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Develop a digitally interfaced imaging and irradiating technique that can systematically do the following: scan a sample of zebrafish, analyze the image, store the positions of each zebrafish, reposition the sample to the localized positions, and radiate each point.
Team Members: Jonathan Baran, Joe Hippensteel, Chris Webster, Evan Rogers
Currently our team has finished the software for the user interface, image fusion, and has a solid works model of a radiation placement system.
Image Processing Methodology
Radiation Stand Final Design
Final User Interface
| Week | Reporting Period Beginning | Activities |
|---|---|---|
| 1 | September 8 | Research medical imaging techniques, Determine if micromanipulator fabrication is necessary |
| 2 | September 15 | Continue researching medical imaging techniques and commercial micromanipulators, Brain storm designs and determine design pros and cons, Get quote from micro-machining shop |
| 3 | September 22 | Finish rough draft of PDS and Midsemester report, continue to research stages and actuators, find midwest micromachining labs, receive quota |
| 4 | September 29 | Finalize 3 designs, Finish PDS, Research background and talk to Paul Victorey in NITRO lab |
| 5 | October 6 | Finish mid-semester report and presentation, Finalize designs,Discuss best designs, Determine costs of parts and labor |
| 6 | October 13 | Go to machine shop for estimate, Determine most efficient system, Give mid-semester presentation, Finish Mid-Semester Report |
| 7 | October 20 | Meet with client to discuss progress, Understand direction of project |
| 8 | October 27 | Begin fusion of disparate programs, Determine most cost efficient method for stage manipulation |
| 9 | November 3 | Finish the software fusion, Determine maximum operating speed, Pursue custom micromanipulator and stage |
| 10 | November 10 | Determine if it is necessary to cut a hole in current stage for better range of vision, Finish the software fusion, Determine maximum operating speed, Pursue custom micromanipulator and stage |
| 11 | November 17 | Finish code writing, Determine quantitative maximum operating speed (e.g. finish speed analysis), Begin testing software and determine any incompatibility issues |
| 12 | November 24 | Finish!!!, Construct irradiator stand and check precision, Finish code, Determine superb set-up for client, Finish final presentation, Finalize final report |
| 13 | December 1 | |
| 14 | December 8 | |
| 15 | December 15 |
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Mid-Semester Presentation (Oct 14 2005, 5981 kb) |
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Product Design Specification (PDS) (Oct 18 2005, 23 kb) |
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Mid-Semester Report (Oct 19 2005, 498 kb) |
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Final Poster (Dec 7 2005, 20535 kb) |
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Final Report (Dec 7 2005, 535 kb) |
