36 results about "Display algorithms" patented technology

A system and method for scrolling through a list uses control and display algorithms for scrolling through a long list of text strings. The control algorithm interfaces to the user via a rate-based scheme to switch the display through various levels of abstraction where higher levels of abstraction are displayed “in-situ” on the single-line display. These higher levels of abstraction display as starting characters or words that are common to a group of entries in the alphabetized list. Multiple levels of abstraction are supported, where lower levels of abstraction are displayed as longer strings of characters, representing smaller groups of entries in the given list of text strings. Higher levels of abstraction are displayed as shorter character strings. The rate of user movement is detected for the display to change to a previous or next item in the list if below a predetermined threshold while increasing the abstraction level if the user rapidly selects different options.

This disclosure describes systems, methods, and apparatus for decreasing apparent webpage pageload times. In particular, drawing commands used to render a webpage can be saved, and a subset of the drawing commands (a blueprint) can be stored in a memory of a user device. When the user device again requests download of the webpage, the blueprint can immediately load while the full webpage downloads, processes, and renders in parallel thereto. In this way, the user sees the blueprint immediately rather than being faced with a blank screen while the download and pageload take place.

Systems and methods for aggregating available healthcare appointment times across multiple unaffiliated practitioner groups, including search and display algorithms. A centralized marketplace is provided for real time booking of healthcare appointments which does not require the patient to have a preexisting relationship with the practitioner. The aggregated booking system enhances the number of available near term and conveniently located appointment options while the search and display algorithms reduce the complexity of the patient and practitioner information required to maintain accurate and synchronized database booking records.

The invention discloses a method and a device for feeding back display content information, and belongs to the technical field of Internet. The method comprises the following steps: receiving a display request, wherein the display request is used for displaying position identifiers; according to corresponding relationships of prestored algorithm identifiers and the display position identifiers of display positions, determining the algorithm identifiers corresponding to the display position identifiers carried in the display request, and acquiring a display content information set corresponding to the determined algorithm identifiers, wherein each algorithm identifier corresponding to each display position identifier of the display position is the algorithm identifier corresponding to a preprocessing display algorithm preset at each display position, and the display content information set corresponding to the determined algorithm identifiers is pre-established according to the preprocessing display algorithms corresponding to the determined algorithm identifiers; according to the acquired display content information set, feeding back the display content information on the display request. By the method and the device, occupation of system resources during the processing of the display request can be reduced.

Systems and methods for aggregating available healthcare appointment times across multiple unaffiliated practitioner groups, including search and display algorithms. A centralized marketplace is provided for real time booking of healthcare appointments which does not require the patient to have a preexisting relationship with the practitioner. The aggregated booking system enhances the number of available near term and conveniently located appointment options while the search and display algorithms reduce the complexity of the patient and practitioner information required to maintain accurate and synchronized database booking records.

Systems and methods for aggregating available healthcare appointment times across multiple unaffiliated practitioner groups, including search and display algorithms. A centralized marketplace is provided for real time booking of healthcare appointments which does not require the patient to have a preexisting relationship with the practitioner. The aggregated booking system enhances the number of available near term and conveniently located appointment options while the search and display algorithms reduce the complexity of the patient and practitioner information required to maintain accurate and synchronized database booking records.

The invention discloses a naked eye three-dimensional display algorithm based on multi-view reconstruction, a plurality of dense view images are obtained, a plurality of layers of screens arranged in parallel are used at a display end, a plurality of convergence view points are arranged in front of the screens, a light ray is arranged at the position, corresponding to each pixel on the last layer of screen, of each convergence view point, and when the light rays penetrate through the display end, the light rays are displayed on the display end. Each light ray and each layer of screen form an intersection point, the brightness and color information corresponding to the intersection points formed by each light ray on the screen are mutually overlapped in the direction corresponding to the light ray, so that each light ray can reconstruct the brightness and color information of one pixel, and the brightness and color information of the pixel can be reconstructed in a convergence viewpoint. The light rays can reconstruct the brightness and color information of a two-dimensional image corresponding to a single viewpoint, and the resolution of the viewed image is consistent with the resolution of a multi-layer screen, so that the brightness and color information reconstructed on the convergence viewpoint is consistent with the sub-image information corresponding to the convergence viewpoint.

