97 results about "Dynamic resolution" patented technology

The system and method of the present invention automatically provides dynamically generated completion information for facilitating user input of email addresses or contact information. This completion information is developed from a “data store” comprised of multiple data sources such as previously sent or received email, and other types of electronic files such as word processor or spreadsheet files. The present invention monitors and uses the information in the data store to automatically store, track, maintain, and organize data entries in a dynamic “resolution list”. As a user begins to input an email address or contact, the present invention can either automatically complete the entry using a most probable result from the resolution list, or can display a list of likely matches from which the user may select the desired email address or contact.

An apparatus, method and system for dynamic resolution of secondary communication system resources for communications in a communication system. In one embodiment, an apparatus includes a processor and memory including computer program code. The memory and the computer program code are configured to, with the processor, cause the apparatus to receive an allocation of secondary communication system resources on a control channel of a primary communication system to enable communication in a secondary communication system. The secondary communication system resources are a function of unused primary communication system resources in the primary communication system.

A display including static pixels and dots (individual element) arranged in a predetermined manner. Dynamic pixels are generated dynamically, comprising dots selected from at least two adjacent static pixels. Overlapping of dynamic pixels on the static pixels creates an enhanced resolution at the human's eyes. A weighted dot rendering method can be performed for all static and dynamic pixels of a low resolution inventive display to be displayed in an additive way with the viewing perception of an enhanced higher resolution display. By adjusting the light emitting area and space of dots in a static pixel, maximum optimized brightness in a white balance equilibrium with good contrast can be obtained in finding an optimal ratio between the non light emitting area (black mask or black barrier ribs) and the light emitting area.

A dynamic control method for a touch panel, including the steps of: providing a dynamic resolution control circuit for configuring a touch panel to possess a first resolution and a second resolution; and providing an induced signal gain control circuit for configuring the touch panel to have a first gain corresponding to the first resolution, and a second gain corresponding to the second resolution, wherein, the resolution of the touch panel will change from the first resolution to the second resolution when an object is within a distance from the panel. In addition, the present invention further presents a touch panel system and a dynamic control method for adjusting the sensitivity of a touch panel.

Late-binding / dynamic pathname resolution can be performed by a variable identifier operating in user or kernel mode, and a pathname engine and a data structure operating in kernel mode. The variable identifier identifies a variable in a pathname. The pathname engine evaluates the variable by converting the variable into a character string such that a path to an object file is established. The pathname engine determines a scope of potential character string values for the variable by mapping the variable to corresponding values stored in the data structure. Each variable has a well-defined scope of values because the only values available are the values selected for storage in the data structure. The mechanism for establishing values is extensible such that variable / value pairs can be implemented in the data structure at any time.

The invention relates to a method for realizing a business model-oriented cloud computing development platform. The main implementation steps of the online development of the business model-oriented cloud computing development platform are as follows: 1. Log in to the development environment online; 2. Define the business model. Including data object model description, page component object description and instruction call description, etc.; 3. Other related operations; 4. Testing and debugging. The method of the present invention only needs to define a business model, almost without writing codes; it can complete software development and deployment, which is very simple, economical and practical; its operation process is defined by the business model management engine running on the server side, dynamically loading and analyzing models, Manage model data and generate client-side page description definitions in real time. The client page management engine dynamically parses and loads the interface description definition and model data description returned by the server, and processes and responds to the operations of the logged-in user. When needed, send data to the server for synchronization or perform related operations.

The invention discloses a preparation method of a sofosbuvir intermediate, which comprises the following step: in an anhydrous non-protonic solvent, carrying out dynamic kinetic resolution on a compound disclosed as Formula (II) under the action of an organic alkali and / or inorganic alkali to prepare a compound disclosed as Formula (I), wherein the non-protonic solvent is one or more of ester solvent, ketone solvent and ether solvent, the organic alkali and / or inorganic alkali account / accounts for 0.1-10 wt% of the compound disclosed as Formula (II), the temperature of the dynamic kinetic resolution is 10-30 DEG C, and the time of the dynamic kinetic resolution is 5-10 hours. The preparation method has the advantages of high conversion rate, high product purity and low cost, and is environment-friendly.

