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RADAR system design using software defined radio

RADAR system design using software defined radio. - Kavyashree Pilar EECS 725 Project 5/5/2014. Project Proposal. Understand the application of software radio to RADAR system design and implement a range detection RADAR with pulse compression. Deliverables:

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RADAR system design using software defined radio

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  1. RADAR system design using software defined radio -KavyashreePilar EECS 725 Project 5/5/2014

  2. Project Proposal • Understand the application of software radio to RADAR system design and implement a range detection RADAR with pulse compression. • Deliverables: • Literature review of SDR based RADARs • Simulink model to implement a range detection RADAR with pulse compression using Barker codes.

  3. What is a Software Defined Radio (SDR)? • Radio communication system where most of the signal processing is done in software instead of using dedicated ICs in hardware.[1] • Typical hardware components like mixers, modulators/demodulators, amplifiers, detectors, etc. are replaced with software blocks.[2] Basic SDR [2] : • RF front end followed by A/D converter. • Signal processing is done on a general purpose microprocessor

  4. Development tools and hardware • GNU Radio (open source) : • Modes of operation • In combination with low-cost external RF hardware • Simulation environment • GUI – predefined signal processing blocks (similar to simulink) • Custom module implementation • Programming languages supported – Python, C++ • USRP (Universal Software Radio Peripheral) [3] : • RF front end • High-speed ADC/DAC, FPGA, USB2 interface.

  5. Advantages of SDR based RADAR/Communication systems • Flexibility of operation • Same hardware can be used to implement multiple functionalities • Software defined adaptive antennas • Adaptability to variable environment • Reconfigurable – Ex: filter specifications, modulation schemes, etc. • Reliable – performance doesn’t degrade due to ageing • Easy to upgrade • Low cost

  6. SDR based RADAR system examples • SDR based Range detection RADAR (simulation model) [4]

  7. Synthetic aperture RADAR [3]

  8. FMCW RADAR for weather surveillance applications[5]

  9. Comparision of conventional and SDR based RADAR [2]

  10. Simulink model

  11. References http://gnuradio.org/redmine/projects/gnuradio/wiki/WhatIsGR http://en.wikipedia.org/wiki/Software_radio “Implementation of a Low Cost Synthetic Aperture Radar using Software Defined Radio”- DeepthiMaheswariChinnam, Madhusudhan J., Nandhini C., Prathyusha S.N., Sowmiya Sw., Ramanathan R*, Dr. Soman K.P. “Barker Code Radar S imulation for Target Range Detection using Software Defined Radio”-Jumail Saba, AchmadMunir, Andriyan B ayuSuksmana “GNU Radio Based Software-Defined FMCW Radar for Weather Surveillance Application” - AdityaPrabaswara, AchmadMunir, AndriyanBayuSuksmono.

  12. Questions?

  13. Thank you!

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