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NEWS
NOTICE: The
project has been completed. The progress
of the works was as follow:
January
- April 2010
-
Tests of the
prototype of remote system for
pregnant women monitoring took place
in real conditions in partnership
agreement with a hospital of Medical
University in Katowice.
-
3 more publications
have been prepared and accapted to
be published in proceedings of XVI
Conference "Biocybernetics and
Biomedical Engineering 2010" at Warsaw.
-
Conclusions have
been drawn out and the Project
Completion report has been prepared.
October
- December 2009
July
- September 2009
-
The method of CTG
record classification using
statistical estimation of
acknowledgement the record to
class of proper record.
-
Preparation of the
prototype system for safety
evaluation of electronic data
transmission is continuad under
supervision specialists fron
National Institute of
Telecomunication.
-
Results of the
project were presented at World
Congress on Medical Physics and
Biomedical Engineering, IX 2009
2009, Monachium, Niemcy.
April - June 2009
-
A prototype of
stream database management system
and simulator of data streams have
been built. Using this set of
equipment performace tests are being
done for the server of stream
database in cooperatiojn with
specialists from National Institute
of Telecomunication.
-
One new publikation
and presentation have been prepared
and given by youn researchers
involved in the research during
Conference "Biomechanika 2009"
at
Ustron, Poland.
January
- March 2009
October
- December 2008
-
Throughput of
communication channels has been
investigated (for GSM technology)
between client's PDA connected to
monitoring device and the sever of
Surveillance Centre.
-
Load simulator has
been prepared to emulate different
number of clients simultaneously
connected and changing conditions
for data transmission.
-
Unified functional
requirements have been determined
for the system governing the
streaming database for the telemedic
monitoring system.
July
- September 2008
-
Interferences in
communication between the server of
Surveillance Centre and monitoring
devices coming from limitation of
GSM technology have been identified.
-
Buffering techniques
for maintaining continuity in data
transmission with software control
of buffor usage have been developed.
-
Data buffor has been
implemented in Data Server and
tested for different conditions of
system loading (up to 4 monitoring
stands).
-
Two more
publications have been prepared.
April
- June 2008
-
List of alerts and
the platform for its share between
client PDA and the
Surveillance Centre have been
finished allowing remote control of
the monitoring equipment for
pregnant women.
-
New graphical
interface with dialog boxes has been
created to anable user friendly
communication, data input and
display the information gathered
from PDAs.
-
Algorithms for
inteligent control of monitoring
equipment from the monitoring stand
have been developed allowing
interactive telemonitoring.
-
Two new scientific
papers have been prepared discussing
the research work done in the
project.
January
- March 2008
-
Algorithms for
quantitative analysis of CTG records
sharing the tasks between client PDA
computer and the main sever of the
Surveillance Centre have been worked
out and are ready to be tested. The
share of the tasks takes into
account limitations of the hardware
resources of PDA computer according
to resources of the server. LabView
software (by National Instruments)
were used to implement both
algorithms together with some
modules for digidal signal analysis
on the PDA platform and on the
server.
-
Functionality of
the modules for automatic analysis
of CTG records were tested, focusing
on correctness of results as well as
ability to cooperation with the
other modules for data transmission
and exchange with external CTG
devices.
-
Two scientific
papers describing the work and
results achieved so far have been
prepared and sent for publishing.
October
- December 2007
-
Communication
software modules have been
programmed using LabView to enable
PDA computer transmit and exchange
date with external CTG equipemnt and
the Surveillance Centre server.
-
The functionality
of the modules was tested on a
single PDA to enable start the
remote monitoring session, data
transmission and closing the
connection.
-
PDA software
programming has started using
dedicated LabView application,
including programming of the modules
for communication with bedside
equipment and the Surveillance
Centre.
July - September 2007
-
Protocols of CTG
data transmission have been compared
and a format has been chosen for
data transmission in the channel
Client-Surveillance Centre.
-
The principles
worked out for the concept of the
system and the analysis of
transmission protocols allowed work
out a protocol for the channel
Client-Surveillance Centre
transmitting both: CTG data and
control commands.
-
Publications were
prepared for scientific congresses
and professional journals.
May - June 2007
-
Literature study
and analysis of accessible sources
of knowledge and results of own and
other research.
-
Development of
structural and functional concept of
the telemedic system, analysis of
transimission protocols for CTG data
(used by cardiotocographs) aimed at
implementation in transmission
channel Client-Surveillance Centre.
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Supported by a grant from Iceland, Liechtenstein and Norway
through the EEA Financial Mechanism
and budget financial resources on science as a research grant in 2007-2010.
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