121 results about "Class Code" patented technology

This invention relates in general to a system and method for business-to-business buying, selling, sourcing and matching of products and services across multiple business partners over the Internet. The invention covers an internet based solution comprise of: 1) business partner registration, 2) buying and selling processing, 3) matching of codes, 4) conversion of EDI transactions, 5) sourcing / offering of products / services and 6) electronic documents processing. The invention provides: 1) support on EDI technology conversion into Rosettanet technology, 2) enhancements to Rosettanet technology so that code matching is possible for companies with or without support on GTIN, DUNS, ISO, UN / SPSC and other globally set codes, 3) an intermediary infrastructure for consolidation and standardization of business data across multiple electronic business applications (EBAs) and platforms with or without manufacturer part number (MPN) and customer part number (CPN) support, 4) a conversion mechanism where internet published auctions and reverse auctions are converted into sales quotations (SQs) and request for quotations (RFQ) respectively, 5) a solution to extract data from various EBAs, interface, update, match and store codes such as company codes, product / service codes, currency code, unit of measure code, country code and class code from globally defined codes and business partner defined codes and 7) a sourcing / offering mechanism where it detects potential suppliers and buyers based on the calculation logic described on FIGS. 21 and 22.

An object oriented mechanism is disclosed that allows class replacement that is based on a specified processing context by replacing existing configuration data with new configuration data within an existing object oriented program. The configuration data is preferably stored in a data structure external to the class definitions to allow modifying the classes without re-compiling the class code. The configuration data includes multiple entries, where each entry is a key-value pair. The key includes information relating to the processing context, and the value includes information relating to the class that corresponds to the key. When an instance of a class needs to be created, the context information is retrieved, a key is generated from a combination of the class information and the context information, and the context-sensitive key is used to retrieve the corresponding class configuration data from the data structure that specifies a particular class. An object that is an instance of the specified class is then created. By generating a key that is context-specific, configuration data for a class can be scoped to a particular processing context, thereby providing context-based class replacement.

Disclosed are methods and apparatus for efficiently setting up and maintaining a defect classification system. In general terms, the setup procedure optionally includes automatically grouping a set of provided defects and presenting a representative set from each defect group to the user for classification. After the initial manual classification of the representative defects, the setup procedure includes an automatic procedure for classifying the non-reviewed or unclassified defects based on the manual class codes from the user-reviewed defects. After the automatic classification operation, the user may also be presented with defects from each class which may require re-classification. In particular embodiments, the user is iteratively presented with defects which have classifications that are suspect, which are near classification boundaries, or have classifications that have a low confidence level until each class is pure or contains a same type of defect classes as assigned by the user.

An inspection device for photomasks and products fabricated using the same, capable of reducing the time from inspection to repair. A reference data generator generates reference data that is based on design data and includes sensitivity class codes that differentiate designated pattern functions such as signal lines and power supply lines by means of inspection sensitivity. Then an inspection sensitivity setter allocates the desired inspection sensitivity for each sensitivity class code. An image acquiring unit photographs a subject of inspection (e.g., photomask or wafer), and a comparator detects a defect by comparing the photographed image with the reference data. When a defect is found, a reference data extractor extracts the region of the reference data that corresponds to the defect location. A defect registration determinator refers to the sensitivity class codes for the region and determines whether to register the defect. This reduces the number of defects that are registered.

Upon the start of a free game, a processor classifies symbols positioned on reels into an alphabetical character symbol group and an illustrated symbol group. Also, the processor changes the background color of the symbols into red or blue, with respect to each group. Meanwhile, the processor accepts betting for a side bet. After that, the processor repositions fifteen symbols positioned at the free game so as to make the symbols of the same group adjacent to each other. A second prize is awarded if the group selected at the side bet matches the group to which the largest number of symbols is classified among the groups to which the positioned symbols belong.

A receiving processing unit receives identical SD pictures transmitted a plurality of number of times, and performs addition for weighting an SD picture stored in a storage and the received SD pictures. The receiving processing unit stores the obtained values as a new SD picture in the storage. A picture-quality determining unit determines the picture quality of the new SD picture stored in the storage, and based on the determined picture quality, a request-signal transmitting unit requests class codes representing classes obtained by classifying the pixels of an HD picture in which the quality of an SD picture is increased. A receiving-control unit receives class codes which are transmitted in response to the request, and based on the SD picture and the class codes, an adaptive processing unit calculates predicted values of an HD picture corresponding to the SD picture.

