Difference between revisions of "Cell Phone SDK"
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Revision as of 17:46, 4 June 2009
Contents
The World's First Ultrasound Machine Based on a Cell Phone
| Working under a Microsoft Research grant, Cell Phone as a Platform for Healthcare, we modified commercially available USB ultrasound probes to work with a smart phone and developed the SDK presented, here. |
- This work was presented at TEPR+ in February, 2009: Presentation
- This work was presented at Microsoft Research TechFest 2009 on February 25-26.
- Microsoft Resaerch also published a white paper on this technology.
- Was shown at the 2009 World Health Care Congress in Washington D.C., April 14-16. The poster is here.
SDK Release
We plan to release the first public version of the SDK by the end of June.
In the News
Blogs
- Dave's Blog and Twitter and Facebook
Videos
- NBC news coverage
- Demo on a Rugged Hand-Held
- Demo - A complete demo of two phones
- First Demo
- Tissue Phantom - This is a simple phantom image of a series of pins and a few cyst-like structures. The phantom is old and dried out, but it gives you a sense of the capabilities of the system.
- Carotid Artery - A demo showing the carotid artery being imaged on the cell phone.
- Tissue Phantom - A demo using a standard tissue phantom.
Tutorials
As some demo units are now in the field, here are two videos that are short tutorials on the phone/probe/software (V2.4x) combination. Sorry about the poor quality video, but I think they are still useful. I'll redo these with a better camera in a bit.
Images
All of the following images may be used with proper credit given. If no credit is stated below the image, the image is in the public domain.
- Example Phones
Palm Treo 800w
Toshiba G900
Toshiba G900 - Credit: David Kilper/WUSTL Photo
Microsoft Fone+
Fone+ with External Display
Palm Treo 800w - Credit: David Kilper/WUSTL Photo
Palm Treo 800w - Credit: David Kilper/WUSTL Photo
- Example Probes
GP 5.0 MHz
MV 7.5 MHz
EC 8 MHz
OP 12 MHz
GP 12 MHz - Credit: David Kilper/WUSTL Photo
- Example Applications
Portable, cell phone-based imaging
Imaging - Credit: David Kilper/WUSTL Photo
Imaging - Credit: David Kilper/WUSTL Photo
Portable, remote imaging in Africa
Muscle analysis for drug delivery
Veterinary applications
- Miscellaneous
Demonstrating the cell phone ultrasound system to Nobel Laureate Dr. Mohammad Yunus
