61 results about "System code" patented technology

The invention provides a code detection method and system, computing equipment, a storage medium and a program product, and is applied to a code detection system, the code detection system comprises a code management tool and a detection agent, and the method comprises the following steps: calling the code management tool to monitor a code submission event, and when the code submission event is monitored, sending the code submission event to a server; submission information of a to-be-detected code corresponding to the code submission event is obtained; identifying the event type of the code submission event, and determining a target prompt template based on the event type; and constructing a target prompt word based on the submission information and the target prompt template, calling a detection agent, executing a code detection task based on the target prompt word, and obtaining a detection result for the to-be-detected code. The problems that manual examination efficiency is low and research and development resources are occupied are effectively solved, the overall code examination efficiency and quality are improved, and the method can be widely applied to the fields of digital culture product manufacturing software, digital culture creative software and the like in a new generation of information technology.

The invention discloses a visual arrangement method and device for an automobile scene function, equipment and a storage medium, and relates to the technical field of new energy automobile control, and the method comprises the steps: responding to a mixed configuration operation of a user on function entries and event entries, and generating a function arrangement list; responding to execution time configuration of each function in the function arrangement list by a user; mapping each function in the function arrangement list into a corresponding system code and an operation code based on a pre-stored function comparison table; combining the system code, the operation code, the execution time configuration and the event trigger identifier into scene description data; the scene description data is encoded, the arrangement data packet is generated, and the shareable arrangement data packet is generated by responding to user mixed configuration and mapping, so that user definition, event triggering and social propagation of scene functions are realized, individual requirements can be met without modifying vehicle end software, and the development cycle is shortened.

User feedback in memory training startup sequences is described. In one or more implementations, a system includes a plurality of memory circuits configured as a system memory, and at least one processing circuit. The processing circuit executes platform initialization code configured to partially train a subset of memory circuits from a plurality of memory circuits during an initial stage of a startup sequence, and fully train each memory circuit of the plurality of memory circuits during a subsequent stage of the startup sequence. The processing circuit further executes basic input output system code configured to use the subset of memory circuits to output user feedback during the initial stage, and use the system memory to complete the startup sequence during the subsequent stage.

The invention provides a product full life cycle data model construction and association method, system and device and a medium, and relates to the field of weapon equipment digitization. According to the method, a data model architecture is determined by analyzing light weapon full life cycle data, and a unified modeling language is used for carrying out model building on a meta-model layer, an abstract model layer and an object instance layer. On the basis of a constructed light weapon development and production process data model, a light weapon product data association rule is constructed from the perspective of application. Based on the constructed association rule and the light weapon product data model, combining the data with the association rule, constructing a light weapon product data association relationship, and associating the light weapon product data through unique identifiers such as a product code, a batch number, a system code and the like. The method provides a basis for application of quality problem tracing, rapid fault diagnosis and positioning, product digital resumes, knowledge maps and the like in the whole life cycle, and the light weapon whole life cycle data acquisition efficiency can be effectively improved.

The invention provides a multi-dimensional risk level assessment method and device for technical trade measure notification, and the method comprises the steps: carrying out the key field extraction of an unstructured technical trade measure notification file, and constructing an initial technical trade measure notification table; carrying out missing data filling on commodity names and coding coordination system codes of the initial technical trade measure notification table, generating a structured technical trade measure notification table, carrying out notification measure influence degree evaluation, and generating a notification measure risk value; the multi-dimensional risk level assessment is performed according to the notification measure risk value and the structured technical trade measure notification table, the multi-dimensional notification risk level is generated, the notification table is automatically generated through data processing, quantitative assessment is performed on technical trade measures from multiple dimensions, the analysis ability, the analysis result accuracy and the automation degree are improved, and the technical trade measure assessment efficiency is improved. The cost is reduced; the internal correlation between the theory and the practice is mined, and the prediction precision and the real-time performance are improved.

The application relates to a basic input / output system customization method and device, and the method comprises the following steps: based on an open source computer operating system kernel and a basic input / output system shell environment, generating a flash read / write tool associated with a flash EPROM; based on the flash read / write tool, writing basic input / output system customization information into the flash EPROM; obtaining the basic input / output system customization information of the flash EPROM, and realizing basic input / output system customization based on the basic input / output system customization information. The method can realize the requirement of basic input / output system customization, improve the compatibility of basic input / output system code, effectively improve production efficiency, simplify operation process, and optimize the production mode of customized products.

