labview control software for the uh-hilo 0.9m telescope

20

Upload: davina

Post on 14-Jan-2016

36 views

Category:

Documents


1 download

DESCRIPTION

LabVIEW Control Software for the UH-Hilo 0.9m Telescope. Jessica Solano Home Institution: University of Puget Sound University of Hawaii-Hilo Physics & Astronomy Department Research Advisors: John Hamilton & Bill Heacox. Presentation Overview. UH 0.6m Telescope & UH 0.9m Telescope - PowerPoint PPT Presentation

TRANSCRIPT

Page 1: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope
Page 2: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope

Presentation OverviewPresentation Overview

• UH 0.6m Telescope & UH 0.9m Telescope

• Problem: Telescope Control Software & LabVIEW

• Design: Steps to Solution

• LabVIEW Software

• Results: Manual & Program

• Conclusion: Benefits for UH 0.9m Telescope

Page 3: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope

UH 0.6m TelescopeUH 0.6m Telescope

• Operated manually by hand paddle.• It’s not fully functional for researchers and students. • Used for Instrumentation Testing.

In 1968, the first telescope on Mauna Kea. Photo courtesy of Bill Heacox.

Page 4: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope

The New 0.9m TelescopeThe New 0.9m Telescope

• Upgraded to see modern astronomical images.

• Electronically controlled from sea-level, UH-Hilo’s control room.

• Available for the research of UH-Hilo students, including undergraduates.

Sketch of the 0.6m Telescope. Photo courtesy of Bill Heacox

Page 5: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope

ProblemProblem ??

?

Photo courtesy of Bill Heacox.

Page 6: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope

Choosing LabVIEWChoosing LabVIEW

South African Telescope

Page 7: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope

LabVIEW Software: Front Panel and Block Diagram

Page 8: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope

Design ApproachDesign Approach

UH 24 inch Telescope

UH 88 inch Telescope

IfA 16 inch Mauna Loa Telescope

Page 9: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope

Manually controlling the UH 0.6m Telescope. Photo courtesy of Bill Heacox.

Page 10: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope

Experiment and RecordExperiment and Record

Page 11: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope

Compiling NotesCompiling Notes

Page 12: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope

BEFORE

Page 13: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope

AFTER

Page 14: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope
Page 15: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope
Page 16: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope

LabVIEW MANUAL

Page 17: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope

ConclusionConclusion

Students at the 0.6m Telescope. Given by Bill Heacox.

• Easy-to-read LabVIEW Manual • Finding the first error in the system.• Program showcasing future features.

Page 18: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope

ReferencesReferences• Jennings, Richard, and Gary W. Johnson. 2006.

LabVIEW Graphical Programming. New York, NY: McGraw-Hill.

• Kring, Jim, and Jeffrey Travis. 2007. LabVIEW for Everyone: Graphical Programming Made Easy and Fun. Upper Saddle River, NJ: Pearson/Prentice Hall.

• National Instruments Corporation. NI Developer Zone. [updated 11 July 2007; cited 12 July 2007]. Available from http://zone.ni.com/devzone/cda/main.\

• Schmitt, Stephen R. Converting Celestial to Horizon Coordinates. [2007; cited 16 July 2007]. Available from http://home.att.net/~srschmitt/script_celestial2horizon.html

Page 19: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope

AcknowledgementsAcknowledgements

Page 20: LabVIEW Control Software for the    UH-Hilo 0.9m Telescope

AcknowledgementsAcknowledgements

• John Hamilton, Bill Heacox, and Jay Slivkoff.• Physics and Astronomy Department at

University of Hawaii-Hilo for their facilities.• Hilary O’Bryan, Sarah Anderson, Scott

Seagroves, and Akamai Interns.• Funding provided through the Center for

Adaptive Optics, a National Science Foundation Science and Technology Center (STC), AST-987683.