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The paper discusses the opportunities for obtaining valuable knowledge on the basis of video recordings from introscopic cameras, used to investigate mining boreholes. It also presents an original approach to the task of building a system, which would facilitate the process of searching for visually similar geological structures, and which would constitute an alternative to time-consuming manual profiling. The analysis of measurements performed with an introscopic camera is based on a feature space defined by the Authors, and uses the methods of mathematical morphology for processing video sequences, as well as data analysis for the decision-making process. As a result of the research, it was established that the methods of image processing and data analysis are an effective tool when it comes to automate the decision-making process with regards to the determination of the visual similarity of geological layers which make up a given, investigated area of a borehole. The methods in question yield a high percentage of correct decisions. [ABSTRACT FROM AUTHOR]

This article presents a concept of decision support system for emergency flood embankment stability. The proposed methodology is based on the analysis of data from both a flood em- bankment measurement network and generated through numerical modeling. Decisions about the risk of embankment failure are made based on this analysis. The authors present both the general concept of the system as well as a preliminary detailed description of the system components. [ABSTRACT FROM AUTHOR]