The invention provides an AIoT device data priority scheduling method based on an SD-WAN, and relates to the technical field of data processing, and the method comprises the steps: analyzing device data at an AIoT gateway or an SD-WAN edge device into data atoms containing a security domain identifier, a service type identifier, a data size, a deadline, a basic value, an attenuation coefficient and a reliability requirement; an instant value function is generated; the edge device collects network measurement data for the superposition tunnel path according to a preset measurement period, calculates a path time delay quantile and a path packet loss rate quantile, obtains a deliverable coefficient and an expected delivery value of a data atom on each path, and further calculates a unit byte scheduling index; selecting the maximum scheduling index to send under the constraint of credit balance; when the deliverable coefficient is lower than the reliability requirement, double-path copying or system code action is executed, and a receiving end carries out duplicate removal and expired discarding; and the edge device reports statistical information, and the controller updates the next window allocation to realize closed-loop scheduling and resource isolation.

Systems and methods for image and / or video processing of mass spectrometry data comprise a processor in communication with a storage device, and computer system code executed by the processor that causes the processor to perform an image or video analysis comparison between a second data plot image or video to a first data plot image or video, and generate a delta dataset based on the comparison. The delta dataset is representative of the differences between the first and second data plots. In additional systems and methods the computer system code can perform an image or video analysis comparison between the first and second data plots and a reference data plot, generate first and second delta datasets based on the comparisons, which are representative of the differences between the first and second data plots and the reference data plot, and perform a statistical analysis on the first and second delta datasets.

Systems, computer-implemented methods, and computer program products to facilitate logical Hadamard gate operation and gauge fixing in subsystem codes are provided. According to an embodiment, a system can comprise a processor that executes computer executable components stored in memory. The computer executable components can comprise a gauge fixing component that applies a gauge fixing operation to a subsystem code of an encoded qubit to generate a switched subsystem code. The computer executable components can further comprise a transverse component that applies a transversal Hadamard operation to the switched subsystem code to generate a rotated subsystem code.

Systems, computer-implemented methods, and computer program products are provided for facilitating logical Hadamard gate operations and canonical fixing in subsystem codes. According to embodiments, a system can include a processor that executes computer-executable components stored in memory. The computer-executable components can include a canonical fixing component that applies a canonical fixing operation to a subsystem code of encoded qubits to generate a switched subsystem code. The computer-executable components can also include a transverse component that applies a transverse Hadamard operation to the switched subsystem code to generate a rotated subsystem code.

The application provides a mimicry application service code dynamic heterogeneous method and system, when a request is received, at least one function function is randomly selected from a heterogeneous function library to perform heterogenization on an initial application source code, and a heterogeneous application source code is generated; and a compiler version is randomly and dynamically selected to compile the heterogeneous application source code, and an application program is generated; the application changes the file content of the source code dynamically, keeps the logical framework of the source code unchanged as a whole, dynamically replaces the application in the abnormal execution body, improves the heterogeneity of the mimicry defense system code level, and enhances the anti-escape ability of the mimicry defense system.

The present invention provides a code processing system and a code processing method. [Solution] A code processing system comprising an active system and a switch configured to switch between the active system and a standby system, wherein each of the active system and the standby system is configured to generate a multi-digit identification code when it receives a code request from a user terminal, the identification code includes a system code unique to the system that generates the identification code in a specified number of digits, the identification code generated by the active system is the active system code, the identification code generated by the standby system is the standby system code, the switch is configured to switch the system that generates the identification code based on error information in the active system, and the code processing system is configured to transmit either the active system code or the standby system code to the user terminal.

