Learn · Software-Defined Radio (SDR) Hands-on for Communication Systems Design
Lecture 45 of 49Week 8
Lecture 45: SDR based Implementation of BPSK Tx-Rx
Prof. Suraj Srivastava · Multi-Institute
Credits and licence
- From
- Software-Defined Radio (SDR) Hands-on for Communication Systems Design, Multi-Institute (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge. Coordinated by IIT Kanpur.
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- Tweens profiles and older. How courses are placed
All the lectures
- Lecture 1: Pre-requisites and Course Content
- Lecture 2: Introduction to MATLAB/ Simulink and supported SDRs-I
- Lecture 3: : Introduction to MATLAB/ Simulink and supported SDRs-II
- Lecture 4: Basic of Digital Signal Processing
- Lecture 5: Simulink Model Design(Sampling Theorem, Aliasing, LPF)
- Lecture 6: Simulink Model Design(Sample Rate Conversion)
- Lecture 7: Simulink Model Design(with Multimedia Files)
- Lecture 8: Observing FM Broadcast Spectrum and Receiver Design
- Lecture 9: Bandpass Signal Representation and Quadrature Carrier Multiplexing
- Lecture 10: SDR Transmitter and Receiver Chains
- Lecture 11: End-to End MATLAB / Simulink and SDR Environment
- Lecture 12: Simulink Model Design (passband QCM using sinusoidal messages)
- Lecture 13: Simulink Model Design (passband QCM with CFO/CPO )
- Lecture 14: Simulink Model Design (baseband QCM with CFO/CPO )
- Lecture 15: Simulink Model Design (QCM-Tx with Audio Signals )
- Lecture 16: Simulink Model Design (QCM-Rx with Audio Signals )
- Lecture 17: Baseband Model Verification and Manual Frequency Calibration
- Lecture 18: Amplitude Modulation (AM) Fundamentals
- Lecture 19: AM Modulation and Demodulation
- Lecture 20: Simulink Model Design (Passband AM-Tx with sinusoidal message signal)
- Lecture 21: Simulink Model Design (Passband AM-Rx and Baseband Tx-Rx with sinusoidal message signal)
- Lecture 22: Simulink Model Design(Baseband AM Tx-Rx with audio message signal)
- Lecture 23: SDR-Based Implementation of AM Tx-Rx
- Lecture 24: Frequency Modulation(FM) Fundamentals
- Lecture 25: FM Modulation and Demodulation
- Lecture 26: Simulink Model Design (Baseband FM Tx-Rx)-I
- Lecture 27: Simulink Model Design (Baseband FM Tx-Rx) - II
- Lecture 28: Simulink Model Design (Passband FM Tx-Rx)
- Lecture 29: SDR Based Implementation of FM Tx-Rx
- Lecture 30: Fundamentals of Digital Communications
- Lecture 31: Binary phase Shift Keying (BPSK) Signal Generation
- Lecture 32: BPSK Signal Detection-I
- Lecture 33: BPSK Signal Detection-II
- Lecture 34: End-to-End BPSK Transmission under CFO/CPO
- Lecture 35: Eye Diagram
- Lecture 36: Simulink Model Design (Baseband Symbol-level Transmission)
- Lecture 37: Simulink Model Design (Baseband Transmission using Rectangular Pulse)
- Lecture 38: Simulink Model Design (Passband Transmission using Rectangular Pulse)
- Lecture 39: Frequency Calibration for Digital Communication System
- Lecture 40: Simulink Model Design (Digital Transmission under CFO/CPO)
- Lecture 41: Band- Limited Digital Transmission (Nyquist Pulse Shaping)
- Lecture 42: Band- Limited Digital Transmission (Raised Cosine Pulse Shaping)
- Lecture 43: Simulink Model Design (Band - Limited BPSK Transmission)
- Lecture 44: Simulink Model Design (BPSK Tx-Rx for Text Message Signals)
- Lecture 45: SDR based Implementation of BPSK Tx-Rx
- Lecture 46: Coherent and Non Coherent Receivers
- Lecture 47: Differential BPSK (DBPSK)
- Lecture 48: Simulink Model Design (DBPSK Tx-Rx)
- Lecture 49: SDR based Implementation of DBPSK Tx-Rx