Video Fusion Without Green Screens Using Background Parameter Extraction
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Current video fusion technologies require the construction of green screens, leading to high thresholds for implementation and poor user experience due to unrealistic fusion effects, as they often result in images that are predominantly green and differ significantly from actual images.
Innovation Solution
A method for video fusion that involves receiving foreground and background video frames, determining fusion parameters such as color temperature, and processing the foreground video frame based on these parameters to achieve realistic fusion without the need for green screen construction, using modules for video frame reception, fusion parameter determination, object determination, and video fusion.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If green screen cutout technology is used for video fusion, then video fusion can be achieved, but the implementation threshold becomes high and the fusion effect becomes unrealistic
Solution Approach 1:
The patent extracts the background video frame information and uses it to determine fusion parameters (color temperature, brightness, contrast) that are then applied to process the foreground video frame. This eliminates the need for green screen construction by directly extracting and utilizing background scene characteristics for realistic fusion.
Solution Approach 2:
The patent changes the color temperature, brightness, and contrast parameters of the foreground video frame based on the background video frame's fusion parameters. This parameter adjustment approach enables realistic fusion effects without requiring green screen technology, thereby lowering the implementation threshold.
2Reliability
If green screen cutout technology is used for video fusion, then video fusion can be achieved, but the resulting images are predominantly green and differ significantly from actual images
Solution Approach 1:
The patent determines fusion parameters including color temperature from the background video frame and applies these parameters to process the foreground video frame. This parameter adjustment eliminates green color distortion by matching the foreground's color characteristics to the background's natural color profile, producing realistic fusion results.
3Reliability
If green screen construction is required for video fusion, then fusion can be performed, but the device complexity and construction requirements increase
Solution Approach 1:
The patent extracts background video frame data to determine fusion parameters such as color temperature, brightness, and contrast. This extraction approach replaces complex green screen construction with a simple parameter-based processing method, significantly reducing device complexity and construction requirements.
Data Source
AI summary
Disclosed herein are a video fusion method, apparatus, electronic device and storage medium. The video fusion method comprises: receiving a foreground video frame to be fused in a foreground video stream to be fused and a background video frame to be fused in a background video stream to be fused; determining a fusion parameter corresponding to the background video frame to be fused; according to a target foreground processing method corresponding to the foreground video frame to be fused and the fusion parameter, determining a target object to be fused corresponding to the foreground video frame to be fused; according to the target object to be fused and the background video frame to be fused, determining the target fused video frame to be displayed at a target terminal.