High Resolution Image Processing Based on Spatial Optical Characteristics and Wireless Sensor Networks in Green Landscape Design Simulation

Abstract

With the development of wireless sensor network (WSN) technology, the application of image processing in green landscape design has ushered in new opportunities. This paper aims to explore the application of high-resolution image processing technology based on spatial optical characteristics and wireless sensor networks in the simulation of green landscape design, so as to improve the accuracy and efficiency of landscape design. In this paper, the structure and working principle of wireless sensor network are analyzed, and the influence of spatial optical characteristics on image acquisition and processing is studied. Then, combining with high resolution image processing technology, an image processing method based on wireless sensor network and spatial optical characteristics is proposed. The effectiveness of this method is verified by comparing the simulation and practical application of several landscape design cases. The research shows that the high-resolution image processing technology based on wireless sensor network can significantly improve the clarity and detail performance of the image, and realize real-time data acquisition and processing in a large range. The method has shown excellent simulation results and application prospects in many practical landscape design projects.