Difference between revisions of "Ultrasonic Source Localization Notes SP2010"

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**Week 4
 
**Week 4
 
***[02/12/10] Modified the transmit waveform into pulses to check if we can use the time difference of arrival to enhance our estimates.
 
***[02/12/10] Modified the transmit waveform into pulses to check if we can use the time difference of arrival to enhance our estimates.
 +
**Week 5
 +
***[02/19/10] We could implement the algorithm using pulses.
 +
**Week 6
 +
***[02/22/10] Started working with the new robot and we were able to control the sensor motor of the robot.

Revision as of 00:24, 26 February 2010

  • Team Members: Andrew Wiens
  • PhD Supervisor: Sandeep Gogineni
  • Faculty Supervisor: Arye Nehorai
  • Goal:
    • Study the beam patterns of the ultrasonic transducers and verify using experiments.
    • Study the monopulse algorithms for source localization.
      • Single receiver
      • Multiple receivers
    • Test the algorithms for passive source localization using one pair of receiver beams.
    • Explore different ways to rotate (mechanically) the receiver beams for tracking the target.
    • Extend the experiment to active localization.
    • Incorporate multiple pairs of receive beams and the fusion center. (If time permits)
  • Meetings
    • Tuesday 10 AM - 11:30 AM
    • Friday 10:30 AM - 12 NOON
  • Useful Links:
  • Status
    • Week 1
      • [01/22/10] Tested the ultrasonic transmitter and receiver sensors with oscilloscope & function generator and discussed the principles behind amplitude-based and phase-based schemes.
    • Week 2
      • [01/29/10] Mounted the ultrasonic sensors onto a PCB and prepared the setup for performing the experiments.
      • [01/29/10] Controlled the Lego Mindstorms motor using LabView.
    • Week 3
      • [02/02/10] Created a LabView algorithm to track the ultrasonic source. We now have a working prototype!
      • [02/05/10] Discussed possible improvements to our implementation including phase offset detection.
    • Week 4
      • [02/12/10] Modified the transmit waveform into pulses to check if we can use the time difference of arrival to enhance our estimates.
    • Week 5
      • [02/19/10] We could implement the algorithm using pulses.
    • Week 6
      • [02/22/10] Started working with the new robot and we were able to control the sensor motor of the robot.
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