A video encoding system encodes video streams for multiple bit rate video streaming using an approach that permits the encoded bit rate to vary subject to a peak bit rate and average bit rate constraints for higher quality streams, while a bottom bit rate stream is encoded to achieve a constant chunk rate. The video encoding system also dynamically decides an encoding resolution for segments of the multiple bit rate video streams that varies with video complexity so as to achieve a better visual experience for multiple bit rate streaming.

A display apparatus includes an electronic display having a pixel array configured to display a sequence of subframes, and an image shifting electro-optic device that is operable to shift at least a portion of an image of the display pixel array synchronously with displaying the sequence of subframes, so as to form a sequence of offset subframe images for providing an enhanced image resolution and pixel correction in a compound image. The image shifting electro-optic device may include a polarization switch in series with a polarization grating, for shifting image pixels between offset image positions in coordination with displaying consecutive subframes.

The present invention relates to a method, system and computer program product for the predictive encoding of digital video sequences. The objectives of the invention are accomplished by dynamically determining the resolution of a current frame being encoded and outputting the determination. The determination process is based on statistical and coding information of a plurality of frames, including at least one previous frame and the current frame. Further, general encoding parameters and the encoding parameters of a current frame at a chosen resolution are determined, wherein the encoding parameter selection step takes into account the determination of the dynamic resolution determination step in determining the encoding parameters.

Beam enhancement through sidelobe reduction and / or mainlobe sharpening is shown. Embodiments utilize dynamic resolution, improved dynamic resolution, and / or enhanced dynamic resolution techniques to synthesize beams, such as ultrasonic beams used in ultrasonic imaging, having desired attributes. Embodiments simultaneously form a first sample beam and a second or auxiliary sample beam for every sample to synthesize enhanced scan beams. According to a dynamic resolution techniques herein a new beam may be formed from the sum of the two sample beams. A synthesized dynamic resolution beam of embodiments has reduced sidelobes with relatively little or no spread of the mainlobe. An enhanced dynamic resolution beam sharpening function can be applied to provide a further enhanced beam, such as to further narrow the mainlobe.

A more efficient spatial scalable compression scheme using adaptive content filtering is disclosed. The amount of video compression of a spatial scalable compression scheme is increased by the introduction of a multiplier on the residual stream of the enhancement layer. The multiplier is controlled by gain values for each pixel or group of pixels in each frame of video from a picture analyzer, wherein the gain values tend toward zero for areas with little or no detail and tends toward one for edges and text. Thus, the multiplier acts as a filter to reduce the amount of bits spent on irrelevant data of the enhancement layer. The multiplier also allows dynamic resolution compression.

A method for image processing comprising filtration and conversion to a radiometric color image based on an original image. The method gives the processed image high spatial resolution combined with high dynamic resolution. The original image is made available in digital format. Contrast-increasing filtration is performed on the original digital image. The original digital image is converted into a radiometric pseudocolor image based on a chosen color range in which each color corresponds to an absolute measured, radiated or reflected quantity of energy within a certain wavelength band and where the images are represented in a format containing a luminance component. The filtered contrast-increased original image is scaled in terms of the luminance component in the radiometric color image. The luminance component in the radiometric color image is replaced with the scaled, filtered contrast-increased luminance component of the original image.

The invention relates to a system for detecting matching error of TDICCD (Time Delay and Integration Charge Coupled Device) focal plane different-speed imaging. A dynamic target simulation device of the system is arranged in front of a parallel collimator; a zoom focusing and imaging system is arranged between the parallel collimator and a TDICCD focal plane and is composed of a group of zooming and imaging units; a control system adjusts focal distance and axial position of each zooming and imaging unit of the zoom focusing and imaging system, thus each imaging unit on the TDICCD focal plane produces target images at different speeds, moving speeds of the target images on each imaging unit on the TDICCD focal plane are calculated according to the focal distance of each zooming and imaging unit, a target rotating speed and the focal distance of the parallel collimator; and an image quick-look system analyzes dynamic target images, and a dynamic transfer function and a dynamic resolution of each imaging unit of the TDICCD focal plane are obtained by calculation. The system provided by the invention can be applied to detection on large-scale TDICCD focal plane imaging quality, image motion compensation accuracy and array different-speed image motion compensation matching accuracy.

