Projector image edge fusion system and method

Abstract

The invention discloses a projector image edge fusion system and method, and relates an image edge fusion processing for fusing multiple pictures in the field of projector devices. The system comprises an image segmentation processing module used for performing equal division processing on images; a color consistency processing module used for adjusting the colors of more than two images to be consistent; an image uniformity adjustment module used for adjusting the brightness and color uniformity of the images; a fusion tape processing module used for performing image cutting and gradual imagebrightness change processing on fusion tapes between more than two images; a dark field brightness repair processing module used for adjusting the brightness of a non-overlapping areas under dark field conditions to make it consistent with the brightness of an overlapping area. In the projector image edge fusion system and method disclosed by the invention, the dark field problem in the fusion isperfectly solved by the dark field brightness repair processing module, and the fusion band brightness and the smoothness of the colors can be well achieved through the fusion band processing module,so that the details of the picture can be further improved.

Description

technical field [0001] The invention relates to the technical field of image processing, in particular to an image edge fusion processing system and method for merging multiple pictures in the field of projector equipment. Background technique [0002] Existing large-frame projection methods usually adopt the following three methods: the first is to use a single high-power projector to project a complete image on a large screen, but this method generally requires a huge Throw distance and space requirements. In addition, due to the limited resolution of the projection equipment, when the image is enlarged, the edge of the image will appear jagged, and the picture will appear as rough as the LED display, which will reduce the image accuracy and affect the final projection effect. The second is the optical splicing method, that is, using multiple projectors to project optical images on a single large screen, and each projected image is connected with each other to form a comp...

AI Technical Summary

Problems solved by technology

However, due to the limitations of projection technology, each projected image will have overlapping parts, and the image projection effect

The third is to use multiple units to form a large screen. Each unit has its own projector and projection screen. The optical screen can improve the consistency, but the seams between the units will still affect the integrity of the image.

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