The measurement of Anesthesia Depth using Biomedical signal During General Anesthesia
  • Choi, Byeong-Cheol
  • Ye, Soo-young
  • Kim, Sung Jae
  • Kim, Sung Min
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초록

The linear SEF (Spectral Edge Frequency) parameter and spectrum analysis method can not reflect the non-linear of EEG. This method can not contribute to acquire real time analysis and obtain a high confidence in the clinic due to low discrimination. To solve the problems, the development of a new index is carried out using the bispectrum analyzing the EEG(electromyogram) including the non-linear characteristic. After analyzing the bispectrum of the 2 dimension, the most significant power spectrum density peaks appeared abundantly at the specific area in awakening and anesthesia state. These points are utilized to create the new index since many peaks appeared at the specific area in the frequency coordinate. The measured range of an index was 0-100. An index is 20-50 at an anesthesia, while the index is 90-60 at the awake. New index could afford to effectively discriminate the awake and anesthesia state.

키워드

Anesthetic depthbispectrumbio-signalEEGBISPECTRAL ANALYSISELECTROENCEPHALOGRAMPROPOFOL
제목
The measurement of Anesthesia Depth using Biomedical signal During General Anesthesia
저자
Choi, Byeong-CheolYe, Soo-youngKim, Sung JaeKim, Sung Min
DOI
10.4028/www.scientific.net/AMM.479-480.468
발행일
2014
유형
Proceedings Paper
저널명
Applied Mechanics and Materials
479-480
페이지
468 ~ 474