Design of Pulse Wave Feature Vigilance Detection System Based on Computer Software Technology

Abstract

In this paper, the pulse wave feature alertness detection system based on computer software technology is researched. First, the computer software technology designs the alertness detection system and then conducts the system alertness test experiment using a system that can not affect the subjects’ alertness, a portable multichannel physiological signal acquisition system that measures the subjects’ ECG signal, skin resistance, blood oxygen saturation, and other physiological signals in the case of a degree task experiment. The multichannel physiological signal acquisition system collects the signals during the vigilance task experiment. At the same time, before, during, and after the experiment, subjects are required to fill in the Stanford Sleepiness Scale (SSS) and evaluate the level of individual alertness through subjective self-evaluation. The relevant experimental data show that, 10 minutes before the experiment, the pulse amplitude increased rapidly, then slowly decreased at the beginning, reached a peak in about 25 minutes, and then began to rise.

Virtual Reality Primary School Mathematics Teaching System Based on GIS Data Fusion

“…Related processing is used to process new reports collected from a specific sensor and report data from other sensors. State estimation includes merging a new data set with the original data each time and estimating the parameters of the monitored object according to the observation value of the sensor [25,26].…”