蘇東青

副教授

辦公室:理工學院117室
電話:082-313527
傳真:082-313528
手機:0939317586
電子郵件:spcyj@nqu.edu.tw

本人於2009年服務於本校,當時校名為國立金門技術學院,系名則為營建工程系,並包含一所防災永續研究所,屬於技職體系之學校。當時我剛來金門技術學院服務時,參與本校一場招生說明會,學生或家長除了關心學習環境外,在意的就是離島基本生活條件。不諱言,當時學生或家長所關心的議題,亦是我在意的議題。轉眼間十年已經過去,在這段時間我見證改制後的金門大學(同時系所合一為土木與工程管理學系),學校無論在硬體設備、學生與教職員人數均有顯著提升與成長,系上教師協助學生參與國家考試、升學再造、以及就業輔導等,亦繳出相當亮麗之成績。在生活條件上,拜金大學生人數穩定成長之賜,學校周邊餐飲、超商、大型賣場等亦如雨後春筍般接連開張。因此,同學們在金門大學學習得以適才適所,在金門當地生活得以小而精美,小而俱全。

本人專長於遙感探測、影像處理、專家系統、破壞檢測、環境監測、以及災害管理等,早期研究著重於自汙水下水道CCTV檢視影像進行影像處理發展專家系統或者人工智慧技術進行管體缺失診斷(判釋)。自從服務於金大之後,研究課題也逐漸在地化,利用無人機遙感探測技術執行金門小型湖庫水質監測,以及當地有形文化資產之環境風險評估等。由於研究專長之關係,本人教授課程有:計算機概論、地理資訊系統概論、基礎工程、遙感探測、下水道維護管理等,將本人實地研究結果與經驗融入於課程中,配合上機軟硬體實地操作,加深學生對於所學科目內容之印象。

期望同學來到金門大學之後,秉持莫忘初衷之理念,找尋人生嚮往目標,讓在校師長陪伴學生勇往向前邁進,讓我們在這趟金大之旅不虛此行。

學歷

博士 國立中興大學土木工程學
碩士 國立中興大學土木工程學
學士 國立中興大學土木工程學

經歷

單位 職稱
國立中興大學環境保育暨防災科技中心 博士後研究
國立金門技術學院 防災及永續研究所 助理教授
國立金門大學土木與工程管理學系 助理教授
國立金門大學土木與工程管理學系 副教授

研究領域

遙感探測、影像處理、專家系統、破壞檢測、環境監測、災害管理。

教授課程

地理資訊系統概論、基礎工程、計算機概論、遙感探測、航空攝影測量、遙感探測特論、下水道修繕管理、無人機感測技術(通識)

研究著作

期刊論文-國內期刊

Author Year Publication Index
蘇東青,許承揚 2016 水域防溺暨救溺執行成效關鍵因子分析 ,災害防救科技與管理學刊 。5:49-72
蘇東青 2013 污水管線CCTV 檢視影像資料品質提升, 地下管道 。29:7-16p
蘇東青、楊明德、吳東諺、黃凱翔 2011 污水下水道檢視影像品質分析, 中國土木水利工程學刊。23:111-118p EI
楊明德、蘇東青、徐松圻、吳東諺 2009 污水下水道管線檢測維修流程, 土木水利。36(4):1-6p
楊明德、蘇東青、楊曄芬 2005 草嶺地區土石流潛勢調查與評估, 中華水土保持學報。36(3):301-312
楊明德、黃東森、蘇東青 2003 污水下水修復本估算, 中國土木水利工程學刊。15(4): 93-106p。 EI