An image signal generated by a CCD image sensor is processed by the block-generating section 28 provided in an image-signal processing section 25. A class tap and a prediction tap are thereby extracted. The class tap is output to an ADRC process section 29, and the prediction tap is output to an adaptation process section 31. The ADRC process section 29 performs an ADRC process on the input image signal, generating characteristic data. A classification process section 30 generates a class code corresponding to the characteristic data thus generated and supplies the same to an adaptation process section 31. The adaptation process section 31 reads, from a coefficient memory 32, the set of prediction coefficients which corresponds to the class code. The set of prediction coefficients and the prediction tap are applied, thereby generating all color signals, i.e., R, G and B signals, at the positions of the pixels which are to be processed.

A storage picture generating unit (191) weight-adds an input picture and a storage picture to reduce the noise in a still picture portion. An area extraction unit (193) extracts a class tap from the input picture, while extracting a block from each of the input picture and the storage picture. A feature value detection unit (194) detects the dynamic range and the results of the waveform analysis from the class tap, while detecting the still / moving information of the subject pixel from the block. A class code detection unit (195) generates a class code which is based on the feature value. A table (196) outputs to an estimation calculating unit (198) sets of the prediction coefficients held by the table and which are associated with the class code. An area extraction unit (197) extracts prediction taps from the input picture and the storage picture. Using the sets of the prediction coefficients and the pixel information from the area extraction unit (197), the estimation calculating unit (198) sequentially generates pixel values y of an output picture.

The application discloses a class loading and isolating method and apparatus in a Java application. A plurality of component package required to be isolated and loaded are pre-stored in a first specified directory of an isolation container; information of classes required to be exported by corresponding components is stored in a second specified directory of each component package; and classes and class codes of dependent items in the components are stored in a third specified directory. The method comprises: receiving a starting instruction; analyzing each component package in the first specified directory; by taking the third specified directory of each component as a class path, creating a class loader for each component; for each component, loading the class required to be exported in the component by using the corresponding class loader; and exporting the class required to be exported into a running environment in which a third-party application is located. Through the class loading and isolating method and apparatus, it is not required to consume excessive system resources and labor and time costs for dynamic realization while the modularization is realized.

A content addressable memory (CAM) device comprising a plurality of CAM blocks and a block control circuit. The plurality of CAM blocks each includes an array of CAM cells to store data words and an array of priority number storage circuits to store priority numbers. Each priority number indicates a priority of a respective one of the data words relative to others of the data words. The block control circuit has an input to receive a class code and circuitry to output a plurality of select signals to the plurality of CAM blocks. Each select signal selectively disables a respective one of the plurality of CAM blocks from participating in a compare operation according to the class code.

The present invention provides systems and methods for communication system control utilizing corrected forward error correction (FEC) error location identifiers in multi-level modulation scheme systems. The present invention utilizes precise error correction information, available for each FEC block of a particular code (including, but not limited to, block codes and concatenated block codes employing iterative decoding as well as convolutional codes (including turbo codes) and low-density parity-check code (LDPC) class codes) used (e.g., Bose, Ray-Chaudhuri, Hocquenghem (BCH), Reed-Solomon, etc.), as a result of the FEC decoding process to provide feedback to close the loop for control of a demodulator (i.e., receiver). Each error location can be uniquely traced back to a particular sub-rate signal path, with running, post-FEC corrected BER (bit error rate) calculations generated on each sub-rate signal. Advantageously, this provides the ability to adjust thresholds and various other parameters to achieve and maintain error-free operation quickly.

A estate evaluating system of automobile vehicles, it is classifying the vehicles various parts extant condition such as breakdown into a special tree-form delamination, and endue the corresponding code to form the evaluating code of the system special disciplinarian: the classified code-the second-class code-the parts code-the estate code-the fault code-the position code or the classified code-the parts code-the scathing estate code-the scathing grade code-the scar code-the position code, that may record the estate of the second-hand automobile normatively, impersonally and scientifically, memorize and long-range send the estate code of the vehicles, demand the text explanation of the vehicle estate by the code that is convenient for the unified evaluating standard and scientific fix the price for the league shops of the second-hand vehicles.

Systems and methods for presenting multiple insurance quotations. In an embodiment, a request for insurance, comprising class code(s), is received from a business-user. The request for insurance is communicated to agent-users, and quotations are received from the agent-users. Each quotation comprises, for each class code, a rating basis and a net rate. A user interface for analyzing the quotations is provided to the business-user. Specifically, the user interface comprises information for the quotations in a grid comprising cells arranged in both a vertical and a horizontal direction, with each quotation represented in a first direction, and each class code represented in a second direction. For each quotation and for each class code, cell(s), corresponding to the quotation and the class code comprise the rating basis, net rate, and an insurance premium amount for the class code.

The present invention relates to a guiding code for coding and networking articles and commodities. When it is used in the electronic or digital identification code and additional plane identification code or bar code for making network transmission an identification symbol formed from digital symbol or character symbol or ideographic symbol or their combination, for example country code in ITU-T-E164 and area code defined by every country or article and commodity class code as digital code or character code with specific definition of guiding code can be embedded so as to solve various problems of global trade process.

