@article{ART002042600},
author={Kwon Oh-Sung},
title={Freezing Analysis Based on River Flow Comparison of Digital Time-lapse Camera},
journal={Journal of Knowledge Information Technology and Systems},
issn={1975-7700},
year={2015},
volume={10},
number={5},
pages={583-592}
TY - JOUR
AU - Kwon Oh-Sung
TI - Freezing Analysis Based on River Flow Comparison of Digital Time-lapse Camera
JO - Journal of Knowledge Information Technology and Systems
PY - 2015
VL - 10
IS - 5
PB - Korea Knowledge Information Technology Society
SP - 583
EP - 592
SN - 1975-7700
AB - In Korea, the one important indicator of seasonal change is the first freezing time of Han river. Until today, the observation method of river freezing phenomenon is visual inspection methods by observers. However, The method has a severe weakness which is often biased by observer's subjective. As a result, it is required the more objective and stable observation method to analyze river's freezing process. In this paper, we installed the remote observation camera on the Han river bridge for our several experiments. Our work has performed during 30 days from December 1, 2014 using the observation camera system. First of all, We examined the variation patterns of the gray-scale intensity value array. The extracted feature values was recomputed and normalized based on the photographing condition of the observation image area. And We applied several image processing techniques to extract the freezing values. consequentially, We could observe several significant features for analyzing the freezing process of Han river. We could analysis the freezing degree using by the ratio between the frozen and normal river area. In experiments, we could identify that the average gray-scale Intensity of observing area was close to 0 as time passed. We could confirm that our proposed method was a stable process for finding frozen river area.
KW - Gray-scale Intensity;Han river;photographing condition;Time-lapse Camera;Image Processing
DO -
UR -
ER -
Kwon Oh-Sung. (2015). Freezing Analysis Based on River Flow Comparison of Digital Time-lapse Camera. Journal of Knowledge Information Technology and Systems, 10(5), 583-592.
Kwon Oh-Sung. 2015, "Freezing Analysis Based on River Flow Comparison of Digital Time-lapse Camera", Journal of Knowledge Information Technology and Systems, vol.10, no.5 pp.583-592.
Kwon Oh-Sung "Freezing Analysis Based on River Flow Comparison of Digital Time-lapse Camera" Journal of Knowledge Information Technology and Systems 10.5 pp.583-592 (2015) : 583.
Kwon Oh-Sung. Freezing Analysis Based on River Flow Comparison of Digital Time-lapse Camera. 2015; 10(5), 583-592.
Kwon Oh-Sung. "Freezing Analysis Based on River Flow Comparison of Digital Time-lapse Camera" Journal of Knowledge Information Technology and Systems 10, no.5 (2015) : 583-592.
Kwon Oh-Sung. Freezing Analysis Based on River Flow Comparison of Digital Time-lapse Camera. Journal of Knowledge Information Technology and Systems, 10(5), 583-592.
Kwon Oh-Sung. Freezing Analysis Based on River Flow Comparison of Digital Time-lapse Camera. Journal of Knowledge Information Technology and Systems. 2015; 10(5) 583-592.
Kwon Oh-Sung. Freezing Analysis Based on River Flow Comparison of Digital Time-lapse Camera. 2015; 10(5), 583-592.
Kwon Oh-Sung. "Freezing Analysis Based on River Flow Comparison of Digital Time-lapse Camera" Journal of Knowledge Information Technology and Systems 10, no.5 (2015) : 583-592.
