Abstract:
A well-designed transportation network is a fundamental functional component of any city. In
fact, effective planning and management of transportation ensures an efficient, accessible, and
sustainable system. This study introduces the Space Syntax method, a framework that employs
spatial analysis techniques including accessibility and connectivity measures, to model and
quantify the spatial relationships and interactions between the physical urban environment,
land use, and transportation infrastructure. Accessibility refers to the ease of reaching
destinations or activity opportunities, while connectivity signifies the degree of
interconnectedness between different locations. By evaluating accessibility and connectivity,
the space syntax method provides valuable insights into the dynamic interplay between a
region's land use, activities, and its transportation system. Leveraging this information
facilitates the identification of areas with limited accessibility or connectivity, allowing for the
prioritization of planning strategies that can enhance them thereby improving the livability of
urban environments.
