Research on Indoor Space Layout Based on Redirection Algorithm

Abstract

Research on indoor space layout based on redirection algorithm explores innovative approaches to optimizing the arrangement of indoor environments for various purposes. By utilizing redirection algorithms, which focus on guiding individuals through spaces efficiently, researchers aim to enhance the functionality, usability, and aesthetics of indoor spaces. These algorithms consider factors such as traffic flow patterns, spatial constraints, and user preferences to dynamically adjust space layouts, furniture placements, and circulation paths. The goal is to create environments that promote better navigation, user satisfaction, and productivity while maximizing space utilization and minimizing congestion. This paper investigates the implementation of a redirection algorithm to optimize indoor space layout and organization. The primary objective is to enhance navigation efficiency, improve user experience, and maximize space utilization within indoor environments. Through the utilization of the redirection algorithm, furniture and fixtures within various rooms are strategically arranged to create more functional and aesthetically pleasing layouts. The effectiveness of the optimization process is evaluated through metrics such as navigation times, trajectory smoothness, and collisions with obstacles. Results demonstrate significant improvements in layout design, with optimized arrangements leading to reduced navigation times, smoother trajectories, and minimized collisions.