期刊論文-國外期刊

Author Year Publication Index
Tung-Ching Su 2017 A study of a matching pixel by pixel (MPP) algorithm to establish anempirical model of water quality mapping, as based on unmannedaerial vehicle (UAV) images, International Journal of Applied Earth Observation and Geoinformation (2017) 58, 213-224 SCI
Tung-Tsan Chen, Tung-Ching Su 2017 Fuzzy-based decision-making applied to performance evaluation in value engineering, Journal of the Chinese Institute of Engineers (2017) 40(3), 200-206 EI、SCI
Ming-Der Yang, Yi-Ping Chen, Tung-Ching Su, Yu-Hao Lin 2017 Sewer pipe defects diagnosis assessment using multivariate analysis on CCTV video imagery, Urban Water Journal (2017) 14(5), 475-482 SCI
Tung-Ching Su 2016 A filter-based post-processing technique for improving homogeneity of pixel-wise classification data, European Journal of Remote Sensing (2016) 49, 531-552 EI、SCI
Yu-Hao Lin, Yi-Ping Chen, Ming-Der Yang, Tung-Ching Su 2016 Multiobjective Optimal Design of Sewerage Rehabilitation by Using the Nondominated Sorting Genetic Algorithm-II, Water Resources Management (2016) 30(2), 487–503 EI、SCI
Tung-Ching Su, Hung-Ta Chou 2015 Application of Multispectral Sensors Carried on Unmanned Aerial Vehicle (UAV) to Trophic State Mapping of Small Reservoirs: A Case Study of Tain-Pu Reservoir in Kinmen, Taiwan, Remote Sensing (2015) 7(8), 10078-10097. EI、SCI
Tung-Ching Su, Ming-Der Yang 2014 Application of morphological segmentation to leaking defect detection in sewer pipelines, Sensors (2014) 14(5), 8686-8704. EI、SCI
Ming-Der Yang, Yeh-Fen Yang, Tung-Ching Su, Kai-Siang Huang 2014 An efficient fitness function in genetic algorithm classifier for landuse recognition on satellite images, The Scientific World Journal(2014) 264512. SCI
Tung-Ching Su 2013 Application of computer vision to crack detection of concrete structure, International Journal of Engineering and Technology (2013) 5(4), 457-461.
Yang, Ming-Der, Ji-Yuan Lin, Chia-Yao Yao, Jen-Yan Chen, Tung-Ching Su, Chyan-Deng Jan 2011 Landslide-induced levee failure by high concentrated sediment flow — A case of Shan-An levee at Chenyulan River, Taiwan. Engineering Geology, Vol.123, P. 91-P. 99. SCI
Yang, Ming-Der, Tung-Ching Su, Tsung-Chiang Wu, Ji-Yuan Lin 2011 Morphological segmentation based on edge detection for sewer pipe defects on CCTV images. Expert Systems with Applications, Vol.38,pp.13094-13114 SCI
Yang, Ming-Der, Tung-Ching Su, Nang-Fei Pan and Yeh-Fen Yang 2011 Systematic image quality assessment for sewer inspection. Expert Systems with Applications, Vol.38,pp.1766-1776.
Yang, Ming-Der and Tung-Ching Su 2009 CCTV Image quality assessment for sewer inspection. Expert Systems with Applications. (SCI, IF=2.596, in review) SCI
Yang, Ming-Der, Tung-Ching Su, Nang-Fei Pan and Pei Liu 2009 Feature extraction of sewer pipe defects using wavelet transform and co-occurrence matrix. International Journal of Wavelets, Multiresolution and Information Processing. (SCI, IF=0.5, accepted) SCI
Yang, Ming-Der and Tung-Ching Su 2009 Segmenting ideal morphologies of sewer pipe defects on CCTV images for automated diagnosis. Expert Systems with Applications, Vol. 36, pp.3562-3573. (SCI, IF=2.596) SCI
Yang, Ming-Der and Tung-Ching Su 2008 Feature Extraction of Sewer Pipe Failures by Wavelet Transform and Co-Occurrence Matrix. in Proceeding of International Conference Wavelet And Pattern Recognition 2008. Hong Kong EI
Yang, Ming-Der and Tung-Ching Su 2008 Automated diagnosis of sewer pipe defects based on machine learning approaches. Expert Systems With Applications, Vol 35, No. 3, pp 1327-1337 doi:10.1016/j.eswa.2007.08.13. (SCI, IF=1.177) SCI
Yang, M.D., J.Y. Lin, T.C. Su, and Y.F. Yang 2008 Fuzzy Estimation of Trophic State Using Satellite data. 2008 IEEE World Congress on Computational Intelligence Proceedings, Hong Kong, pp2117-2122 EI
Yang, Ming-Der, Chan-Hsiang Hsu, and Tung-Ching Su 2007 Optimal cluster numbers of unsupervised classification in Minkowski spaces, in 2007 IEEE International Geoscience and Remote sensing Symposium. EI
Yang, Ming-Der and Tung-Ching Su 2007 An optimization model of sewerage rehabilitation. Journal of the Chinese Institute of Engineers. 30(4), 651-659p. (SCI, IF=0.183) SCI
Yang, M.D., T.C. Su, C.H. Hsu, K.C. Chang, and A.M. Wu 2007 Mapping of the 26 December 2004 tsunami disaster by using FORMOSAT-2 images. International Journal of Remote Sensing, Vol 28, Nos 13-14, pp3071-3091. (SCI, IF=0.987, EI) SCI,EI
Yang, Ming-Der, and Tung-Ching Su 2006 Automation model of sewerage rehabilitation planning, Water Science and Technology, Vol 54, No 11-12, pp225-232. (SCI, IF=1.240, EI) SCI,EI
Yang, Ming-Der, Tung-Ching Su, and Yi-Ping Chen 2005 Priority evaluation of sewerage rehabilitation by AHP. In Optimizing Pipeline Design, Operations, and Maintenance in Today’s Economy (edited by Vipulanandan and Ortega), American Society of Civil Engineers. Virginia. 523-537p. EI
Yang, Ming-Der, Chan-Hsiang Hsu, and Tung-Ching Su 2005 DBI and SI as fitness in GA classification for SPOT4 satellite imagery, in 2005 IEEE International Geoscience and Remote sensing Symposium, 3741-3744p. EI

