (8.18 MB)
45 - PSK Modulation with Upsampling and Pulse Shaping in GNU Radio 2 (63.13 MB)
46 - Simulating Wireless Channel in GNU Radio 1 (14.2 MB)
47 - Simulating Wireless Channel in GNU Radio 2 (66.59 MB)
48 - 3 Clock Synchronization at Receiver (7.28 MB)
49 - Polyphase Clock Sync Block in Gnu Radio 1 (26.66 MB)
50 - Polyphase Clock Sync Block in Gnu Radio 2 (32.91 MB)
51 - 4 Equalization to compensate for ISI (18.16 MB)
52 - Constant Modulus Algorithm Equalizer (23.94 MB)
53 - Constant Modulus Algorithm Equalizer in Gnu Radio (50.66 MB)
54 - Least Mean Squared Decision Directed LMSDD Equalizer (11.04 MB)
55 - 5 Phase And Frequency Correction Carrier Recovery (10.88 MB)
56 - Costas Loop for Carrier Recovery in GNU Radio (42.84 MB)
57 - Packet Transmission using GNU RadioIntroduction (7.1 MB)
58 - Stream to Tagged Stream Block (16.62 MB)
59 - Protocol Formatter Block (13.95 MB)
60 - Constellation Modulator Block (17.48 MB)
61 - Blocks At the Receiver For Packet Reception (26.34 MB)
62 - End to End Packet TransmissionReception in GNU Radio Simulation (88.76 MB)
63 - Hardware Setup for Real Time Wireless Data Transmission (5.4 MB)
64 - Install USRP N210 Hardware Drivers (6.49 MB)
65 - Install OSMOCOM SourceSink for RTLSDR in GNU Radio (6.41 MB)
66 - Installation of RTLSDR Hardware Drivers (1.83 MB)
67 - Setting Python Path to OSMOSDR (6.71 MB)
68 - USRP Sink block for Transmitter USRP SDR (19.34 MB)
69 - OSMOCOM Source for Receiver RTLSDR (22.02 MB)
70 - GNU Radio Flow Diagram for Real Time Packet Transmission Reception (66.07 MB)
71 - Phase Ambiguity Problem At Receiver (8.77 MB)
72 - Solution to phase ambiguity Problem Modulation with Differential Encoding (18.57 MB)
73 - Flow Diagram for TransmissionReception Using BPSK with Differential Encoding (21.57 MB)
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