42 results about "Error processing" patented technology

The invention provides a high and low temperature data processing method for a storage device, and the method comprises the steps: recognizing a temperature difference between a write-in temperature associated with LBA corresponding data in an LBA space and a current temperature in a background inspection task; when the LBA of which the temperature difference between the write-in temperature associated with the data and the current temperature is greater than a preset threshold value is identified, moving effective data in a physical block or a large block where the data corresponding to the LBA is located to other idle physical blocks or large blocks; and recording a current temperature as a write temperature associated with the migrated valid data in the idle physical block or large block in association with the migrated valid data. According to the method, the existence of the error data can be recognized and corrected in advance through background inspection, so that the error processing process is initiated in advance, and the error processing delay is dispersed in a larger time range to inhibit the read data performance jitter, ensure the error processing efficiency and reduce the probability that a user perceives the read data performance jitter.

This invention discloses a method, apparatus, and electronic device for handling application layer errors in an operating system, comprising: obtaining the build status of the operating system; performing error checks on the application layer by calling multiple application programming interfaces (APIs) based on the build status to obtain error identifiers; determining the error type of the application layer based on the error identifiers; determining whether to enable a pre-configured error log based on the error type; if so, obtaining error information by enabling the error log; determining the interface information of the API that caused the error during the call based on the error information through a preset interface; and handling the operating system application layer error based on the interface information of the API. This invention improves the efficiency and accuracy of operating system application layer error handling by centrally processing operating system application layer errors through calling multiple APIs.

The invention discloses a method for measuring and verifying the size of a building construction horizontal member, and relates to the field of building construction.The method comprises the steps that data of the horizontal member are collected and transmitted to an intelligent processing terminal through Bluetooth, and the intelligent processing terminal preprocesses the data of the horizontal member; the intelligent processing terminal transmits the preprocessed data to the verification module, the verification module compares and analyzes the data, the data are optimized by removing the horizontal component data which are obviously wrong and exceed a reasonable range and supplementing the missing horizontal component data, the data error is reduced, and the data processing efficiency is improved. And finally, the error data is transmitted to a processing module for error processing and a report is generated, accurate size measurement and error analysis are realized by combining a measurement tool and data preprocessing, and the measurement precision of the method is relatively high and is close to reference data of a total station.

A control method for error handling in a controller, a storage medium thereof, the controller, and a storage device. The controller is used in a first device capable of linking a second device in accordance with an interconnection protocol. The control method includes the steps of: processing, by the controller, first error information by sending a negative acknowledgement control message to the second device in accordance with the interconnection protocol, wherein the first error information indicates a first error that occurred when the controller performs data reception at a protocol layer in accordance with the interconnection protocol; and setting error handling state data to indicate that error handling is declared for the first error information, so that the controller does not handle a sequence number error that occurs after the first error until the error handling state data is set to indicate that the error handling is undecleared.

The application provides a work order processing method and device, the method comprising: obtaining work order data; extracting fault information from the work order data to obtain the fault information; matching the fault information with work order instances in a previously established fault feature database to obtain matched work order instances; wherein the fault feature database is established based on work order instances and corresponding processing strategies; and calling the corresponding processing strategies and executing according to the matched work order instances. The application extracts fault information from the obtained work order data to clearly define the core content of the fault, remove irrelevant information interference, improve the accuracy and efficiency of subsequent processing, matches the extracted fault information with work order instances in the fault feature database to quickly locate the verified processing strategy corresponding to the matched work order instances, improves the accuracy of work order processing, reduces the possibility of incorrect processing, reduces the time and cost of starting from scratch to analyze and solve problems, and improves the speed and success rate of fault processing.

The invention provides a method for extracting CAD format measurement data, and relates to the field of engineering measurement. The method comprises the following steps: S1, analyzing a CAD file; s2, identifying layer semantics and carrying out adaptive matching on the layer semantics; s3, determining the priority of a dynamic layer and resolving conflicts; s4, performing duplicate removal operation; s5, performing parameter configuration and partition extraction operation; s6, error traceability and grading correction operation are carried out; and S7, performing data verification and generating a report. The method has the beneficial effects that a weighted summation method is used for solving a comprehensive score to determine a target layer, and meanwhile, manual work is combined, so that the accuracy can be ensured while the processing efficiency is improved; the method has the advantages that the CAD content in the same project can be completely extracted by the aid of the deduplication and increment extraction operations, accordingly, resource waste can be greatly reduced, and the efficiency can be improved; and through grading error correction, the error processing time is reduced while the correction precision is ensured.