會議論文-國內研討會

Author Year Publication Conference
楊明德、蘇東青、吳明軒、鄭永欽 2004 3S在防災科技之整合應用 第二十三屆測量學術及應用研討會
楊明德、蘇東青、林佑昌 2005 汙水下水道管線缺失特徵粹取 九十四年電子計算機於土木水利工程應用研討會
楊明德、蘇東青、林佑昌 2005 應用小波轉換及共生矩陣萃取污水管線不同缺失之特徵 第二十四屆測量學術及應用研討會
楊明德、洪蜜琪、許展祥、蘇東青 2005 利用基因演算法和類神經網路於衛星影像分類之研究 2005台灣地理資訊學會年會暨學術研討會
楊明德、蘇東青、蔣忠成、楊炳詳 2006 Web-GIS於災害管理之應用_以南投縣防災資訊網為例 2006台灣地理資訊學會年會暨學術研討會
楊明德、謝孟勳、蘇東青、吳昆恩 2009 污水下水道最佳化維修成本估算 2009營建管理研討會
楊明德、蘇東青 2009 下水道檢視影像品質評估 九十八年電子計算機於土木水利工程應用研討會
蘇東青、陳世植 2010 以邊緣偵測為基礎進行汙水管線缺失形態萃取 第二十九屆測量及空間資訊研討會
蘇東青、許智傑 2011 利用光譜-空間分類法對高光譜影像分類改善 第三十屆測量及空間資訊研討會
蘇東青、李穎亮 2012 影像處理技術於混凝土結構裂縫自動化偵測 2012 土木與生態工程研討會
許智傑,蘇東青 2012 光譜-空間分類法結合低通濾波器於高光譜影像辨識 第31屆測量及空間資訊研討會
蘇東青*,李宗祐 2013 應用電腦視覺輔助瓷化黏土汙水管線缺失偵測 2013 (第17 屆)營建工程與管理學術研討會
陳俊彥,蘇東青* 2014 應用地面光達掃描系統進行結構物裂縫量測 2014工程永續與土木防災國際研討會
許承揚,蘇東青* 2014 防溺暨水域救援執行成效關鍵因子分析 2014臺灣災害管理學會年會暨研討會
周嘉偉,蘇東青* 2015 金門居民對淹水災害識覺及調適行為之研究 2015臺灣災害管理學會年會暨研討會
陳威仁,蘇東青* 2016 金門地下水資源三維空間測圖與脆弱度量化分析 第九屆地下水資源及水質保護研討會暨2016 海峽兩岸地下水與水文地質應用研討會
周嘉偉,蘇東青* 2017 金門易淹水地區居民災害識覺與調適行為之研究 2017工程永續與土木防災研討會
蘇東青*,陳煜文 2017 無人機多光譜感測技術於土壤含水量測圖之研究 2017工程永續與土木防災研討會
陳冠雄、蘇東青、徐安、陳恩霆、朱宇晴、黃聖裕、鄒宜孜、黃有利、陳裕中 2017 建立古蹟得月樓之易損曲線 建立古蹟得月樓之易損曲線 2017工程永續與土木防災研討會
江士豪*,蘇東青 2017 基於無人載具多光譜影像建構小型水庫質測圖之研究 2017工程永續與土木防災研討會

