Plant growth observing system based on AR virtual reality technology and video image processing technology

Abstract

The invention discloses a plant growth observing system based on an AR virtual reality technology and a video image processing technology. The system comprises an information collection unit which is arranged in a growth environment of plant and is used for collecting growth condition information of the plant in real time; a data analysis unit which is sued for receiving data information transmitted by the information collection unit, carrying out data analysis on the received data information, and carrying out data comparison and growth condition evaluation according to standard growth vigor analysis information of the plant under different temperature, illumination and soil environments, thereby predicting the growth vigor condition of the plant in a next time period; and an AR virtual reality observing unit which is used for display a video, wherein the standard growth vigor analysis information of the plant is stored in the data analysis unit. According to the system, the daily growth condition information of the plant is collected, analysis and data analysis are carried out on whether the plant grows normally or not is analyzed, the virtual growth vigor condition of the plant is displayed through the AR virtual reality observing unit, and vivid and rapid growth vigor video images are displayed, so a user can grasp the growth vigor of the plant well.

Description

technical field [0001] The invention relates to the field of virtual reality technology, in particular to a plant growth observation system based on AR virtual reality technology and video image processing technology. Background technique [0002] AR, or Augmented Reality, is a technology that combines the position and angle of the camera with the corresponding image processing technology. The purpose of this technology is to interact and present the virtual world in the real world on the computer screen. Usually, technicians extend the display screen to the real environment, so that the computer windows and icons are superimposed on the real objects, and the user's eyes and gestures are used to guide the operation so that the three-dimensional objects can be in the user's panoramic view according to the current task or needs. Interactively change its shape and appearance, and produce perspective enhancement effects for real objects by superimposing virtual scenes. For exam...

AI Technical Summary

Problems solved by technology

However, in the existing technology, users set up simple devices such as lighting equipment or temperature sensors to track and analyze the growth of plants in the actual planting process. This process is only a simple and rough observation of plant growth. There is no exact scientific data and it has not reached the level of scientific and technological agriculture. standard

Images