The application discloses a land surveying and mapping data management method and system based on data error analysis, relates to the technical field of data processing, and comprises the following steps: determining management target position information, constructing a surveying and mapping data tower, a backtracking data tower and a personnel archive tower; acquiring original data and storing the original data into the surveying and mapping data tower; performing error analysis on the original surveying and mapping data to obtain relevant information; performing hierarchical processing on the data based on the result and storing the data; storing error analysis process information into the backtracking data tower; and reconstructing data rings to obtain a standard surveying and mapping data tower. The system comprises acquisition, management, data processing and display modules, the management module comprises data tower construction, management and reconstruction units, and the data processing module comprises error processing, hierarchical processing and error screening units. The method has the advantages that the whole process control from original data acquisition to standard data generation is realized by constructing multi-dimensional data towers and combining error analysis and hierarchical processing, and the data reliability and traceability are improved.

The invention discloses a three-dimensional building model checking method and device, equipment and a storage medium. Comprising the following steps: constructing a three-dimensional building model, and determining a to-be-checked floor from the three-dimensional building model; determining an error object from the to-be-checked floor, and determining a target equipment type and a target error type corresponding to the error object; and processing the error object according to the target equipment type and the target error type. By dividing the checking range according to the floors, cross-floor chaos of the checking work is avoided, the checking boundary is clear, and the pertinence and orderliness of the checking work are improved. Through determining the target equipment type and the target error type, a clear basis is provided for subsequent targeted error processing, and processing deviation caused by fuzzy problem definition is reduced. According to the method, adaptive processing modes can be adopted for different types of equipment and different error forms, blind unification of the processing methods is avoided, the error processing accuracy and efficiency are improved, and the model problem is rapidly corrected.

The invention provides a routing error processing method and device and related equipment, and relates to the technical field of communication. The method is executed by first equipment and comprises the following steps: detecting a database description (DD) message sent by second equipment under the condition that the first equipment is abnormally restarted, and regenerating and sending a second link state notification when the DD message contains a first link state notification of the first equipment; wherein the serial number of the first link state announcement is greater than the serial number of the link state announcement existing in a local database; or, sending the first target message to the second device; wherein the first target message comprises a first identifier, and the first identifier is used for indicating a delayed migration neighbor state. According to the scheme provided by the invention, the problem that the routing calculation result is wrong after the routing is restarted is solved.

The application discloses a kind of sharp angle figure spot automatic identification and intelligent processing method, device, it is related to geographic information investigation technical field, the method includes: S1 is calculated by setting threshold figure spot angle point angle, identifies and exports sharp angle position and attribute;S2 extracts figure spot position and angle point feature, and sharp angle figure spot is classified;S3 is respectively adopted cutting and merging, cutting angle backfill, area fusion or boundary adjustment strategy to different types of sharp angle figure spot, and through topological verification ensure that data correctness after processing;S4 is realized non-destructive processing by data backup, marking and process record;S5 constructs error processing and feedback mechanism and guarantees process stability.The application adopts the above-mentioned sharp angle figure spot automatic identification and intelligent processing method, device, can be processed by intelligent process, reduce human error, improve data accuracy, reduce repetitive labor, reduce artificial investment, shorten production cycle, make that production process is more smooth and efficient.

The invention provides a data processing method and device, electronic equipment, a storage medium and a program product, and is applied to the technical field of solid state hard disks. The method comprises the steps that the execution frequency of a state query module and an error processing module in a NAND gate flash memory controller driving unit is determined; obtaining a command execution result of the NAND gate flash memory controller in response to triggering of the state query module based on the first execution frequency; the state query module stores error information corresponding to the command execution result to an error processing message queue in response to the command execution result representing error; in response to triggering of the error processing module based on the second execution frequency, obtaining error information from the error processing message queue and processing the error information; updating the execution frequency of the error processing module based on the quantity of the error information in the error processing message queue; therefore, the running frequency of each driving module is adjusted through dynamic weight distribution, and an asynchronous error processing mechanism is adopted to avoid system blockage, so that the overall performance of the solid state disk is improved.