The invention relates to a dynamic target simulator. The technical proposal adopted by the invention is as follows: a drift angle rotary bench is arranged on a work top, and the rotation axis of the drift angle rotary bench is in movable fit with a round hole in the work top; a precise turn table is fixed on the drift angle rotary bench; a dynamic target revolving drum is fixed on the precise turn table, and a plurality of target plates are fixed on the circumferential face of the dynamic target revolving drum; a drift mirror is positioned fixedly on the axial line of the drift angle rotary bench, and a first reflector is fixed on the central shaft of the drift angle rotary bench; the light from a light source irradiates the target plates, and the target plates form image on the drift mirror via the reflection of the first reflector. The dynamic target simulator can simulate a dynamic infinite high-accuracy target, provide a forward moving target for the photochronograph detection of an aero camera, and simultaneously realize the drift action of the target, thereby realizing the dynamic resolution detection of the aero camera in the lab, greatly saving development and detection cost, improving work efficiency and shortening the development cycle.

The invention provides a touch panel and a dynamic control method thereof. The dynamic control method for a touch panel, includes the steps of: providing a dynamic resolution control circuit for configuring a touch panel to possess a first resolution and a second resolution; and providing an induced signal gain control circuit for configuring the touch panel to have a first gain corresponding to the first resolution, and a second gain corresponding to the second resolution, wherein, the resolution of the touch panel will change from the first resolution to the second resolution when an object is within a distance from the panel. In addition, the present invention further presents a touch panel system and a dynamic control method for adjusting the sensitivity of a touch panel.

A design structure for resolving the occurrence of livelock at the interface between the processor core and memory subsystem controller. Livelock is resolved by introducing a livelock detection mechanism (which includes livelock detection utility or logic) within the processor to detect a livelock condition and dynamically change the duration of the delay stage(s) in order to alter the “harmonic” fixed-cycle loop behavior. The livelock detection logic (LDL) counts the number of flushes a particular instruction takes or the number of times an instruction re-issues without completing. The LDL then compares that number to a preset threshold number. Based on the result of the comparison, the LDL triggers the implementation of one of two different livelock resolution processes. These processes include dynamically configuring the delay queue within the processor into one of two different configurations and changing the sequence and timing of handling memory access instructions, based on the specific configuration of the delay queue.

The invention relates to a method for structuring city traffic signal automatically organize rule based on fluid dynamics in the field of traffic project technology. The invention uses city traffic signal control system as traffic network processing, each intercross as intelligent body with auto collecting and processing function; each intercross possesses two suits of cell salve robot to achieve the dynamic resolution of each intercross traffic signal control; it uses the resemblance between traffic flow and fluid flow to introduce fluid dynamics to establish the balance model of traffic flow and sets city traffic signal automatically organize and control rule based on four phases switching at the same time; it sets traffic intercross phase quoting rule to achieve the real time resolution of traffic system signal model.

The present invention provides a method for testing dynamic resolution factor of image sensor and a system thereof, wherein the method comprises the following steps: providing dynamic image and dynamic coordinate in the dynamic image; and calculating the streaking length in the test image generated through collecting the dynamic image by the image sensor as the dynamic resolution factor of image sensor. The test method and system of the invention can measure the dynamic resolution factor of image sensor with a quantified mode for increasing the accuracy in detecting the dynamic performance of image sensor.

The invention provides an OLED (organic light emitting diode) pixel structure, a driving method, a driving circuit and a display device, and belongs to the technical field of display. The OLED pixel structure comprises multiple pixel units arranged in a matrix manner, wherein each pixel unit comprises multiple sub pixels in different colors, at least two sub pixels in each pixel unit share one compensating circuit, and the different sub pixels sharing the same compensating circuit are displayed respectively at different time periods of output of one frame of image. With the adoption of the technical scheme, the dynamic resolution of the display device can be improved, and the display effect is optimized.

An image pickup device picks up an image. An image signal in association with the image is filtered in a time axis direction using a digital low-pass filter to generate an image signal having a reduced dynamic resolution power, which is equivalent to an image signal that would be obtained at a longer exposure time. The filtered signal is then subjected to frame skipping processing to generate an output image signal having a preferred frame period. The resultant signal is equivalent to one obtained by a slow shooting.

