Difference between revisions of "Cell Phone SDK"
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== The World's First Ultrasound Machine Based on a Cell Phone == | == The World's First Ultrasound Machine Based on a Cell Phone == | ||
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|Working under a [http://research.microsoft.com/en-us/um/redmond/about/collaboration/awards/cellphone-healthcare_awards.aspx#EMD 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. | |Working under a [http://research.microsoft.com/en-us/um/redmond/about/collaboration/awards/cellphone-healthcare_awards.aspx#EMD 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. | ||
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Revision as of 02:26, 17 September 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. |
- The SDK has been released.
- Craig Mundie, Microsoft's Chief Research and Strategy Officer, talks about cell phone ultrasound at the 2009 Microsoft Research Faculty Summit.
- A presentation was given at Microsoft Research's Faculty Summit on July 13, 2009. We will also be doing live demos at this meeting.
- This work was presented at Microsoft Research TechFest 2009 on February 25-26.
- Was shown at the 2009 World Health Care Congress in Washington D.C., April 14-16. The poster is here.
- Microsoft Resaerch also published a white paper on this technology.
- This work was presented at TEPR+ in February, 2009: Presentation
SDK Release
Version 2.51 has been released to the public. Source code is now available. It is released under a BSD-style license by Washington University in St. Louis.
An installer for the binary is also available and must be installed before working with the source code; this is to properly install the drivers and resources referenced by the application.
For help/discussion of this code, please use the help forum on the SourceForge.net project page.
The source may be accessed via SVN as documented here. Using SVN on a Windows machine is easy and we suggest downloading TortoiseSVN for your platform if you don't already use SVN via some other method.
- MobileUS on SourceForge.net
- Binary installer will install MobileUS on your Windows Mobile 6.1 or higher smartphone. It also includes several sample cine files so you can load them and see what they system can do. This will run on any Windows Mobile 6.1 phone, even if it does not have a USB host port.
In the News
Blogs
- Dave's Blog and Twitter and Facebook
Videos
- CNBC Street Smarts Interview
- NBC news coverage
- Toshiba TG01 Demo
- High quality Palm Treo 800w Demo
- Demo on a Rugged Hand-Held --- Another, but higher resolution
- 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
Trimble Nomad
Toshiba TG01
- 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
