벡터자기회귀(VAR)을 이용한 감마선량 이상상황 예측

Anomaly Prediction of Gamma Dose Rate Using Vector Auto Regression

초록

Gamma rays are very dangerous to the human body and are contained in natural or artificial substances. The gamma dose can be continuously measured to determine whether there is an abnormality in the release of radioactive material in a certain space. Some weather-related information is correlated with gamma doses in space, and the dataset used to predict gamma doses requires that a multivariate data model be constructed with gamma ray measurements and multivariate amounts of weather data. The Vector Auto Regression (VAR) model extends the univariate auto regression model to multivariate time series data, making it one of the most widely used probabilistic process models for analyzing the interdependence of multivariate time series, and is useful for explaining and predicting the behavior of time series. In this paper, we use the public data gamma dose and weather data, and confirmed that it is possible to predict anomalies of spatial gamma doses according to weather changes through the VAR multivariate data model.

키워드

감마선; 날씨 데이터; 다변량; 자기회귀누적이동평균; 벡터자기회귀; Gamma rays; Weather Data; Multivariate; ARIMA; Vector Auto Regression
제목
벡터자기회귀(VAR)을 이용한 감마선량 이상상황 예측
제목 (타언어)
Anomaly Prediction of Gamma Dose Rate Using Vector Auto Regression
저자
권기현; 이형봉
DOI
10.9728/dcs.2022.23.6.1167
발행일
2022-06
유형
Y
저널명
디지털콘텐츠학회논문지
권
23
호
6
페이지
1167 ~ 1172