Difference between revisions of "Project2: Triangulation with sbRIO robots"
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* Background | * Background | ||
** Read the [[LabVIEW_for_Robotics|LabVIEW for Robotics]] page | ** Read the [[LabVIEW_for_Robotics|LabVIEW for Robotics]] page | ||
− | ** Download the [[media:RoboticSensing.zip|RoboticSensing.zip]] and open the MicSourceLocator project using LabVIEW 2009. | + | ** Download the [[media:RoboticSensing.zip|RoboticSensing.zip]] and open the MicSourceLocator project (RoboticSensing\MicSourceLocator.lvproj) using LabVIEW 2009. |
** Using Save As, save DMA Buffered Acquisition-2Channels (HOST).vi to a new name and start editing this. | ** Using Save As, save DMA Buffered Acquisition-2Channels (HOST).vi to a new name and start editing this. | ||
* Compute angle of arrival on Robot platform using your ComputeAngle subVI | * Compute angle of arrival on Robot platform using your ComputeAngle subVI |
Revision as of 14:23, 16 June 2010
- Background
- Read the LabVIEW for Robotics page
- Download the RoboticSensing.zip and open the MicSourceLocator project (RoboticSensing\MicSourceLocator.lvproj) using LabVIEW 2009.
- Using Save As, save DMA Buffered Acquisition-2Channels (HOST).vi to a new name and start editing this.
- Compute angle of arrival on Robot platform using your ComputeAngle subVI
- Source Location using N Robots
- PC to Robot communication using Shared Variable
- NI Example Finder -> Toolkits and Modules -> Real-Time -> Network Communication -> RT Network Communication.lvproj
- RT Code to move robot to a new position (x,y,theta)
- LabVIEW code to command robot to new Manual Position using Shared Variable
- Add a 2nd Robot to Project
- Compute source location from 2 robots
- Expand to N robots
- Automated controller algorithm to optimize robot positions
- PC to Robot communication using Shared Variable
Extra Credit
- Thin client communication to Robot