Difference between revisions of "Description of RoboticSensing.lvproj"

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(Created page with '** MicSourceLocator.lvproj - Project file *** My Computer **** MicSourceLocator - folder containing simulation files to run on PC ***** MicSourceLocator.vi - top level vi to star…')
 
 
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** MicSourceLocator.lvproj - Project file
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[[File:MicSourceLocatorProject-2.jpg|MicSourceLocator Project]]
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*** My Computer
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MicSourceLocator.lvproj - Project file
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**** MicSourceLocator - folder containing simulation files to run on PC
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* My Computer
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***** MicSourceLocator.vi - top level vi to start from
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** MicSourceLocator-Array.vi - top level vi to start Accoustic Source Localization implementation using Data Acquision and the fixed array of microphones
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****** Simulator.vi - generates 4 channels of delayed chirps based on entered microphone source location
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** MicSourceLocator-Robots.vi - top level vi to start Accoustic Source Localization implementation using the sbRIO Fobots
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***** Chirp2SoundCard.vi - generates a chirp on the sound card to drive a speaker for the accoustic source
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** Chirp2SoundCard.vi - generates a chirp on the sound card to drive a speaker for the accoustic source
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*** Starter Kit sbRIO (IP)
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** ComputeAngle.vi - vi to compute angle of accoustic source - details assigned as homework
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**** Blink (Host).vi: Really simple FPGA/LabVIEW Real-Time example - Blinks the LED on the sbRIO and displays the value of a 32 bit counter running off a 40 MHz clock sampled every 100 ms.
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** ComputeIntersection.vi - vi to compute angle of accoustic source - details assigned as homework
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**** DMA Buffered Acquisition-2Channels (HOST).vi: - Acquires and displays samples from the ADC
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** SingleRobotControl.vi - top level vi useful for developing algortihm to move a single robot from point A to point B
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**** Move Ultrasound Motor (Host).vi: - moves the servo motor on the top of the robot
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** BCI.vi - top level vi to start implementing your BCI algorithm on the PC communicating with a single robot
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**** MoveWheels (Host).vi: - moves the robot
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* Robot0
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**** Pending
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**Examples
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***** Navigation Example
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*** Blink (Host).vi: Really simple FPGA/LabVIEW Real-Time example - Blinks the LED on the sbRIO and displays the value of a 32 bit counter running off a 40 MHz clock sampled every 100 ms.
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***** Wireless Networking
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*** DMA Buffered Acquisition-2Channels (HOST).vi: - Acquires and displays samples from the ADC
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***** Shared Variables
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*** Move Ultrasound Motor (Host).vi: - moves the servo motor on the top of the robot
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**** FPGA
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*** MoveWheelsTop.vi: Example of how to make the wheel motors move a specified amount
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***** Pending
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**** MoveWheels.vi: - controls the robot motors
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****** Final version of FPGA code
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*** Roaming - obstacle avoidance example that ships with the robots
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** RobotMicSourceLocator.vi - top level vi for Robot0 to start Accoustice Source Localization implementation. Works with MicSourceLocator-Robots.vi for data acquistion and communication with the PC
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** SharedVariable0.lvlib - shared variable for communication between PC and robot0
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**FGPA Target - VIs for the FPGA design
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**NI_ROBOTICS_STARTER Kit Utilities.lvlib - utilities that ship with the robot
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* Robot1
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** RobotMicSourceLocator.vi - see Robot0
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** SharedVariable1.lvlib - shared variable for communication between PC and robot1

Latest revision as of 20:52, 8 May 2012

MicSourceLocator Project 

MicSourceLocator.lvproj - Project file
  • My Computer
    • MicSourceLocator-Array.vi - top level vi to start Accoustic Source Localization implementation using Data Acquision and the fixed array of microphones
    • MicSourceLocator-Robots.vi - top level vi to start Accoustic Source Localization implementation using the sbRIO Fobots
    • Chirp2SoundCard.vi - generates a chirp on the sound card to drive a speaker for the accoustic source
    • ComputeAngle.vi - vi to compute angle of accoustic source - details assigned as homework
    • ComputeIntersection.vi - vi to compute angle of accoustic source - details assigned as homework
    • SingleRobotControl.vi - top level vi useful for developing algortihm to move a single robot from point A to point B
    • BCI.vi - top level vi to start implementing your BCI algorithm on the PC communicating with a single robot
  • Robot0
    • Examples
      • Blink (Host).vi: Really simple FPGA/LabVIEW Real-Time example - Blinks the LED on the sbRIO and displays the value of a 32 bit counter running off a 40 MHz clock sampled every 100 ms.
      • DMA Buffered Acquisition-2Channels (HOST).vi: - Acquires and displays samples from the ADC
      • Move Ultrasound Motor (Host).vi: - moves the servo motor on the top of the robot
      • MoveWheelsTop.vi: Example of how to make the wheel motors move a specified amount
        • MoveWheels.vi: - controls the robot motors
      • Roaming - obstacle avoidance example that ships with the robots
    • RobotMicSourceLocator.vi - top level vi for Robot0 to start Accoustice Source Localization implementation. Works with MicSourceLocator-Robots.vi for data acquistion and communication with the PC
    • SharedVariable0.lvlib - shared variable for communication between PC and robot0
    • FGPA Target - VIs for the FPGA design
    • NI_ROBOTICS_STARTER Kit Utilities.lvlib - utilities that ship with the robot
  • Robot1
    • RobotMicSourceLocator.vi - see Robot0
    • SharedVariable1.lvlib - shared variable for communication between PC and robot1
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