关键词：连通性、深度计算、DepthMapX、Kampong、空间句法
摘 要：在印度尼西亚，kampong是一个城中村地区，大约 75% 的城市人口居住在那里。最近，在制定kampong改善计划和坚持特定主题保护kampong方面，kampong一直引起市政府当局的注意。这也包括玛琅市。关于可持续性方面的众多城市规划挑战之一，有必要监测马朗的Kampong模式。此模式可用于使用模板创建其他Kampong。空间句法方法用于确定马朗市Kampong空间模式的属性。此外，还比较了Kampong模式，以确定预期模式。使用了关于任何基于主题的玛琅Kampong的深度计算和地图连接。计算此类模式需要连接性和深度计算。有理图是用于此类计算的数学工具；DepthMapX软件也用于此目的。本研究旨在确定用于城市规划的Kampong模式识别的计算方法。该计算将有助于确定在所审查的Kampong中哪个具有最优越的深度和连通性，以及哪个具有最复杂的空间句法。
Abstract:In Indonesia, a kampong is an urban village region where about 75% of the city populace resides. Of late, kampongs have been drawing the attention of city government authorities with regards to formulation of kampong improvement initiatives and the conservation of kampongs by adhering to specific themes. This includes Malang city as well. Concerning one of the many urban planning challenges regarding sustainability, it is essential to monitor the kampong pattern in Malang. This pattern may be used for creating other kampongs using the template. The space syntax approach is utilised for determining the attributes of the kampong spatial patterns in Malang city. Moreover, kampong patterns were compared to determine the anticipated pattern. Depth computation and map connectivity concerning any theme-based Malang kampongs were used. Computing such patterns requires connectivity and depth computations. Justified plots are mathematical tools used for such computations; the DepthMapX software is used for the same. The present research aims to determine computations used for kampong pattern identification utilised for city planning. This computation will help determine which kampong has the most superior depth and connectivity among the reviewed kampongs and which kampong has the most intricate spatial syntax.
Key:Connectivity, Depth Calculation, DepthMapX, Kampong, Space Syntax
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