BIOMEDICAL MONITORING SYSTEM USING LABVIEW FPGA
SYSTEM IMPLEMENTATION
processing signal
step 3
the treatment module including
the determination of some
physiological parameters
step 2
the pre-processing module
to filter and amplify the signals.
step1
the acquiring module to
acquire the ECG, EEG,
and EMG signals
System overview
labView
PXI7841R
SCB 6S
acquired signals
LABVIEW
is a graphically base programming
lenguage developed by National
instruments
SIGNALS PROCESSING
LabView FPGA
SIGNALS
displayed on the
computer
filtered
amplified
RESULTS
this sistem include the bioimpedance
signal, the phonocardiogram, the electro
-oculogram... replace the wire connection
by a bluetooth
the graphical language LabView
was transformed into VHLD, then
into BitStrem
FPGA
provide fives advantages over
conventional implementations
long-term maintenance
reliability
cost
time to market
the performance
PRESENTATION OF THE SIGNALS
electromyography
measures the electrical activity
of muscles through electrodes
placed on the muscle to explore.
electroencephalogram
measures the electrical activity
of the brain through electrodes
placed on the scalp.
Electrocardiogram
measures the heart's electrical
activity through electrodes placed
on the limbs or chest.
DATA ACQUISITION DEVICE
National Instruments
ADVENTAGE
acquire and analyze several physiological
signals
electromyogram (EMG)
electroencephalogram (EEG)
electrocradiogram (EEG)
