Development of the Graphical User Interface of the Supporting System for the Slope Stability Evaluation and Improving Its Usability

H. Kojima, S. Obayashi, T. Azuma, Kan Aburatani
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Abstract

For better supporting to evaluate the hazardous area affected by the slope failures and landslides, we have been tackled to construct the supporting system(termed SSE-Win) for the slope stability evaluation with the userfriendly Graphical User Interface(GUI) based on the window system. In the SSE-Win, the geographical information and satellite remote sensing data were used to produce the slope stability evaluation maps. In the general design of the GUI, the functions corresponding to the operating procedure in the SSE-Win were investigated. As the next stage of the detail design of the GUI, we designed the link-relation between the screens as well as the contents in each screen. The standardized procedure on the GUI design provided in this study might be contribute not only to the reduction of the entire term on the system development, but also to improve the efficiency of the system life-cycle in modifying and adding the further functions.
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边坡稳定性评价支撑系统图形用户界面的开发及可用性的提高
为了更好地支持对受边坡破坏和滑坡影响的危险区域的评价,我们研究了基于窗口系统的友好图形用户界面(GUI)构建边坡稳定性评价支持系统(SSE-Win)。在SSE-Win中,利用地理信息和卫星遥感数据制作边坡稳定性评价图。在GUI的总体设计中,对se - win中操作程序所对应的功能进行了研究。作为GUI的下一个细节设计阶段,我们设计了屏幕之间的链接关系以及每个屏幕中的内容。本研究提供的GUI设计的标准化流程不仅有助于减少系统开发的整个周期,而且有助于提高系统生命周期中修改和添加进一步功能的效率。
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