A Review of Pedestrian Fundamental & Geometric Characteristics
It is necessary to do research on pedestrian movement in order to better design places for human circulation, such as airports, shopping malls, subways, fairs, and sidewalks, for example. The scientific method may be used to study pedestrian mobility on a variety of levels. At the microscopic level, it is possible to investigate the flow parameters (such as speed and density) of pedestrian motion. At the microscopic level, it is feasible to track the paths followed by various pedestrians while they are on the move. According to the findings of this study, individuals are travelling through a location at various densities as they are arranging their routes, and they are doing so in a flow space while doing so. On a mesoscopic scale, the flow properties vary depending on the location and time of the flow. It is the purpose of this thesis to investigate the topic of pedestrian study on a micrometre scale. The pedestrian flow and geometric features of pedestrian facilities are studied. In this review pedestrians with a foundation of knowledge and an adaptation in order for them to understand how these facilities influence their motion explored.