The approaches proposed here concern error handling using at least two error processing branches, each branch comprising a syndrome generator, an error detection unit, and an error correction unit. Each error processing branch is configured (i) to process a data word, wherein the data words of the error processing branches differ by at least one bit, and (ii) to provide a processed data word. Furthermore, a decision unit is provided, configured to select one of the processed data words or to execute a predefined action if an uncorrectable error is detected.

The embodiment of the application provides a processing method and device for binding segment identification, the method comprises the following steps: a network device receives a message sent by a controller, the message comprises type information and segment identification, the type information is used for indicating that the segment identification is a binding segment identification BSID; the network device performs a processing action on the BSID according to the type information. By adopting the embodiment of the application, the network device can identify the BSID, and the technical problem that an error processing result is caused when the segment identification list of the network device comprises the BSID can be solved.

The application provides a positioning error processing method and device, and belongs to the technical field of communication.The application performs signal-to-noise ratio weighting on wide-lane ambiguity of an original observation value, obtains a target observation value by using an MW combined cycle slip detection method, then performs first inter-epoch difference on the carrier phase observation value, performs second inter-epoch difference to obtain a second inter-epoch result, detects cycle slip of the target observation value based on the second inter-epoch result, performs cycle slip repair, and completes positioning error processing.Therefore, the combination of the MW combined cycle slip detection method based on signal-to-noise ratio weighting and the GF combined cycle slip detection method based on second inter-epoch difference can overcome the shortcoming that a single combination cannot completely detect possible cycle slip, and has the characteristics of high detection efficiency and strong flexibility.

A processing system identifies both the types of errors detected at a memory and the severity of the errors. The processing system keeps track of errors in error logs. The processing system employs a fault analyzer to generate, based on the error logs, a recommended management solution for one or more of the detected errors.

Aspects presented herein relate to error processing by means of at least two error processing branches, wherein each error processing branch comprises a syndrome generator, an error recognition unit, and an error correction unit. Each error processing branch is designed to: (i) process a data word, wherein the data word of the error processing branch differs in at least one bit; and (ii) providing the processed data word. The invention further relates to a determination unit which is designed to select one of the processed data words or to perform a predetermined action if an uncorrectable error is detected.

The invention belongs to the technical field of biological detection, and relates to a multi-level error report information display and feedback system and method with an interactive traceability function for biological detection equipment. The system comprises a level error classification module, an interactive traceability module, an associated data visualization module and a processing process recording module. The method comprises the following steps: carrying out error coding on error reporting information according to'error level-error type-timestamp '; according to equipment operation data within 30 minutes before an error occurs, a traceability link is constructed, and the traceability link supports quick query of a time axis index and a node; for the multi-level errors with association, the association relationship is displayed in a directed graph form; for high-throughput detection, sample-error mapping is carried out; according to the error levels, different feedback is triggered, and standardized processing flow guidance is provided for different error levels to guide a user to complete each step of operation; and after error processing is completed, the system automatically generates a tracing report.

The invention provides a wrong account classification method and device, electronic equipment and a storage medium. Relates to the technical field of data processing. The method comprises the following steps: acquiring order establishment information, wherein the order establishment information is used for indicating the type of a current viewer; a target classification rule is determined according to the order building information, the error account detail data are processed according to the target classification rule, target data and the corresponding data size are obtained, the target data are subsets of the error account detail data, and the target data and the type of the viewer have an incidence relation; according to the data volume, an order establishment rule is determined, order establishment processing is carried out on the target data according to the order establishment rule, a target error processing order is obtained, and the target error processing order is used for summarizing the error account detail data under the same classification rule. According to the invention, the flexibility of wrong account classification can be improved.

