18547570. IMAGE ANTI-SHAKE METHOD AND ELECTRONIC DEVICE simplified abstract (HONOR DEVICE CO., LTD.)
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IMAGE ANTI-SHAKE METHOD AND ELECTRONIC DEVICE
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IMAGE ANTI-SHAKE METHOD AND ELECTRONIC DEVICE - A simplified explanation of the abstract
This abstract first appeared for US patent application 18547570 titled 'IMAGE ANTI-SHAKE METHOD AND ELECTRONIC DEVICE
The abstract describes a method for image anti-shake in an electronic device, involving camera application, image stream processing, and anti-shake parameters.
- Camera application is enabled to capture real-time image streams.
- First operation triggers the acquisition of the first image stream.
- The first image stream undergoes initial anti-shake processing by a three-axis optical image stabilization controller.
- The processed first image stream is further enhanced based on first and second parameters to generate a second image stream.
- The first parameter aids in restoring the initial anti-shake processing, while the second parameter facilitates additional anti-shake processing.
Potential Applications: - Enhanced image stabilization in electronic devices. - Improved quality of photos and videos in motion. - Enhanced user experience in photography and videography.
Problems Solved: - Minimizing image blurring caused by camera shake. - Providing smoother and clearer images and videos. - Enhancing the overall quality of captured media content.
Benefits: - Improved image and video quality. - Enhanced user experience in capturing moments. - Reduction of image blurring and distortion.
Commercial Applications: Title: "Advanced Image Stabilization Technology for Electronic Devices" This technology can be utilized in smartphones, digital cameras, action cameras, and other electronic devices with camera functionalities. It can benefit manufacturers looking to enhance the quality of their devices and attract consumers seeking superior image stabilization features.
Prior Art: Research on image stabilization techniques in electronic devices, such as optical and digital stabilization methods, may be relevant to this technology.
Frequently Updated Research: Stay updated on advancements in image stabilization technologies, camera hardware improvements, and software enhancements in electronic devices to ensure the continued relevance and effectiveness of this innovation.
Questions about Image Anti-Shake Method: 1. How does the three-axis optical image stabilization controller contribute to the anti-shake processing? 2. What are the key differences between the first and second anti-shake processing parameters?
Original Abstract Submitted
Disclosed are an image anti-shake method and an electronic device. The method includes: enabling a camera application; receiving a first operation; acquiring a first image stream in response to the first operation, where the first image stream is an image stream collected by the camera in real time, the first image stream is an image stream that has been subjected to first anti-shake processing, and the first anti-shake processing includes anti-shake processing performed by the three-axis optical image stabilization controller; and processing the first image stream based on a first parameter and a second parameter to obtain a second image stream, where the first parameter is obtained based on the first anti-shake processing, the first parameter is used for restoring the first anti-shake processing, the second parameter is used for second anti-shake processing, and the first anti-shake processing is different from the second anti-shake processing.
