Analyzing the effects of creating a pedestrian path in a smart city with a futuristic approach

Due to the growing population and increasing urbanization and human desire to be in cities, problems have been created about living conditions in the urban environment that urban planners sought to provide solutions to improve urban living conditions and introduce approaches such as smart cities. Pedestrian orientation is also one of the principles that can be applied in a smart city. The method of the present research is descriptive-analytical of the applied type that the required data has been collected using the library data of valid articles. In this study, first, the desired indicators were extracted by the Goler method, then by Delphi method, 10 copies of questionnaires were completed by experts to determine the scores of factors, and by using the method of cross-impact analysis to analyze the effective components related to the pedestrian orbit. In the smart city. A total of 24 factors were finalized and finally factor analysis was performed with tables and graphs extracted from this software. The results of this study show that among the indicators and factors that were examined, the rate of use of non-motorized means of transport, separate pedestrian and bicycle path, variety of means of transport, the culture of using smart facilities, rate Scattered surface, pedestrian and bicycle infrastructure, environmental density and diversity, cleanliness and environmental quality, desirable urban furniture are of special importance that should be paid special attention in the process of smart city planning and sidewalks.