Dynamic Power-Saving Mechanisms for Displaying an Image

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Dynamic Power-Saving Mechanisms for Displaying an Image - A simplified explanation of the abstract

This abstract first appeared for US patent application 18753558 titled 'Dynamic Power-Saving Mechanisms for Displaying an Image

The patent application describes systems and techniques for dynamic power-saving mechanisms in displaying images on electronic devices.

Electronic device determines image to be displayed and associated Optimal Power Reduction (OPR) for displaying the image.
Based on the determined OPR, the device generates a bionic image using various mechanisms.
Display brightness value (DBV) or different blocking areas of the combined image may be used to generate the bionic image.
The electronic device combines the original image with the bionic image to form a combined image for presentation on an emissive display.
The combined image reduces power expenditure of the display by adjusting luminance levels in different areas of the image.

Potential Applications: - Energy-efficient displays for mobile devices - Enhanced battery life for electronic devices - Improved display quality with optimized power consumption

Problems Solved: - Reducing power consumption of emissive displays - Balancing image quality and energy efficiency in display technology

Benefits: - Extended battery life for portable devices - Enhanced user experience with optimized display performance - Environmentally friendly technology with reduced power consumption

Commercial Applications: "Dynamic Power-Saving Mechanisms for Displaying Images" can be utilized in smartphones, tablets, laptops, and other electronic devices to improve energy efficiency and display quality, appealing to environmentally conscious consumers and tech companies looking to differentiate their products in the market.

Questions about Dynamic Power-Saving Mechanisms for Displaying Images: 1. How does the technology behind bionic images contribute to power-saving mechanisms in displays? 2. What are the potential implications of this innovation for the future of display technology?

Frequently Updated Research: Stay updated on advancements in emissive display technology, image processing algorithms, and power-saving mechanisms to enhance the efficiency and performance of electronic devices.

Original Abstract Submitted

Systems and techniques directed at dynamic power-saving mechanisms for displaying an image are disclosed. An electronic device determines an image to be displayed and an associated OPR for displaying the image. Based on the determined OPR, the electronic device generates a bionic image. Various mechanisms may be used to generate the bionic image. A display brightness value (DBV) or different blocking areas of the combined image may be used to generate the bionic image. The electronic device combines the image and the bionic image to form a combined image and presents the combined image on an emissive display. The combined image reduces a power expenditure of the emissive display that may otherwise be expended. The combined image may retain a high luminance for a focus area of the combined image while reducing the luminance for the remaining area (e.g., area outside of the focus area) of the combined image.