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TIMMES™, Inc. created products for the design,
implementation, support, and evaluation of picture
archiving and communications systems (PACS),
wireless and wired teleradiology, and related
telemedicine projects.
The company developed one of the world’s most
ambitious teleradiology and informatics systems. The
digital image management enterprise-wide project
will eventually support well over one million
studies per year throughout the state, as well as a
number of national sites. In addition, TIMMES™, Inc.
is a major participant in the development of an
enterprise-wide integrated multimedia electronic
medical record.
Research projects currently underway include: PACS,
wireless teleradiology, telemedicine, workstation
design, distributed object thin client development,
wavelet-based image representation/ compression,
multimedia education authoring, and viewing tool
development, electronic medical record
infrastructure development, medical decision making,
and ROC analysis.
Protected with PTO Patent No.7,379,605
for a wireless, compressed, ultra secure and lossless wavelet-based
image distribution mechanism, dynamic transfer syntax (DTS) named
Method for the Integration of Medical Imaging Data
and Content for Wireless Transmission and Remote
Viewing (MIMIDCWTRV ™) was first developed within
the company.
MIMIDCWTRV ™ shows great results in providing
cost-effective, high performance, and scalable
ubiquitous distribution of original fidelity medical
images throughout any local or regional enterprise
using relatively modest network and remote client
resources. Based on the local success, the
technology has been patented and commercialized by
TIMMES™, Inc. Although only in its sixth year of
installing the commercial teleradiology product,
TIMMES™ currently is being used in over 136 sites
within the United States.
The company enjoys significant and unusually
generous resources including: a very capable
software development staff; systems design and
administration personnel; dedicated clinical
operations and support staff; end-user
support-training staff and facility; and a
comprehensive multimedia content development staff
and lab.
Physical resources include a state of the art data
center with generous training and laboratory space,
extensive MS, NT, UNIX, and Macintosh server
resources, and a dedicated OC-12 network backbone.
We create a very powerful and scalable acquisition
and viewing station for all imaging machines. The
MIMIDCWTRV station can be connected to any type of
machines whether it is dicom or non-dicom "using
video or digital interface".
One of the important features is that it can convert
the non-dicom acquisition into a dicom one providing
huge amount of functions and facilities for image
information, archiving and processing. |
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| ALSO IN THIS SECTION |
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Wireless Solutions |
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Wired Solutions |
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PACS,MACS, RIS & HIS |
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Electronic Medical
Records |
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TIM RAD |
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