會議論文-國際研討會

Author Year Publication Conference
Tung-Ching Su 2017 Unmanned Aerial Remote Sensing System (UARSS)-Derived Normalized Difference Vegetation Index (NDVI) to Soil Moisture Mapping The Asian Conference on Sustainability, Energy & the Environment
Tung-Ching Su 2015 MULTISPECTRAL SENSORS CARRIED ON UNMANNED AERIAL VEHICLE (UAV) FOR TROPHIC STATE MAPPING OF THE SMALL RESERVOIR IN KINMEN, TAIWAN International Geoscience and Remote Sensing Symposium 2015 (IGARSS 2015)
Tung-Ching Su 2014 Segmentation of crack and open joint in sewer pipelines based on CCTV inspection images 2014 3rd International Conference on Challenges in Environmental Science and Computer Engineering
Tung-Ching Su 2013 Application of computer vision to crack detection of concrete structure ICCEM 2013: 2nd International Conference on Civil Engineering and Materials
Su,T.C. 2012 Spectral-spatial classification to pattern recognition of hyperspectral imagery 2012 International Conference on Digital Image Processing
蘇東青 2011 應用影像處理技術進行污水管網檢視 第二屆海峽兩岸土木工程建設與管理研討會暨地震模擬振動台台陣試驗技術交流會
Yang, M.D., T. C. Su, N. F. Pan, P. Liu 2010 Sewerage rehabilitation planning The IEEE International Conference on Industrial Engineering and Engineering Management.
Yang, M.D., T. C. Su, T. Y. Wu and K. S. Huang 2010 No-Dig Inspection Technologies for Underground Pipelines 2010 Workshop on Trenchless Technology in Taiwan.
Yang, M.D., T. C. Su, S. S. Lin and Y. F. Yang 2009 Systematic inspection of sewer pipe defects in Proceeding of The 3rd IWA-ASPIRE Conference & Exhibition
Yang, M.D., K.S. Huang, Y.C. Liu, C.H. Hsu and T.C. Su 2008 Reservoir eutrophication assessment using multi-temporal satellite imagery in Proceeding of Symposium of Sustainable Water and Soil Environment, National ChungHsing University
Yang, M.D., C.C. Lin, S.C. Chen, and T.C. Su 2007 A Web-GIS disaster management system applied in central Taiwan 2nd International Conference on Urban Disaster Reduction
Yang, Ming-Der, Hsichin Hsieh, Rueyder Wang, and Tung-Ching Su 2007 A runoff forecast system for Jhuoshuei River basin in Proceeding of 2nd International Symposium on Flood Forecasting and Management with GIS and Remote Sensing
Yang, Ming-Der, and Tung-Ching Su 2007 Application of Web-GIS to Disaster Management System n Proceeding of Taiwan Russian Joint Symposium on Natural Hazard Monitoring, Risk Management and Reduction (ed by Yang)

專書

Author Year Publication Publisher
Yang, Ming-Der and Tung-Ching Su 2009 FORMOSAT-2 images in mapping of south Asia tsunami disaster (Chapter 12) Remote Sensing of Coastal Environments
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