47 results about "Digital master" patented technology

A method for receiving radio pulse signal includes applying high sampling rate ADC after frequency is mixed under orthogonality and applying flexible and match-correlated master plate being able to regulate adaptively and being set with different shifting positions in digital master plate-match.

A digital mastering system for processing digital image signals originating from scanned motion picture film includes a film scanner for scanning motion picture film and generating a stream of digital image signals corresponding to motion picture images, a color grading channel that pre-visualizes a certain “look” that can be applied to the digital image signals and a digital rendering channel that renders the digital image signals pre-visualized for a certain “look” into a digital master. The “look” includes the appearances produced by either a standard motion picture print film and/or adjustments applied to a standard appearance to obtain a creative effect. The color grading channel includes a parameter generator for storing parameters for a plurality of “looks”, a digital color grading processor for applying one or more selected parameters to impart a pre-visualized “look” to the digital image signals and a display device capable of reproducing the color graded signals. The digital rendering channel includes a digital rendering processor for applying one or more of the parameters selected by the parameter generator to the digital image signals in order to impart the rendered “look” into the digital image signals and a digital mastering device for producing a digital master from the rendered digital image signals.

A method for converting a sequence of electronically captured images into a sequence of modified images for providing the appearance of images captured by a film reproduction system. The film reproduction system being includes motion picture negative film printed onto a motion picture print film that is displayed, or a reversal motion picture system in which the reversal film is displayed, or a motion picture film electro-optically scanned to standard format video by a telecine and further displayed, or a motion picture film electro-optically scanned by a scanner suitable for producing digital data intended for additional digital image manipulation. A digital master is prepared from the aforementioned film formats for electronic distribution or recording out to another film to be used as a printing master for producing distribution optical prints for theatrical projection.

A distributed clock circuit for clocking high speed data at various different physical locations on a chip while improving setup and hold times. The clock circuit includes a master delay lock loop (DLL) circuit configured to lock a global clock signal with a first data signal, and output a clock delay control signal when the global clock signal is locked. The clock circuit further includes one or more slave DLL circuits, coupled to receive the clock delay control signal to lock a local clock signal with a local data signal, wherein the local clock signal is based on the global clock signal.

To reduce errors introduced by a scanner, an unmarked, digital master document may be generated and stored in digital form so that subsequent scanning of the document is unnecessary to place it in digital form for comparison to a marked version of the document. Additionally, regions or fields, rather than the entire digital master document, may be individually created, stored, and subsequently used for comparison to corresponding portions of a marked version. Further, test targets or patterns may be inserted into the content of a digital master document. Characteristics of image quality degeneration and distortion can be extracted from printed versions of the test targets or patterns and used to effect closed loop control to digitally reduce image quality degeneration caused by the scanner.

A method for determining digital video data includes receiving digital data comprising a plurality of digital images, wherein each digital image is encoded in a first color space, determining a plurality of color-graded digital images in response to the plurality of digital images and in response to color grading input data, wherein each color-graded digital image is encoded in a second color space, and wherein the second color space is associated with HD video, encoding each color-graded image with a compression encoding substantially independent of integer pixel translation of the plurality of color-graded digital images to form encoded image data package, storing the encoded image data package in a tangible media, and determining the digital video data for a video display device in a remote server in response to the encoded image data package.

A method for converting a sequence of scan-only film captured images into a sequence of modified images that provide the appearance of images captured by a photographic film reproduction system; the photographic film reproduction system being includes photographic motion picture negative film printed onto a motion picture print film that is displayed, or a reversal motion picture system in which the reversal film is displayed, or a photographic motion picture film electro-optically scanned to standard format video by a telecine and further displayed, or a photographic motion picture film electro-optically scanned by a scanner suitable for producing digital data intended for additional digital image manipulation and further preparation as a digital master for electronic distribution such as digital theatrical projection or various types of broadcast video; or recorded out to another photographic film to be used as a printing master for producing distribution optical prints for theatrical projection.

A method for performing duty-cycle correction of an output clock in a Double Data Rate (DDR) system includes: setting a fixed delay of a rising-edge of the output clock as a parameter X which is equal to a digital Master Delay Locked Loop (MDLL) code of the DDR system multiplied by a percentage representing an estimated distortion of the duty-cycle of the output clock from a desired duty-cycle; shifting the rising-edge of the output clock by the fixed delay; and determining whether a duty cycle of the shifted output clock meets the desired duty-cycle. When a duty-cycle of the shifted output clock meets the desired duty-cycle, the fixed rising-edge delay is taken as a final delay code for the output clock; otherwise, a falling-edge of the output clock is shifted by an amount in a range between 0 and NX, wherein N is an integer.

