Papers by Keyword: Space Analysis

Abstract: Selecting the right modeling approach for Enterprise Architecture (EA) is pivotal for optimizing organizational effectiveness. This paper investigates the use of ArchiMate as a standalone tool versus its integration with UML and BPMN through comprehensive SWOT and SPACE analyses. The SWOT analysis highlights that ArchiMate’s strengths include its simplicity and ease of learning, which streamline user training and implementation. However, its limited scope may not suffice for more intricate scenarios, potentially leading to user dissatisfaction due to its narrower capabilities. Opportunities for improvement lie in leveraging ArchiMate's learnability and exploring hybrid approaches that combine its simplicity with the strengths of other languages. Threats include the growing complexity of enterprise environments and potential resistance from users accustomed to integrated systems. The SPACE analysis underscores ArchiMate's financial efficiency and specialized expertise, making it a valuable choice for less complex modeling needs. In contrast, the integrated approach offers a more robust solution for handling complex environments, providing a strategic advantage through enhanced versatility and detail. This integration supports more nuanced and detailed modeling, aligning better with sophisticated EA requirements. These findings equip organizations with insights to make informed decisions about whether to adopt ArchiMate exclusively or integrate it with UML and BPMN, ensuring alignment with their specific EA needs and strategic objectives.

Abstract: Wave of urban construction commencing on the end of the 1980s has created significant influence on the environment construction of kindergartens currently. In consideration of ever-dwindling teaching land, how to apply scientific technology methods and spatial processing method to create the most enjoyable activity space will be the concentrated problems to be discussed by us. In this paper, Guangzhou Dongfanghong kindergarten is used as an example to analyze the outdoor environment space in details. And technology method is evaluated to get some enlightenment finally.

Abstract: 3D GIS is a useful modeling tool, which can greatly improve the efficiency and accuracy of the geological modeling, meet the requirements of modeling in complicated geological area. A typical 3D geological model is composed of one or a plurality of stratum, structure, fault etc. In this paper, we divide geological body into blocks, determinate each levels block boundary, build single block model, couple them up in 3D space. Combining with variation characteristics of 3D geological body, by manual interpretation or second derivative method, we get their distribution characteristics of fault unconfirmed by drilling. Through 3D GIS visualization and space analysis, we can not only be facilitate to manage drilling data and visualize underground geological body, but also analyze fault characteristics from a real angle, confirm their boundary, get ore body distribution characteristics, and provide credible digital model for ore grade analysis.

Abstract: Collecting the traffic accidents data of Han Ning highway in 2008, 2009 and 2010 three years, through two aspects of time and space to do statistical analysis and data mining of the traffic accidents of this highway. The result of the analysis is that accident rates have a certain relevance to time and space. From the time perspective, holidays and vacation days are accident high-risk days. From the space perspective, accident rate in the ascent and in the downhill are higher than on the straight road, cars go straight have a higher accident rate than in the corners, traffic accident rate in single-km single-lane tunnel is higher than outside the tunnel. Through the time and space distribution rule of the traffic accident, educating traffic participants follow the time and space distribution rule to restrict their behavior. Educating traffic managers obey the time and space distribution rule of traffic accident to adopt targeted management measures and engineering measures. Both of these two aspects have very important significance in reducing traffic accidents.