A method of mass spectrometry is disclosed comprising automatically correcting the mass or mass to charge ratio resolution of a quadrupole mass filter or mass analyser one or more times during an experimental run or acquisition based upon a measurement, determination or estimation of the mass or mass to charge ratio resolution of one or more reference ions observed in a mass spectrum or mass spectral data acquired either during the same experimental run or acquisition or during a previous experimental run or acquisition.

The present invention relates to a method, system and computer program product for the predictive encoding of digital video sequences. The objectives of the invention are accomplished by dynamically determining the resolution of a current frame being encoded and outputting the determination. The determination process is based on statistical and coding information of a plurality of frames, including at least one previous frame and the current frame. Further, general encoding parameters and the encoding parameters of a current frame at a chosen resolution are determined, wherein the encoding parameter selection step takes into account the determination of the dynamic resolution determination step in determining the encoding parameters.

The present invention relates to a mobile terminal for controlling dynamic resolution, comprising: a display unit for receiving a user input for executing an application including a plurality of objects; a memory for storing setting information displaying, at a first resolution, a screen on the display unit; and a control unit for receiving information on a plurality of resolutions supported by the application, selecting a second resolution, which is the resolution of an execution screen on which the application is executed, on the basis of the first resolution and the plurality of resolutions, configuring the execution screen by synthesizing the plurality of objects with a system UI according to the second resolution, and up-scaling the configured execution screen according to a ratio of the first and second resolutions so as to display the up-scaled execution screen on the display unit. Therefore, dynamic resolution can be controlled.

A control apparatus is provided that can provide high dynamic resolution and is suitable for inclusion within an integrated circuit. The control apparatus receives a demand signal representing a desired value of a measurand, and a feedback signal representing a present value or a recently acquired value of the measurand. The processing circuit forms a further signal a further signal which is a function of the demand and feedback signals. The further signal is then subjected to at least an integrating function. The demand signal, feedback signal or the further signal is processed or acquired in a sampled manner. The use of such sampled, i.e. discontinuous, processing allows integration time constants to be synthesised which would otherwise require the use of unfeasibly large components within an integrated circuit, or the use of off-chop components. Both of these other options are expensive.

The quasi continuous or continuous angular resolution photoelectron spectrum analyzer comprises the vacuum chamber with sample bench for fixed handling of samples and electrical energy analyzer at one side of the sample bench, a laser at the entry of the vacuum laser, with the laser coming to the vacuum chamber lighting the sample on the bench, with photoelectron energy higher than 5 electro volt, with the emitted laser being quasi continuous or continuous. It can improve energy resolution ratio, dynamic resolution ratio, with the feature of highly efficient, simple and cheap.

An alignment method for high dynamic resolution imaging searches and detects features in an image and parameterizing the features. Then differently exposed images are compared by comparing the features. Additionally the method detects features in an image, performs shape adaptive filtering using scaling pyramids, determines trajectories, calculates a range of characteristics for each unit in the image, and compares characteristics of paired units to select or eliminate the pair. Paired unit characterization selects unit pairs, selects unit pairs by statistical analysis, performs cluster analysis, calculates alignment parameters, and performs additional correction of the alignment parameters. The brightness channel is used for objects detection.

The invention relates to a drawing method based on HTML5Canvas. The drawing method based on HTML5Canvas comprises the following steps that S1, a bottom layer (canvas) with the original size and an operation layer (canvas) with the size smaller than that of the bottom layer (canvas) are created; S2, covering the bottom layer (canvas) with an operation layer (canvas) according to preset offset data;S3, drawing an image on an operation layer (canvas), and recording an image drawing track; and S4, according to the image drawing track, re-drawing the image on the bottom layer (canvas) so as to complete drawing. Compared with the prior art, the method has the advantages that based on the dynamic resolution principle, the double-layer (canvas) is constructed, and the mouse or touch event is monitored on the smaller canvas on the upper layer so as to ensure the drawing fluency; and the drawing track of the upper layer is reproduced on the lower layer (canvas) so as to ensure the definition ofthe image.

An apparatus, method and system for dynamic resolution of secondary communication system resources for communications in a communication system. In one embodiment, an apparatus includes a processor and memory including computer program code. The memory and the computer program code are configured to, with the processor, cause the apparatus to receive an allocation of secondary communication system resources on a control channel of a primary communication system to enable communication in a secondary communication system. The secondary communication system resources are a function of unused primary communication system resources in the primary communication system.