17625714. VIDEO IMAGE DE-INTERLACING METHOD AND VIDEO IMAGE DE-INTERLACING DEVICE simplified abstract (BOE TECHNOLOGY GROUP CO., LTD.)
VIDEO IMAGE DE-INTERLACING METHOD AND VIDEO IMAGE DE-INTERLACING DEVICE
Organization Name
BOE TECHNOLOGY GROUP CO., LTD.
Inventor(s)
VIDEO IMAGE DE-INTERLACING METHOD AND VIDEO IMAGE DE-INTERLACING DEVICE - A simplified explanation of the abstract
This abstract first appeared for US patent application 17625714 titled 'VIDEO IMAGE DE-INTERLACING METHOD AND VIDEO IMAGE DE-INTERLACING DEVICE
Simplified Explanation
The abstract describes a method for de-interlacing video images. The method involves acquiring an original video image and extracting odd and even field data from it. The odd and even field data are then down-sampled multiple times to obtain different resolutions. The down-sampled data is combined to create a down-sampled image. The original video image and the down-sampled image are then inputted into a de-interlacing network for further processing.
- The method involves acquiring an original video image and extracting odd and even field data.
- The odd and even field data are down-sampled multiple times to obtain different resolutions.
- The down-sampled data is combined to create a down-sampled image.
- The original video image and the down-sampled image are inputted into a de-interlacing network for further processing.
Potential Applications
- Video processing and editing software
- Video streaming platforms
- Television broadcasting
Problems Solved
- Interlaced video images can cause visual artifacts and reduced image quality.
- De-interlacing methods are needed to convert interlaced video into progressive video.
Benefits
- Improved image quality by removing interlacing artifacts.
- More efficient processing of video images through down-sampling.
- Compatibility with various resolutions and video formats.
Original Abstract Submitted
A video image de-interlacing method is provided. The method-includes: acquiring a single frame of original video image; extracting odd field data and even field data in an original video image; performing N-1 times of down-sampling on the odd field data to obtain N-1 odd field data with different resolutions and performing N-1 times of down-sampling on the even field data to obtain N-1 even field data with different resolutions; combining odd field data and even field data with the same resolution to obtain a down-sampled image; and inputting the original video image and the down-sampled image to the de-interlacing network for de-interlacing.
