Designing RF Communication Systems Using SDRs with GNU Radio

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Dr. Moazzam Tiwana

3:31:50

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1 - Introduction

1 - What is Software Defined Radio SDR.mp4

00:53

2 - Advantages Of Using SDR.mp4

01:26

2 - Communication fundamentals related to SDR

3 - ModulationDemodulation Fundamental Requirement for Communication.mp4

03:10

4 - Types of Modulation.mp4

02:14

5 - Amplitude Modulation AM.mp4

01:28

6 - Demodulation of Amplitude Modulated AM Signal.mp4

01:02

7 - Carrier Recovery at Receiver.mp4

01:06

8 - Quadrature Amplitude Modulation QAMAnalog.mp4

05:31

9 - Amplitude Shift Keying Digital Modulation.mp4

03:59

10 - Amplitude Shift Keying 4ASK Digital Modulation.mp4

01:44

11 - 4ASK Demodulation.mp4

01:45

12 - Phase Shift KeyingBPSK Digital Modulation.mp4

02:50

13 - Binary Phase Shift Keying BPSKDemodulation.mp4

01:20

14 - MPhase Shift Keying MPSK.mp4

04:18

15 - Quadrature Phase Shift Keying QPSKModulation.mp4

04:01

16 - Quadrature Phase Shift Keying QPSKDemodulation.mp4

03:38

17 - Modulation with Differential Encoding.mp4

04:18

18 - MQuadratire Amplitude Modulation Digital.mp4

02:42

19 - 16Quadrature Amplitude Modulation 16QAM.mp4

02:04

20 - 16QAM Demodulation.mp4

02:59

21 - How To Generate PSK Modualation using QAM.mp4

02:11

22 - How To Generate ASK Modulation using QAM.mp4

00:50

23 - Why we use Quadrature Amplitude Modulation QAM in SDRs.mp4

01:02

24 - How Analog Frequency and Phase Modulation is done using QAM in SDRs.mp4

02:11

25 - Complex Numbers To Represent Symbols in SDR.mp4

01:51

3 - Block Diagram of SDR Hardware Explained

26 - SDR Block DiagramTransmitter.mp4

02:30

27 - SDR Block DiagramReceiver.mp4

01:37

28 - Simplified Setup of SDR.mp4

01:16

29 - National Instruments USRP Hardware Block Diagram.mp4

04:14

30 - Simplified Block Diagram RTLSDR Hardware.mp4

03:14

4 - GNU Radio for Wireless Communication

31 - GNU Radio Fundamentals.mp4

01:37

32 - GNU Radio Flow Diagram.mp4

01:36

33 - Installing GNU Radio Wth GNU Radio Companion.mp4

01:31

33 - Install-gnuradio.pdf

34 - BPSK Signal Generation In GNU Radio1.mp4

02:05

35 - BPSK Signal generation in GNU Radio2.mp4

12:18

35 - BPSK-TRX1.grc.zip

36 - QPSK Signal Generation in GNU Radio1.mp4

02:06

37 - QPSK Signal Generation in GNU Radio2.mp4

03:55

37 - QPSK-TRX.grc.zip

5 - Combating the Impairments of The Wireless Channel

38 - Before we connect the SDR Hardware.mp4

02:00

39 - 1 Upsampling of the IQ Symbols.mp4

02:58

40 - 2 Intersymbol Interference ISI due to multipath wireless channel.mp4

03:29

41 - The Solutions to ISI problem.mp4

00:25

42 - Pulse shaping to combat the ISI.mp4

08:13

43 - Pulse shaping at Tx and Rx.mp4

03:21

44 - PSK Modulation with Upsampling and Pulse Shaping in GNU Radio 1.mp4

01:48

45 - PSK Modulation with Upsampling and Pulse Shaping in GNU Radio 2.mp4

07:00

45 - QPSK-Modulation1.grc.zip

45 - QPSK-Modulation1-with-RRC.grc.zip

46 - Simulating Wireless Channel in GNU Radio 1.mp4

02:13

47 - QPSK-Modulation-channel2.grc.zip

47 - Simulating Wireless Channel in GNU Radio 2.mp4

06:00

48 - 3 Clock Synchronization at Receiver.mp4

01:28

49 - Polyphase Clock Sync Block in Gnu Radio 1.mp4

04:00

50 - Polyphase Clock Sync Block in Gnu Radio 2.mp4

02:59

50 - QPSK-Modulation-clock-synchronisation3.grc.zip

51 - 4 Equalization to compensate for ISI.mp4

03:19

52 - Constant Modulus Algorithm Equalizer.mp4

03:33

53 - Constant Modulus Algorithm Equalizer in Gnu Radio.mp4

05:33

53 - QPSK-Modulation-equalizer4.grc.zip

54 - Least Mean Squared Decision Directed LMSDD Equalizer.mp4

01:44

55 - 5 Phase And Frequency Correction Carrier Recovery.mp4

01:53

56 - Costas Loop for Carrier Recovery in GNU Radio.mp4

03:24

56 - QPSK-modulation-frequency-phase-synch5.grc.zip

6 - Packet Transmission using GNU Radio