The application discloses a bus device uncorrectable error processing method and a server, relates to the technical field of servers, and reduces the frequency of uncorrectable error reporting by setting the uncorrectable error suppression identifier of the bus device and the time window of uncorrectable error statistics, reports the uncorrectable error when the uncorrectable error is triggered for the first time, captures the uncorrectable error, ensures that the initial error is not missed, and reports again when the error count in the time window is greater than the reporting threshold, avoids missing processing of the error that is aggravated, reduces redundant error reporting, suppresses the error reporting storm through the suppression identifier, and further reduces the influence of frequent errors on the availability of the server system and the normal operation of other services, improves the reliability of the server, and solves the technical problem that uncorrectable errors are frequently triggered in the related art, other service requirements are covered up, and the availability of the server system is affected.

The invention provides a service error processing method and device, equipment and a storage medium, and can be applied to the technical field of computers. The method comprises the steps of obtaining a message log of an error reporting service based on interaction data of the error reporting service; based on the service component identifier and the transaction type code in the message log, a target service scene corresponding to the error reporting service is obtained from a preset service scene library according to a preset mapping relation, and the preset mapping relation comprises a mapping relation between the service scene in the preset service scene library and the service component identifier and the transaction type code; extracting feature values of the error reporting service from the message log to form a feature set, and inputting the feature set into a decision tree model corresponding to a preset target service scene so as to match the feature values in the feature set layer by layer according to a preset feature priority through the decision tree model to obtain a target feature value causing the error reporting; and obtaining an error reason and a corresponding target solution based on the target feature value.

The invention provides a non-final-state order processing method and device, and relates to the technical field of data processing. The method comprises the steps that a non-final-state order set with the order number equal to the error processing number is acquired, all non-final-state orders in the non-final-state order set are distributed to a downstream server one by one, and order distribution time corresponding to all the non-final-state orders is recorded; receiving a processing result of each non-final-state order fed back by the downstream server according to an order state query result of the downstream system, and updating order processing times; and according to the order distribution time, the order processing frequency, the order business type corresponding to each non-final-state order and the average response time of the payment channel responding to the corresponding non-final-state order within the adjacent preset duration before the current moment, the order priority is updated. The device executes the method. According to the method and the device provided by the embodiment of the invention, the processing efficiency of non-final-state order processing can be improved.

The application provides an input / output instruction management method and device, electronic equipment and a storage medium, which are applied to a storage hardware device. The method comprises the following steps: in response to receiving an input / output instruction issued by a host, sending the input / output instruction to a back-end storage device, and returning response information of the back-end storage device to the host; in response to receiving an error code of the input / output instruction returned by the back-end storage device, mapping the error code into an error processing code and recording the error processing code in a history record table corresponding to the input / output instruction; in response to receiving the error processing code, performing error processing on the input / output instruction according to the error processing code; in response to completing the error processing, obtaining a device path corresponding to the history record table and the back-end storage device; and determining a retry path according to the history record table and the device path and resending the input / output instruction to the back-end storage device according to the retry path. A new retry path is selected through historical error records and influence factors.

The embodiment of the invention provides a soft measurement modeling implementation method and device, and the method and device are used for a coal-fired unit deep peak regulation and rapid start-stop control system, and the method comprises the steps: determining a main variable and an auxiliary variable of a soft measurement task through mechanism analysis; carrying out data acquisition according to the main variable and the auxiliary variable, and carrying out conversion and error processing on the acquired data to obtain processed data; and according to the processed data, performing soft measurement task modeling in a mechanism modeling and / or empirical modeling mode.

This invention relates to the field of storage, and more particularly to a firmware testing method, apparatus, device, and medium for solid-state drives (SSDs). The method includes: writing test data to the SSD using a testing tool FIO; generating and injecting at least one error while the FIO tool is reading the test data; determining whether a data recovery process corresponding to the at least one error exists in serial port printing; confirming that the error handling process code in the firmware is normal if a data recovery process corresponding to the at least one error exists; and confirming that the error handling process code in the firmware is abnormal if no data recovery process corresponding to the at least one error exists. The solution of this invention effectively verifies the functionality of the SSD error handling process code, effectively eliminates unknown errors in the firmware code, improves product pass rate, and enriches the firmware testing methods for SSDs.