A system is provided.SOLUTION: A system comprising: means for collecting system requirements from users; means for automatically generating a system code by a generation AI based on the collected requirements; means for holding a system construction contest by a plurality of engineers; means for evaluating systems submitted by the engineers based on evaluation criteria and selecting a winner; means for providing the winner with a prize or an admission right; and means for implementing the system using the obtained source code.SELECTED DRAWING: Figure 1

METHOD AND SYSTEM TO ESTIMATE RISK FOR A SOFTWARE APPLICATION DUE TO QUANTUM THREAT Conventional risk estimation techniques perform dynamic analysis of application or 5 use models which require training data. Present disclosure provides method and system to estimate risk for a software application due to quantum threat by static analysis. A set of records pertaining to the application is received and parsed to obtain application, crypto and platform parameters. In addition, list of quantum vulnerable algorithms, number of Qubits required to break a cryptographic algorithm used by the application 10 and a current Qubit number are also received. Then, value of Quantum Day is determined based on the current Qubit number and the number of Qubits required to break the cryptographic algorithm used by the application. Further, SOD (Severity, Occurrence, Detection) scores are calculated for each parameter, and they are multiplied to determine Risk Priority Number (RPN) for each parameter. Finally, RPNs 15 of all parameters are summed up to estimate overall risk of the application. [To be published with FIG. 3] 20 25 28 36 49 22 D ec 2 02 5 2 0 2 5 2 8 3 6 4 9 2 2 D e c 2 0 2 5 2 / 5 2 / 5 1. Populate Rules Rules and detection Recommendation APIsrepository System Code parser PQC 2.Code Repo Host Risk 4. List of APIs App Analyzer to be replaced, Code Modified Code Replacer App Testing 6. After testing is successful PQC App FIG. 2 20 25 28 36 49 22 D ec 2 02 5 D e c 2 0 2 5 R u l e s a n d d e t e c t i o n R e c o m m e n d a t i o n 2 0 2 5 2 8 3 6 4 9 2 2 A P I s P Q C H o s t A p p F I G . 2

The embodiment of the invention provides a thread pool resource optimization method based on a large model. The method comprises the following steps: firstly, configuring an analysis strategy containing an analysis triggering mode and a monitoring index in a configuration management table according to a preset specification, and then analyzing and identifying an initial configuration parameter in a target system code through a static code analysis module of a byte code analysis tool based on the analysis strategy; meanwhile, data such as a thread number peak value and a resource consumption curve are collected in real time and stored in a resource monitoring table, and finally an optimization suggestion engine with a built-in large model is combined with the analysis strategy, the thread use data and the resource use data to generate a thread pool parameter optimization scheme and a resource allocation scheme of a service deployment file. According to the process, the subjectivity of manual configuration is avoided, and the thread pool parameters and resource allocation can be accurately matched with the actual service load, so that the resource utilization rate is remarkably improved.

The invention provides a hierarchical button authority management and verification method and system based on system coding, and relates to the technical field of computer authority management, and the method comprises the steps: building a local sensitive code and a button fingerprint, building a button dependence tree and a propagation link, generating an authority state bitmap, and building a verification chain; and an on-demand updating permission spreading mechanism and efficient permission verification are realized. According to the method, data redundancy can be reduced, the authority management complexity is reduced, the verification response speed is improved, and authority state consistency management in a large-scale distributed environment is supported.

A quantum computing device (10) is provided. The quantum computing device is configured to perform quantum error correction (60) using a tesseract subsystem code (50) in which two encoded logical qubits (54) of a [[16,6,4]] tesseract code (40) are used as gauge qubits (54E, 54F).

The application provides a large enterprise internal self-development information system code security evaluation method and system. The application uses code security visualization integrated management technology, distributed message queue technology, flow collection technology and vulnerability detection technology to realize security detection of enterprise internal self-development system code, high-risk vulnerability scanning, effectively solve the problem of frequent security vulnerabilities of self-development information system after online, and provide real-time reliable data support for the code security situation and information security situation of the development department at all levels for the company information management layer through the visualization integrated management technology. In addition, the application can be applied to the large enterprise internal self-development information system development team, and the information security vulnerability detection is carried out on the code side before the information system is online, so that the information security vulnerability can be found in time and effectively.