57 - Packet Transmission using GNU RadioIntroduction.mp4

01:42

58 - Stream to Tagged Stream Block.mp4

03:12

59 - Protocol Formatter Block.mp4

02:04

60 - Constellation Modulator Block.mp4

02:47

61 - Blocks At the Receiver For Packet Reception.mp4

04:12

62 - Bpsk-end-to-end-simulation1.grc.zip

62 - End to End Packet TransmissionReception in GNU Radio Simulation.mp4

08:38

62 - QPSK-end-to-end-simulation1.grc.zip

62 - test.zip

7 - Real Time Packet TransmissionReception Using GNU Radio with SDRs

63 - Hardware Setup for Real Time Wireless Data Transmission.mp4

01:38

64 - Install USRP N210 Hardware Drivers.mp4

01:16

65 - Install OSMOCOM SourceSink for RTLSDR in GNU Radio.mp4

01:25

66 - Installation of RTLSDR Hardware Drivers.mp4

00:34

67 - Setting Python Path to OSMOSDR.mp4

01:21

68 - USRP Sink block for Transmitter USRP SDR.mp4

02:45

69 - OSMOCOM Source for Receiver RTLSDR.mp4

03:08

70 - Bpsk-tx-rx-SDR.grc.zip

70 - GNU Radio Flow Diagram for Real Time Packet Transmission Reception.mp4

07:18

70 - test.zip

71 - Phase Ambiguity Problem At Receiver.mp4

01:13

72 - Solution to phase ambiguity Problem Modulation with Differential Encoding.mp4

02:50

73 - Differential-bpsk-tx-rx-SDR.grc.zip

73 - Flow Diagram for TransmissionReception Using BPSK with Differential Encoding.mp4

01:55

Description

Generalized Software Defined Radio (SDR) Introduction, Real time communication with SDRs, Signal processing in GNU Radio

What You'll Learn?

Developing SDR Applications
Real-time Wireless Communication with SDR
GNU Radio for Wireless Signal Processing
Solutions to Wireless Channel Impairements

Who is this for?

Anyone who wants to develop real time Software Defined Radio (SDR) applications

Radio Communication enthusiasts

GNU radio companion learners

More details

Description
SDR is a reality around us. It is present in a lot of systems everywhere and is a versatile technology which can be used for many things, not only academics and industrial, but also ethical hacking etc.
This course will comprehensively cover developing software defined radio (SDR) communications systems using the GNU Radio signal processing and development environment. The course is structured so that concepts and theory can be instantly translated to practice with hands-on implementations. We use two hardware SDRÂ platforms:Â Universal Software Radio Peripheral (USRP) as transmitter and RTL-SDR as a receiver. However, the course is designed in such a way that even if you do not have USRP, you can use any other cheap SDR as transmitter easily with slight changes in gnuradio. As far as RTL-SDR is concerned, you can easily acquire this device for $19 only.
At the end of this course you will be able to make a data-communication link using SDRs.
This comprehensive course is comprised of following sections to cover all the important aspects of 'Software Defined Radio' environment:
Section 1: Introduction
Section 2: Communication fundamentals related to SDR
Section 3: Block Diagram of SDRÂ Hardware Explained
Section 4: GNUÂ Radio for Wireless Communication
Section 5: Combating the Impairments of The Wireless Channel
Section 6: Packet Transmission using GNU RadioÂ
Â Â
Who this course is for:
Anyone who wants to develop real time Software Defined Radio (SDR) applications
Radio Communication enthusiasts
GNU radio companion learners

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Dr. Moazzam Tiwana is a telecom engineer with a MSc. degree in Digital Telecommunication Systems from ENST, Paris, France in 2007 and a Ph.D. degree in Mobile Communications from Telecom SudParis Paris, France, in 2010. His PHD was with the R&D Group of Orange Labs of France Telecom. He has more than Twenty-one years of industrial and academic experience with research publications in the reputed international journals.

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