What is benefit of reducing backbone size and reducing pixel head?
Reducing backbone size and pixel head size in various devices offers several benefits. For instance, in a fixed fixing device for patient head immobilization, reducing the backbone size minimizes contact areas, preventing long-term facial pressure and potential secondary damage to patients . Similarly, in vertically stacked pixel circuits, shrinking the pixel head size allows high voltage devices to be positioned on top of lower voltage circuitry, significantly decreasing the overall pixel emission area, which is advantageous for organic light-emitting diode microdisplays . Moreover, in liquid crystal element valves, decreasing the size of drive means by sharing components between elements enhances efficiency and reduces complexity, making them more cost-effective and compact .
Answers from top 5 papers
Papers (5) | Insight |
---|---|
The benefit of reducing the size of RBF networks is improved complexity and efficiency, applicable in various problems like classification and function approximation, enhancing performance with fewer nodes. | |
Reducing the size of drive means in the liquid crystal elements of a display device allows for shared capacitors and transistors, optimizing space and enhancing efficiency in pixel control. | |
Reducing the size of drive means in LCOS light valve benefits by sharing capacitors and transistors, optimizing space and enhancing efficiency in displaying video information for projectors. | |
Reducing backbone size and pixel head can minimize facial contact, prevent long-term pressure on the patient's face and eyes, and reduce the risk of secondary damage. | |
Reducing pixel size allows for a vertically stacked pixel circuit with high voltage driving on top, leading to a substantial decrease in overall pixel emission area, ideal for OLED microdisplays. |