The invention provides a link tracking method and device for a railway comprehensive video monitoring system, and belongs to the technical field of computers, and the method comprises the steps: sending an extension session initial protocol request to a video node; the extension session initial protocol request comprises a tracking request code and system code information of a tracking data acquisition system; receiving first routing information of the video node; the first routing information is sent by the video node after the video node analyzes the extension session initial protocol request to obtain the tracking request code and the system code information. According to the invention, the system coding information and the tracking request coding are added in the SIP request by the added tracking data acquisition system, the extended SIP request is formed and sent to the video node, and the video node responds to the extended SIP request and feeds back the routing information, so that the tracking data acquisition system can perform link tracking based on the routing information without capturing and analyzing a network packet; therefore, rapid link tracking among different levels of video platforms of different manufacturers in the railway comprehensive video monitoring system can be realized.

The invention belongs to the technical field of fault diagnosis, and particularly relates to a model diagnosis system coding reduction method and device based on component regulation and a medium. The method comprises the following steps: defining a governing component, a governed component, a governing core and top layer diagnosis, identifying each component in a circuit, defining a front component and a rear component, identifying the front component and the rear component of the identified governed component, and formulating a hard clause coding rule of the governed component for reduction; the method comprises the following steps: identifying components, defining related variables and formulating a rule for performing reduction in combination with the related variables, performing component reduction on the identified components through output, performing data observation and formulating a replacement rule for governing the components and a replacement rule for governed components, and performing hard clause and soft clause coding on the reduced circuit according to observation data and output. And finally, combining the time complexity of the compression model with a MaxSAT solver to obtain a candidate diagnosis result.

The embodiment of the invention provides a ship base unique ID automatic coding method and system for back-end delivery. The method comprises the steps that an assembly tree, model attributes and arrangement information of an equipment model are read; extracting related information of the base, and combining the related information according to a set rule to generate a unique ID of the base; and writing the unique ID into the corresponding base model. A structure tree and arrangement information of an equipment model are automatically read through a program, information such as a project model, a system code, a cabin number and a three-dimensional coordinate of a base is extracted, and after the information is combined according to a certain rule, unique ID coding of the base is achieved, and the manufacturing requirement of a back-end factory is met.

This invention provides a thread runtime observability monitoring method and system based on annotation-driven technology in the field of computer software monitoring and observability. The method includes: Step S1, defining and registering a thread monitoring annotation in the application system code; Step S2, intercepting the execution of the target method during application system runtime using aspect-oriented programming (AOP); Step S3, automatically embedding monitoring logic before and after the execution of the target method using AOP aspects to collect observability data of the thread executing the target method; Step S4, processing the collected observability data and storing it persistently and non-volatilely according to a preset configurable strategy; Step S5, providing a visual interface to display and query the real-time running status of threads and historical execution chain details in the application system. The advantage of this invention is that it effectively ensures the continuous high performance and high availability of the application system.

This invention discloses a method, apparatus, electronic device, and medium for processing data delays in energy-enabled devices. The method includes: filtering at least one first data point from raw data; wherein the raw data represents data obtained from different energy-enabled devices under different systems in an energy-enabled network; the data entry time of the first data point is within a first time range determined based on the current time; adding a first identifier to each first data point based on the difference between its entry time and the corresponding data generation time; grouping the first data points with the added first identifiers based on system codes and device codes; and determining the delay status of the first data points in each group within the first time range based on the first identifier corresponding to the first data points in each group. This method can analyze the causes of data delays in energy-enabled devices and effectively solve the data delay problem based on these causes.

The application discloses a kind of based on intelligent rule engine's clearing and accounting method and system, comprising: by visual interface configuration, including fund item, lending relationship, operation instruction and priority, accounting rule is formed into standardization rule base;Receive and analyze clearing instruction, extract instruction core element;With intelligent rule engine, based on instruction number, business scene, account state multidimensional matching rule, in combination with priority judgment and conflict resolution mechanism, determine accounting rule;Automatic execution fund transfer, generate accounting voucher and record log;Intelligently monitor and automatically dispose to abnormal condition.The application realizes the dynamic configuration and flexible extension of rule by decoupling accounting rule and system code, solves the problems of poor rule expandability, low instruction association accuracy and low abnormal processing efficiency in the prior art, and improves the automation level, accuracy and business adaptation efficiency of clearing and accounting.

