OBJECTIVE
The main objective of this
project is to measure
the temperature body by using graphical
user interfacing (GUI) in Labview. Besides that, there have other objectives
which are related each other as shown as below:
1.
To
detect pulsatile blood volume changes in the micro vascular bed of tissue from
human body.
2.
To
interface the PPG sensor to the computer using Labview.
3.
To
save the acquire data for further processing and future reference.
BENEFIT/CONTRIBUTIONS
Benefit/contribution
for using LabVIEW:
1.
Compiled code speed and ability to
create distributable EXEs and DLLs.
2.
Powerful, flexible, and scalable
design (open, connects to external libraries and third-party tools)
3.
Easy to learn, use, maintain, and
upgrade (intuitive graphical programming, using graphical constructs)
4.
One tool for design, prototyping and
deployment
5.
Multidisciplinary use (same easy
graphical programming language for different applications and domain experts in
different disciplines in science and engineering)
6.
Tight software-hardware integration
(supports wide variety of data acquisition and embedded control devices)
7.
Multicore-ready design (intrinsic
parallelism) and support for different hardware acceleration technologies
(DSPs, FPGAs, and GPUs as coprocessors)
8.
Multiplatform (Windows, Mac OS, Linux, RTOSs)
Benefit/contribution
of using photoplethsmography:
1.
The
only method to measure absolute changes in blood volume accurately in the
extremities is by using chamber-plethysmography.
2.
Recently
PPG is widely used in the medical equipment for patient monitoring and in
laboratories for research and physiological studies.
3.
Small, reliable, low-cost and simple-to-use noninvasive
(cardiovascular) assessment techniques.
4.
Advances in opto-electronics and clinical instrumentation.
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