The invention discloses a method for judging monitoring behavior reliability of a digital master control room operator in a nuclear power plant. The method includes the steps: dividing each monitoring information source into a plurality of monitoring nodes according to the monitoring process of a digital master control room by the operator in a monitoring task; respectively determining time windows for monitoring behaviors of the monitoring nodes; determining the sequence of transferring the monitoring behaviors of the monitoring nodes by the operator according to the time windows for the monitoring behaviors; calculating the monitoring success probability of the monitoring nodes; and judging whether monitoring behaviors of the digital master control room operator in the nuclear power plant are reliable or not according to the monitoring success probability. By dividing each monitoring information source in the monitoring task, a mathematical model for the monitoring behaviors and monitoring transfer is built, the monitoring success probability of the monitoring nodes can be quantitatively calculated, and the monitoring behavior reliability of the digital master control room operator in the nuclear power plant can be finally judged.

An electronic method and system for improving radiologists' efficiencies when viewing radiology procedures and rendering diagnosis in a manner that emulates current methods and apparatus. The method of the present invention includes reviewing electronic radiology images and reports contained in a patient's digital master folder (an information object invented to manage the patient's radiology information), comparing images from the current procedure to specific images from prior procedures in a specified order, and dictating the procedure's diagnosis into the digital master folder. The apparatus of the present invention includes a flat panel monitor for the viewing and manipulation of digital master folders, a dictation trackball device for manual and voice enabled operation and navigation of the system, and multiple high-resolution computer monitors functioning as a “light-box” for the viewing of radiology images.

The invention discloses a human factor reliability analysis method for an operator of a digital master control room of a nuclear power station. The invention discloses a human factor reliability analysis method, which relates to the technical field of human factor engineering, and comprises the following steps of: step 1, determining that the dynamic cognitive process of an operator of a digital master control room of a nuclear power station under an accident comprises three cognitive stages of monitoring, decision making and execution, and representing the human factor reliability by the sumof the error rates of the three cognitive stages; step 2, defining an error rate relational expression of each cognitive stage by adopting an exponential structure; step 3, determining influence factors of each cognitive stage in the step 2 and weights of the influence factors at different grades; and step 4, determining a correction coefficient of each cognitive stage in the step 2. According tothe human factor reliability analysis method for the operator of the digital master control room of the nuclear power plant, the digital master control room of the nuclear power plant is taken as thebackground, the human factor reliability analysis method for the operator based on the PSFs weight is provided, the human factor reliability of the accident execution process of the operator can be improved, and errors are reduced.

A personnel reliability analysis method suitable for a digital main control room, characterized in that it includes the following steps: Step S1: determine the error probability of basic personnel in diagnosis and the error probability of basic personnel in execution; step S2: determine the performance influencing factors of the digital main control room and level; Step S3: Determine and select the adjustment factor of the performance influencing factor of the digital main control room; Step S4: Calculate the error probability of diagnostic personnel and the error probability of executive personnel respectively; Step S5: Calculate the final error probability of personnel.

A system for facilitating grading of handwritten sheets is disclosed. Accordingly, the system may include a communication device configured for receiving at least one digital answer sheet from at least one student device, receiving at least one digital master sheet from at least one evaluator device, and transmitting at least one grade to at least one of the at least one student device, and the at least one evaluator device, a processing device configured for determining at least one of a student hand-script and an evaluator hand-script based on analysis of the at least one digital answer sheet and digital master sheet respectively, comparing the at least one student hand-script with the at least one evaluator hand-script, and assigning the at least one grade to the at least one digital answer sheet based on the comparing, and a storage device configured for storing the at least one grade.

A construction method of a nuclear power station digital master control room human factor database relates to the technical field of databases and comprises the following steps of 1, determining humanfactor accident data sources including accident report data, simulation experiment data and expert judgment data; 2, filtering, converting, classifying and loading the data source; 3, establishing ahuman factor accident data table and an influence factor data table; 4, determining a scheduling method of data in human factor analysis of the digital master control room of the nuclear power station, firstly sending a task request, and updating dynamic factor values in the human factor accident data table and the influence factor data table; matching the task type, and searching a correspondingdata table from the human factor accident data table and the influence factor data table; and finally, extracting related factors and values from the matched and searched data table, and putting the values of the factors into corresponding function analysis methods. The method can provide a perfect and accurate data human factor database for analyzing the human factor reliability of the digital master control room of the nuclear power station.