Thermal Pain Level Estimation Method with Heart Rate and Cerebral Blood Flow
Journal Title: International Journal of Advanced Computer Science & Applications - Year 2019, Vol 10, Issue 7
Abstract
Method for thermal pain level estimation with heart rate and cerebral blood flow using SVM is proposed. Through experiments, it is found that thermal pain level is much sensitive to the cerebral blood flow rather than heart rate. Also, it is found that the performance of thermal pain estimation is much better than the previously proposed method with the number of blinks, the enlarging rate of pupil size.
Authors and Affiliations
Kohei Arai, Asato Mizoguchi, Hiroshi Okumura
Method for Psychological Status Estimation by Gaze Location Monitoring Using Eye-Based Human- Computer Interaction
Method for psychological status estimation by gaze location monitoring using Eye-Based Human-Computer Interaction: EBHCI is proposed. Through the experiment with English book reading of e-learning content, relation betwe...
Description Logic Application for UML Class Diagrams Optimization
Most of known technologies of object-oriented developments are UML-based; particularly widely used class diagrams that serve to describe the model of a software system, reflecting the regularities of the domains. CASE to...
Medical Image Fusion Algorithm based on Local Average Energy-Motivated PCNN in NSCT Domain
Medical Image Fusion (MIF) can improve the performance of medical diagnosis, treatment planning and image-guided surgery significantly through providing high-quality and rich-information medical images. Traditional MIF t...
Rainfall Prediction in Lahore City using Data Mining Techniques
Rainfall prediction has extreme significance in countless aspects and scopes. It can be very helpful to reduce the effects of sudden and extreme rainfall by taking effective security measures in advance. Due to climate v...
wavelet de-noising technique applied to the PLL of a GPS receiver embedded in an observation satellite
In this paper, we study the Doppler effect on a GPS(Global Positioning System) on board of an observation satellite that receives information on a carrier wave L1 frequency 1575.42 MHz .We simulated GPS signal acqu...