The present invention relates to a signal processing system, a signal processing apparatus and method, a recording medium, and a program in which high frequency components of a narrow-range signal having suppressed high frequency components can be restored with high accuracy. A narrow-range audio signal having low frequency components is divided into frames by a frame-unit dividing unit 11, and is spectral-transformed into a signal on a frequency domain by a DCT transform unit 12. A learning-produced-data table 14 extracts, at an address corresponding to a class code supplied from a classifying unit 13, high-frequency-component DCT spectrum data. In a spectrum combining unit 16, the extracted high-frequency-component DCT spectrum data is combined with low-frequency-component DCT spectrum data output from the DCT transform unit 12. Subsequently, a broad-range audio signal having combined high frequency components and low frequency components is output. The present invention can be applied to cellular phones.

A content addressable memory (CAM) device having a plurality of CAM blocks and a block selection circuit. Each of the CAM blocks includes an array of CAM cells to store data words having a width determined according to a configuration value. The block selection circuit includes an input to receive a class code and circuitry to output a plurality of select signals to the plurality of CAM blocks. Each of the select signals selectively disables a respective one of the plurality of CAM blocks from participating in a compare operation according to whether the class code matches a class assignment of the CAM block.

A hierarchical database, in which a lower class inherits to a property of an super class, having a class code for each class to identify the class, includes a first classification system having a regular class, and a second classification system having the regular class and a synonymous class referring to and using the regular class of the first classification system, wherein the synonymous class has an identification information to identify it is the synonymous class, a class code of the synonymous class, and a class code of the regular class of the first classification system to which the synonymous class refers.

The present invention relates to an apparatus for processing an image signal etc. that are well applicable to removal of coding noise from, for example, an image signal. Based on five consecutive frames of an image signal Va, a memory portion 121 outputs as pixel data xi of predictive taps plural items of pixel data located in a space directional and time directional peripheries with respect to a target position in an image signal Vb. In the case, frames before and after a current frame are subjected to motion compensation by using a motion vector. A class classification portion 124 obtains a class code CL indicating a class to which pixel data of the target position in the image signal Vb belongs, by using the pixel data xi and motion vectors BWV(0), BWV(−1), FWV(0), and FWV(+1). A calculating circuit 126 obtains pixel data y of the target position in the image signal Vb based on an estimation equation by using the pixel data xi and coefficient data Wi that corresponds to the class code CL.

The invention discloses an optimization method of a data base. The optimization method comprises the following steps: obtaining class information of a virtual machine before loading, and analyzing the class information to ensure data base drive class information of the class information; weaving a first code and a first operation class code into the data base drive class information; obtaining data base operation statements according to the first code and the first operation class code which are weaved; and optimizing the data base according to data base operation statements. The method can intercept the data base operation statements under the condition of no invasion, and further optimizes the data base according to the data base operation statements obtained by being intercepted, so that the performance of the data base is improved.

A sequence of motion images including a scene of interest is zoomed up and displayed smoothly at a specified arbitrary playback speed. Pixel data of taps corresponding to each pixel of interest in each unit of pixel block of an output image signal to be generated is extracted from an input image signal, and a class code is determined based on the extracted pixel data. Based on coefficient seed data of the class and spatial paramters, image quality parameters, and a frame phase of the pixel of interest, a coefficient generator generates coefficient data of the class for use in calculation of pixel data of each pixel of interest. A processing circuit calculates pixel data of the pixel of interest in accordance with a prediction equation using tap data corresponding to the pixel of interest, and the coefficient data corresponding to the class code read from a memory.

An image processing device includes: a smoothing section configured to extract a smoothing tap and smooth a target image on the basis of pixel values within the tap, the smoothing tap being of variable size and including plural pixels centered on each target pixel of the image; a class tap extracting section configured to extract a class tap including plural pixels centered on each target pixel in the smoothed image; a class code determining section configured to generate a code corresponding to a characteristic of variation of pixel values within the class tap, and determine a class code including a size of the smoothing tap and the code; and a pixel value computing section configured to read tap coefficients corresponding to the determined class code, and multiply pixel values forming a prediction tap extracted from the smoothed image, by the tap coefficients to calculate pixel values of a processed image.