The invention relates to the technical field of CAD, in particular to an error processing method, system and device, a medium and a product, and the method comprises the steps that a drawing file is obtained, the drawing file comprises at least one drawing space, and the drawing space comprises at least one element; a drawing format in the drawing space is recognized, at least one piece of drawing information corresponding to the elements is recognized, the drawing information comprises one or more of the following items: annotation content and feature content, and the feature content is geometric information used for describing geometric features of the elements; a corresponding rule is selected to check the drawing file so as to correspondingly obtain at least one piece of error information, the error information comprises an error target and an error type, and the error target is a drawing space or an element; and performing priority ranking on the error information according to the error target and the error type. According to the error processing method, on the basis of reducing the labor intensity of engineers, the reliability and the accuracy of error autonomous identification and repair can be improved.

The invention relates to the field of data processing, in particular to an AI fusion intelligent manufacturing workshop instruction processing output method and system, and the method comprises the steps: obtaining a historical sample library accumulated in a historical manufacturing stage, and collecting a current recognition result obtained after the voice of a worker in the current manufacturing stage is subjected to ASR conversion; calculating the definition of each attribute in each table type on the basis of a historical sample library and the current recognition result, matching a second event table corresponding to the current recognition result by utilizing the definition, and segmenting the current recognition result on the basis of the matched second event table to obtain an optimal segment for independent table filling; and filling the obtained optimal segment into a second event table and outputting the second event table. According to the method, the interference of non-attribute words in the spoken language instruction on table type matching is effectively inhibited, and information transmission abnormity caused by transmitting instruction information to an error processing flow due to matching errors is avoided.

The invention provides a Beidou multi-frequency non-difference non-combination PPP-RTK collaborative optimization method and system, electronic equipment, a storage medium and a program product, and aims to solve the problems of error processing isolation, ambiguity fixation and error state disjunction. Constructing a coupling model of ionosphere delay, troposphere moisture component and multipath error, and performing real-time calculation to obtain an error priori estimated value; injecting the error priori estimation value into a search space of an ambiguity fixing algorithm so as to optimize a search boundary and realize rapid ambiguity fixing; performing gross error detection on the observation data based on DIA, and distributing resolving weights for different data according to gross error severity; performing weighted positioning calculation by using the calculation weight to obtain a positioning result; and feeding back a residual error generated by positioning calculation to a calculation process of the coupling model so as to update model parameters and realize closed-loop optimization of a collaborative mechanism. According to the invention, rapid positioning can be realized and the positioning precision is improved.

The invention discloses a software error code statistical method and device and a related medium, and the method comprises the steps: determining a plurality of field types based on error reporting configuration, and obtaining an error code coding rule object; performing error return body field definition according to the error code coding rule object, and configuring an error processing rule corresponding to each module to obtain an error processing rule set; performing link tracking identifier generation and transparent transmission configuration according to the error processing rule set to obtain a link tracking transparent transmission configuration object; performing structured analysis on the error log data corresponding to the link tracking transparent transmission configuration object to obtain an analysis field data set; and performing statistical analysis processing on the analysis field data set to obtain an error code statistical analysis result. According to the method and the device, the obtained error log data is subjected to structured analysis and statistical analysis processing to obtain the error code statistical analysis result, so that the source of the error code can be positioned, and the accuracy of the error code statistical result is improved.

This application provides a bus communication code error processing device, method, and ultrasonic radar driving device. The device includes: a decoding module connected to the bus, used to receive first information from the bus and decode it to obtain second information; wherein the first information includes command information and data code information; an error symbol detection module connected to the bus and the decoding module, used to receive the first information and the second information, detect and judge error symbols in the bus communication code, and generate error flags; an error processing module connected to the error symbol detection module and the decoding module, used to receive the error flags, classify the error flags to generate error flag classification results, and control the decoding module to enter different decoding states according to the classification results; and a circuit system control module connected to the error processing module and the decoding module, used to receive the error flag classification results and control the circuit system according to the error flag classification results. The technical solution of this application detects error communication codes in real time through hardware circuitry, which can greatly improve the system's automation capability and increase detection efficiency and stability.