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Detecting by electrochemical methods, the sensor was well characterized by electrochemical impedance spectroscopy (EIS) and cyclic voltammetry (CV).
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In previous calibration methods, the sensors must be able to see a common geometric structure such as a plane or a line.
Using a threshold method, the sensor system repeatedly predicted an incipient knee buckle in a paraplegic individual by a minimum of 30 ms. One system detected knee flexion angle analytically to an accuracy of 3.2° during sit to stand trials.
It should be mentioned here that although we used the frequency domain method, the sensor can also be interrogated in the time domain [ 36, 37] and used for 2D imaging of the analyte distribution.
In order to estimate the location of the user, the previous studies introduced many sensor deployment methods applying the sensor network.
However, validation study of the optical sensor against standard method HPLC showed significant difference between the two methods; the permethrin sensor tended to overestimate the permethrin concentration.
Compared to other fluorescence analytical methods, the fluorescence sensor we design is neither the traditional fluorescent "turn on" probes nor "turn off" probes.
Then we derive a block forward matrix and extend the method to the sensor array problem.
Developing more effective performance analysis method for the sensor system is our future work.
The method of the sensor construction is very simple and the sensor performed well, giving high sensitivity, high stability, and a broad detection range.
The delay effect, identification method of the sensor data, and various interference factors which influence the sensor data to be correctly received are analyzed.
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