8results about How to "Avoid matching errors" patented technology

A configuration command lookup method, measuring instrument, test system, and program product are disclosed, relating to the field of electronic test and measurement instrument technology. The configuration command lookup method, applied to a measuring instrument, includes: acquiring pre-stored function association mapping information, which includes multiple parameter status items of the measuring instrument and their corresponding parameter identifiers; responding to a configuration operation performed by a user; acquiring parameter status items that have changed during the configuration operation, and determining the parameter identifier corresponding to the changed parameter status item based on the function association mapping information; acquiring a pre-stored parameter mapping table, which includes each parameter definition item in the measuring instrument, its corresponding configuration command, and parameter identifier, wherein the parameter identifier corresponding to the parameter definition item corresponds one-to-one with the parameter identifier of the parameter status item; searching for the parameter identifier of the changed parameter status item in the parameter mapping table, and determining the configuration command for the changed parameter status item based on the parameter identifier.

The application relates to the technical field of vehicle part maintenance, in particular to a vehicle part matching method and system based on VIN code analysis, which comprises the following steps: a VIN code analysis module is used for segmentally analyzing the VIN code of a vehicle to be matched, and vehicle configuration information with ambiguity eliminated is generated; a part matching module is used for matching candidate part configuration information sets in an engineering database according to a candidate part matching strategy; an assembly constraint checking module is used for screening out unusable parts that do not satisfy preset reference conditions according to an assembly constraint checking strategy, and obtaining available configuration information sets; a part assessment module is used for analyzing historical maintenance, engineering change frequency and vehicle consistency data of the vehicle according to a confidence assessment strategy, and determining the confidence weight of the available configuration information sets; and a part matching output module is used for analyzing the confidence weight value according to a matching result output strategy, and generating part matching information. The application has the effects of reducing VIN code configuration ambiguity caused by engineering changes and improving part matching accuracy.

The application relates to an interrupt verification method and device, computer equipment, a chip and a chip module, which can be used in the technical field of processors. The method comprises the following steps: performing comparison processing on first log information and second log information; in the process of comparison processing, if an interrupt occurrence identifier is detected from the first log information, the comparison processing is paused, and interrupt processing information executed by a processor to be verified is checked; if an interrupt processing information checking result is obtained, the comparison processing is resumed according to interrupt breakpoint information corresponding to the interrupt occurrence identifier; and an interrupt verification result of the processor to be verified is determined according to a comparison result of the comparison processing and the interrupt processing information checking result. The method can improve the accuracy of interrupt verification.

The application discloses a kind of building object extraction method, system, equipment and storage medium of remote sensing image, the method includes: building detection is carried out to remote sensing image into target detection network, obtains multiple initial contours;The contour feature vector of each initial contour is input into contour optimization network to carry out vertex prediction, obtains multiple vertex offset of each optimized contour;The feature map of remote sensing image is processed by contour attention module to obtain each vertex weight coefficient;According to each original vertex coordinate, each vertex offset and each vertex weight coefficient, multiple vertex target coordinates of each optimized contour are obtained by coordinate iteration formula;Building object is extracted from the remote sensing image based on multiple vertex target coordinates.The application is divided into multiple initial contours according to detection frame, introduces edge attention module in contour optimization stage, adjusts the weight of each vertex of each initial contour in regression process, realizes the accurate extraction of building object from remote sensing image.

The present application relates to a kind of phytoplankton imaging flow trait analysis method and system, wherein the method comprises: the single particle image exported by imaging flow cytometry equipment is defined as a phenotype object to be analyzed;From the JPEG annotation section of single particle image, corresponding optical signal field of phenotype object is obtained by byte analysis;Phytoplankton target region segmentation is carried out on single particle image, and phytoplankton target mask is obtained;The two-dimensional morphological characteristics of phenotype object are calculated based on phytoplankton target mask;Two-dimensional morphological characteristics and optical signal field are bound in corresponding phenotype object, and event-level morphological-optical fusion trait vector of phenotype object is generated, and event-level morphological-optical fusion trait vector is output.Using the present application, image morphological information and optical property information are synchronously acquired and fused from the same data source, and the acquisition efficiency of phytoplankton single particle comprehensive characteristics is improved.

The application provides a feature matching method and system based on multi-source heterogeneous data of intelligent terminals, and relates to the technical field of wireless communication. The method comprises the following steps: a target terminal acquires wireless network measurement records and motion state records, and respectively associates time markers; an environment fingerprint formed by at least two types of statistical quantities is generated based on the wireless network measurement records, which is used to indicate the wireless scene characteristics of the observation position; within a continuous time window, a continuity parameter is generated based on the motion state records to represent the motion continuity between records; data objects carrying time markers and associated with the environment fingerprint and the continuity parameter are combined in pairs to form candidate object pairs, and the candidate object pairs come from different modalities or different terminals; based on the environment fingerprint and the continuity parameter, a matching determination is made according to the time markers, and a target matching pair satisfying a predetermined determination rule is output; and the application can improve the accuracy and stability of cross-source data matching in a dynamic indoor scene.

The application discloses a charging port assembly, which comprises a charging port unit and a charging breathing lamp, wherein the charging port unit comprises a mounting panel and a charging port component, the charging port component and the charging breathing lamp are arranged on the mounting panel, the charging port component is integrated with an alternating current charging port and a direct current charging port, and the charging breathing lamp is configured to output corresponding light signal prompts according to different charging states. The charging port assembly has the advantages that the charging port component is integrated with the alternating current charging port and the direct current charging port which meet the CCS2 standard of the European Union, thereby forming a charging port meeting the European standard; the long strip charging breathing lamp is designed, and corresponding charging breathing strategies are designed; the breathing effect is displayed during charging, so as to prompt the charging state of the user and improve the functional integration degree. The application further discloses a vehicle.

The application discloses a kind of composite detection modeling method and device based on millimeter wave radar and single-photon camera, the method includes: millimeter wave radar is placed on mobile mechanism, and mobile mechanism and millimeter wave radar are time matched;Mobile mechanism drives millimeter wave radar to scan target area, obtains mobile mechanism position data sequence and its corresponding time data sequence and millimeter wave radar linear scanning data sequence and its corresponding time data sequence;Determine the mobile mechanism position data sequence corresponding to millimeter wave radar time data sequence;With millimeter wave radar linear scanning data sequence fusion is discrete three-dimensional space coordinates, generates the three-dimensional data of target area;Based on single-photon camera, obtain the single-photon image of target area;Fusion target area three-dimensional data and single-photon image, obtain the three-dimensional model and texture feature of target area.The application can complete the three-dimensional modeling and texture feature acquisition of target area in dense fog state.