Research on Optimization of Public Space Addressing in Urban Open Block Based on Topological Complexity

摘要

Based on the concept of topological complexity, this paper takes the Yulin District of Chengdu as an example. Based on a comprehensive consideration of the population and the distribution of 5G base stations, it starts with the selection of public spaces in urban open blocks to obtain the best public space addressing strategy for 5G user experience, and also conducted an in-depth study on the optimization of the addressing performance of the three-level public spaces in the urban open block: "block level-group level-neighbor level".