The invention relates to a construction method and device of a multi-source heterogeneous SQL query engine. The construction method of the query engine comprises the following steps: S1, analyzing metadata of a data source and loading a memory; S2, converting and packaging the SQL grammar corresponding to the data source to obtain a directed acyclic graph class SqlNode, and verifying the SqlNode according to the metadata; S3, cutting the SqlNode to obtain an abstract program Extrace, taking a root node of the SqlNode to form a to-be-executed Sql grammar, and then selecting a corresponding calculation engine; S4, generating java codes required by calculation engine rules on the basis of an abstract program Extrace, and loading the java codes into a memory container; and S5, traversing and optimizing the java code generated in the previous step, converting the java code into a class code, executing the class code, performing data encapsulation, and loading an obtained data result into amemory. According to the invention, the associated query analysis of multi-source heterogeneous data is realized, and the rapid access query analysis requirements of various data sources in a big datascene can be met.

The invention discloses a method for automatic generation of test cases. The method includes the steps of creating a database structural table according to a received instruction and then acquiring information of the database structural table; according corresponding relation between the information of the database structural table and sql (structured query language) statements, converting the information of the structural table into sql statements to form sq1 test data; extracting a preset fixed template, adding the sql test data and the information of the database structural table to the fixed template to generate corresponding test cases; carrying out JAVA entity-class code tests according to the generated test cases. The invention further discloses a device and equipment for automaticgeneration of test cases and a readable storage medium. With the method, device and equipment and the readable storage medium, developers' work of writing codes can be simplified, code development time is shortened, code development efficiency is improved, and code writing and testing efficiency is improved.

A receiving processing unit receives identical SD pictures transmitted a plurality of number of times, and performs addition for weighting an SD picture stored in a storage and the received SD pictures. The receiving processing unit stores the obtained values as a new SD picture in the storage. A picture-quality determining unit determines the picture quality of the new SD picture stored in the storage, and based on the determined picture quality, a request-signal transmitting unit requests class codes representing classes obtained by classifying the pixels of an HD picture in which the quality of an SD picture is increased. A receiving-control unit receives class codes which are transmitted in response to the request, and based on the SD picture and the class codes, an adaptive processing unit calculates predicted values of an HD picture corresponding to the SD picture.

The invention discloses a data access method of an Oracle relation database based on the program call interface, which includes four steps: the field information of the target data table is acquired; the key value class and the content class data are obtained through mapping; the operation class code of the target data table is generated through the program call interface; the data of the target data table of the database is accessed. The key value class, the content class data and the operation class code are generated by the automatic tool software; the operation class code is generated on the basis of the bottom Oracle call interface (OCI) of the Oracle relation database so that the operation class code has good generality and portability, operates in various operating systems, supports the C / C++ language mapping and has high running efficiency; the operation class code generates the encapsulated reusable codes for the common database operation and adopts the same access method towards all the target databases so that the operation difficulty is lowered greatly and the programming efficiency is improved.

The present invention provides systems and methods for communication system control utilizing corrected forward error correction (FEC) error location identifiers in multi-level modulation scheme systems. The present invention utilizes precise error correction information, available for each FEC block of a particular code (including, but not limited to, block codes and concatenated block codes employing iterative decoding as well as convolutional codes (including turbo codes) and low-density parity-check code (LDPC) class codes) used (e.g., Bose, Ray-Chaudhuri, Hocquenghem (BCH), Reed-Solomon, etc.), as a result of the FEC decoding process to provide feedback to close the loop for control of a demodulator (i.e., receiver). Each error location can be uniquely traced back to a particular sub-rate signal path, with running, post-FEC corrected BER (bit error rate) calculations generated on each sub-rate signal. Advantageously, this provides the ability to adjust thresholds and various other parameters to achieve and maintain error-free operation quickly.

The invention discloses a code fragment adding method and device. The method includes: determining a plurality of to-be-added code files; adding the to-be-added code files to a target folder; traversing the to-be-added code files in the target folder, and sequentially converting the to-be-added code files into a plurality of marking class code files; applying one or more of the marking type code files to to-be-applied class files, wherein the to-be-applied class files are files applying the marking type code files; adding one or more of the to-be-added code files into the to-be-applied class files according to the applied marking class code files. By the method, the problem that the prior art for adding the marking class files to code fragments is low in efficiency is solved.

The invention discloses an automatic generation realizing method and an automatic generation realizing device for entity classes. The method comprises the steps of deploying a configuration document including field data information of a plurality of entity classes; reading and parsing the configuration document when an information system is started, and storing the name information of the parsed entity classes and the corresponding field data information into an entity information management interface; acquiring a user input, and transmitting the names of the corresponding target entity classes to an entity information management interface; acquiring the field data information of the target entity classes according to the names of the target entity classes by the entity information management interface, compiling class codes after the class codes are generated by at least one entity class rule, acquiring non-parameter constructors of the entities after the compiling, and executing the non-parameter constructors to generate and return a target entity object. By adopting the invention, a developer does not need to generate the entity classes by manual compiling or a third party tool, therefore the working efficiency of the developer can be improved.