REALTIME - POST
HOC
REALTIME
By using National Instruments LabView 7 we can obtain experimental
data in real-time:
Screenshot of our Physiologic Monitoring Program
Screenshot of our High Frequency Tidal Volume Measurement
Interface
| Using National
Instruments LabView 7, as a development
platform for our data acquisition needs has allowed
for the development of an interactive system that can
do significant real-time data acquisition and analysis.
We are able to input multiple analog and serial signals
at the same time as we send out control signals to a
variety of medical devices. The aim of this program
is to make data collection an easy part of every experiment
that we do in the lab as well as grouping the control
of most of our equipment into a simple single screen
interface. By linking with ventilators, XE gas machines,
CT scanners, and real-time blood gas devices we are
able to get a significant overall picture of what is
happening to our subjects in our different experiments. |
POST-HOC
| Analysis of CT Images has become more
complex and fruitful in recent years with the development
of new CT technologies allowing for faster imaging and
higher spacial resolution. These advancements create
the need for new tools to analyzing large amounts of
CT data quickly and effectively. The following are examples
of programs we use in our laboratory. |
PASS - University of Iowa - Division of
Physiologic Imaging
TSIA - University of Iowa - Division of
Physiologic Imaging
Image J - National Institute of Health
For more information please contact Matthew
Fuld at mfuld1@jhmi.edu.