The invention relates to a stacked display algorithm of a progress bar for a breathing lamp effect. The stacked display algorithm comprises the following steps of (1) carrying out background adaptive processing on the progress bar, wherein the progress bar is a circular progress bar, the background of the progress bar is round and the diameter of the circular progress bar is smaller than that of the background of the progress bar; (2) setting a control and drawing related parameters; (3) drawing the circular progress bar in a stacking manner in the background area of the progress bar; (4) displaying the breathing lamp effect; (5) starting a change thread of the breathing lamp; (6) drawing progress text displayed along with the progress; and (7) drawing description text at the center of the circular progress bar. Through the circular progress bar and surrounding of the breathing lamp effect, aesthetic, individual, intuitive and easy-to-understand progress bar showing is achieved, and the algorithm is high in efficiency, few in occupied resources, good in universality and suitable for an Android system.

A method and apparatus is disclosed for displaying a dynamic parameter of an aircraft, the apparatus comprises a display unit receiving a display signal and displaying a scale that changes dynamically and non-linearly in accordance with a selected display algorithm, the display unit further displaying a pointer pointing to said scale in accordance with a reading of said dynamic parameter, thereby emphasizing a range of said reading of said dynamic parameter.

This disclosure describes systems, methods, and apparatus for decreasing apparent webpage pageload times. In particular, drawing commands used to render a webpage can be saved, and a subset of the drawing commands (a blueprint) can be stored in a memory of a user device. When the user device again requests download of the webpage, the blueprint can immediately load while the full webpage downloads, processes, and renders in parallel thereto. In this way, the user sees the blueprint immediately rather than being faced with a blank screen while the download and pageload take place.

The invention discloses a method and a device for feeding back display content information, and belongs to the technical field of Internet. The method comprises the following steps: receiving a display request, wherein the display request is used for displaying position identifiers; according to corresponding relationships of prestored algorithm identifiers and the display position identifiers of display positions, determining the algorithm identifiers corresponding to the display position identifiers carried in the display request, and acquiring a display content information set corresponding to the determined algorithm identifiers, wherein each algorithm identifier corresponding to each display position identifier of the display position is the algorithm identifier corresponding to a preprocessing display algorithm preset at each display position, and the display content information set corresponding to the determined algorithm identifiers is pre-established according to the preprocessing display algorithms corresponding to the determined algorithm identifiers; according to the acquired display content information set, feeding back the display content information on the display request. By the method and the device, occupation of system resources during the processing of the display request can be reduced.

The invention provides a multi-target detection method for a submersible radar under strong clutter marine environment. The method includes the steps of suppressing clutters on the periphery of smalltargets within 4 sea miles according to radar echo signals by using an adaptive dynamic target display algorithm and a unit average maximum selection constant false alarm algorithm; suppressing the clutters on the periphery of large targets 8 sea miles or father away through the self-adaptive moving target display algorithm and an inverse asynchronous algorithm; suppressing the interference signals within 8 sea miles by the self-adaptive moving target display algorithm and a unit average minimum selection constant false alarm algorithm; suppressing the multi-target interference signals 16 seamiles or farther away through the inverse asynchronous algorithm and the unit average maximum selection constant false alarm algorithm; suppressing meteorological clutter caused by rain and snow through the self-adaptive moving target display algorithm and a dynamic clutter map algorithm; and detecting low-speed small targets through the inverse asynchronous algorithm and the dynamic clutter map algorithm. Compared with the prior art, the multi-target detection method has the advantage that the multi-target detection capability is improved, clutter and interference resistance can be restrained, and the method can be used for multi-target detection under a strong clutter background.

The present invention provides a method for managing windows in a multi-system terminal device and a multi-system terminal device. The management method includes: obtaining display related information of windows of multiple systems; The predetermined window display algorithm calculates and determines the window mixed display data of multiple systems; based on the window mixed display data, the mixed windows of multiple systems are displayed through the display driver of the multi-system terminal equipment. Through the present invention, the display-related information of the windows of each system can be quickly and correctly processed, and the windows of each system can be displayed correctly, which avoids the simultaneous display of multiple system windows and causes the display driver to draw multiple system windows. The normal drawing of windows of multiple systems at the same time further improves user experience.

The present application provides an algorithm model training method, device, equipment and storage medium, which relate to the technical field of model training. This method is based on the drag component and canvas component of the react front-end development component framework. By introducing the preset drag component and canvas component into the main component of the algorithm model training, the data response of the drag component and the canvas component in the main component is established. The main component can call the canvas component to display the relevant nodes of the algorithm model training on the corresponding canvas according to the data change of the dragged component. Therefore, the operability of model training is stronger, and the flexibility, autonomy and intuitiveness of model training are effectively improved. By perfectly adding node content information configuration when the node falls into the canvas, and supporting right-click to delete, left-click to view or modify configuration information, the entire algorithm training process can be made intuitive, the layout is controllable, and the learning cost is reduced. very low.