CAJ | 학술논문

以水利枢纽工程为例，通过分析工程地质的工作内容、工作流程和数据（信息）分析与处理流程，认为工程地质数据是一种典型的“大数据”。可以通过地质语义及数据库技术提高数据的有序性和共享性，通过地质语法、模式、CAD技术和三维可视化技术，提高二维地质制图的效率与规范化，提高工程区地上、地下地质结构的直观性与地质分析的洞察力；通过多传感器数据的融合与挖掘技术，提高地质监测分析与应用的深度与广度；通过网络技术提高协同工作的效率和数据共享的方便性；通过双C模式对工程地质数据及各种分析进行简洁有序的集成，从而对传统工程地质数据从采集到归档管理这一传统主流程进行信息化改造，达到促进行业信息化、数字化的目的。
이수리추뉴공정위례，통과분석공정지질적공작내용、공작류정화수거（신식）분석여처리류정，인위공정지질수거시일충전형적“대수거”。가이통과지질어의급수거고기술제고수거적유서성화공향성，통과지질어법、모식、CAD기술화삼유가시화기술，제고이유지질제도적효솔여규범화，제고공정구지상、지하지질결구적직관성여지질분석적동찰력；통과다전감기수거적융합여알굴기술，제고지질감측분석여응용적심도여엄도；통과망락기술제고협동공작적효솔화수거공향적방편성；통과쌍C모식대공정지질수거급각충분석진행간길유서적집성，종이대전통공정지질수거종채집도귀당관리저일전통주류정진행신식화개조，체도촉진행업신식화、수자화적목적。
This paper analyzes the work content,work flow,and the data treatment scheme of engineering geology. We think that engineering geological data is a kind of typical “Big Data”,which can improve the ordering and sharing of these data through geological semantics and database technology.Through the geological syntax,patterns, CAD technology and 3d visualization technology,improve the efficiency and standardization of 2d geological drawing and the visual insight of geological structure.Through the multisensor data fusion and mining technology, improve the depth and breadth of geological monitoring application.Through the network technology,improve work efficiency and convenience of data sharing.Through the Double C pattern,integrate engineering geological data and various analysis.Thus the traditional engineering geological data flow can be remolded from data collection to data archiving,and achieve the goal of informatization and digitization.