VistA's CPRS works with any Dragon based VR product out of the box....and as I found out quite by accident at the recent American College of Phys. conference it works with hand writing recognition software that comes with the Toshiba Portege tablet computer....

> Interestingly, the sorts of screen displays and data entry "forms" best
> suited to such head-mounted display devices are not complex GUIs, but
> rather very simple text-mode "terminal" displays, remarkably like the
> screens used by VistA (not the VistA CPRS GUI) - very simple, fast and
> efficient to enter data and navigate with single keypresses (which would
> equate to single word commands).

Tim.....this is a very ineresting observation and insight.....there is a simple CHUI....character based gui available in VistA called Screenman which would be ideal for this, even the real estate it occupies could be ideal for the smaller displays....AND....I didn't know this until a short time ago... ... there is also a non-gui version of CPRS....

Joseph

Tim Churches wrote:
Daniel L. Johnson wrote:

My own experience, rather limited I must say, is that getting *to* the
data-recording step with IT can be rather cumbersome, even if the actual
typing is easy.  A "smart" system will pop up the entry fields when
needed, but making it "smart" may be quite an undertaking indeed.


Very true, I think. Although it sounds very 21st Century, I think that
wearable computers and voice recognition, combined with wireless
networking may provide the answer. Oh, it is the 21st Century already!

This article recognised the potential in healthcare a few years ago:
http://linuxgazette.net/issue87/lodato.html

Combine a headset-mounted display (based on devices like these:
http://www.kopin.com/products/index_cyberdisplay.html ) with a
headset-mounted microphone, connected to a wireless networked wearable
computer based on a a PDA-style XScale low power processor (running
Linux). The whole thing acts as a voice-activated thin client,
communicating with the main hospital systems via wireless networking.

All feasible with existing, off-the-shelf technology. A few years of R&D
and it could be made fairly unobtrusive, so that the wearable devices
don't interfer too much with human-to-human interaction.

Replaces phone and pager while in the hospital, of course.

Interestingly, the sorts of screen displays and data entry "forms" best
suited to such head-mounted display devices are not complex GUIs, but
rather very simple text-mode "terminal" displays, remarkably like the
screens used by VistA (not the VistA CPRS GUI) - very simple, fast and
efficient to enter data and navigate with single keypresses (which would
equate to single word commands).

So, combine VistA on the back-end with a wearable display connected to a
Sharp Zaurus (see
http://www.zaurususergroup.org/modules.php?op=modload&name=News&file=article&sid=77&mode=thread&order=0&thold=0
) or similar wearable PDA running Linux and IBM ViaVoice for Linux...

Obviously a hospital full of staff all walking around muttering to
themselves would take some getting used to - or would it?

A year of so ago I accompanied my better half for a gastroscopy in a
gatroenterologist's private rooms (clinic). He was wearing a Bluetooth
hands-free earpiece and microphone, and dictated findings hands-free as
he twiddled the knobs of the scope. With the fairly constrained
vocabulary of endoscopy reporting, and a system trained to his voice,
the printed report of the procedure was ready, error-free, for us to
take back to our GP before the consultation had finished. If he had had
encrypted email, he could have sent it directly to our GP's EMR. he said
the system meant that there was more time for him to discuss the
findings with the patient rather than spending time writing them down to
be typed up later, and had paid for itself in a few months due to a
reduction in the need for typists.

Tim C


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