This application provides a system code-based encryption method, apparatus, and device. The method includes: acquiring the total number of bits in the data to be encrypted and a preset transfer matrix; wherein the preset transfer matrix is ​​used to indicate the mapping relationship between the operation result of the system code division circuit in the first clock cycle, the operation result of the division circuit in the second clock cycle, and the characters in the data to be encrypted received by the division circuit in the first clock cycle; determining the remainder of the data to be encrypted based on the total number of bits, the data to be encrypted, and the preset transfer matrix; the remainder is used to indicate the remainder after performing a modulo operation between the data to be encrypted and the generator polynomial of the system code; and determining the system code encryption result of the data to be encrypted based on the remainder and the data to be encrypted. By acquiring the preset transfer matrix, the total number of bits in the data to be encrypted, and the data to be encrypted to determine the encryption result, the problem of the long time consumption in determining the remainder using a division circuit in related technologies can be avoided.

The invention relates to a content-based data matching method, a content-based model training method and device, computer equipment, a storage medium and a computer program product. The method comprises the following steps: calculating a feature similarity between an object embedding feature of a target object and a content embedding feature of candidate content; carrying out system coding on the feature similarity to obtain similarity codes corresponding to at least two systems; aiming at any one system, based on the coding value corresponding to each position in the similarity coding, determining a target embedding characteristic corresponding to each position from the position embedding characteristics corresponding to the system, and based on the target embedding characteristic corresponding to each position, obtaining a coding embedding characteristic corresponding to the similarity coding; the position embedding features comprise preset embedding features corresponding to the target coding values of the positions; and determining the matching degree between the target object and the candidate content based on the code embedding features corresponding to the similarity codes. By adopting the method, the pushing accuracy can be improved.

The invention relates to the technical field of data verification, in particular to an interface calling method and system based on feature codes. Forming a ciphertext feature code from a unified social credit code, an application system code and an application system IP filled in the application data resource according to an encryption algorithm provided by a data provider; the method has the advantages that when a data user calls a data service interface, relevant parameters are encrypted according to requirements and then serve as request parameters to be transmitted to a data provider, the provider decrypts the relevant parameters according to a corresponding method and then compares the information with information provided by the data user, and when the information is consistent, service data are returned; the data provider can know whether the data user and the data applicant are consistent or not through data proofreading, and meanwhile data leakage caused by authorization abuse is prevented.

This invention relates to the field of wireless communication technology, specifically disclosing a soft-decision method for GFSK signals based on multi-sampling point adaptive weighting. The method includes: extracting phase change features from the I / Q signal and performing three-level anti-interference processing to obtain an optimized phase difference sequence; performing frequency offset correction and symbol synchronization on the optimized phase difference sequence based on a predefined local ZC preamble sequence and a local gold code sequence in the frame structure; selecting three sampling points (middle, left, and right) from eight times the oversampling points in each symbol period; performing interference compensation on the data from the three sampling points and then weighting and fusing them to obtain a weighted fused sequence; constructing a reference sequence based on the local gold code sequence, and calculating the log-likelihood ratio between the reference sequence and the weighted fused sequence bit by bit as the soft decision value; and performing subsequent decoding based on the soft decision value. This invention can stably reduce the bit error rate and maximize the system coding gain in low signal-to-noise ratio and multipath interference scenarios.

The application provides a method and system for interrupt fast response of embedded system code, and relates to the technical field of code interrupt response. The method comprises the following steps: configuring a first storage area and a second storage area, the response speed of the first storage area being less than the response speed of the second storage area; reading an original data storage block of the first storage area, and copying and writing data in the original data storage block of the first storage area into a copy data storage block of the second storage area; when a CPU kernel issues an interrupt access request, accessing an interrupt vector table copy from the copy data storage block of the second storage area through a VTOR register. The application can solve the technical problem of slow interrupt response speed in the prior art, further affecting the stability in a high real-time requirement environment, improve the interrupt response speed and the multi-interrupt request processing capacity, and thus improve the stability in the high real-time requirement environment.

The present disclosure relates to the technical field of computer, and particularly provides a file generation method, device, medium, program and product. The method comprises: in response to a manifest.xml file generation request sent by a user terminal, parsing the manifest.xml file generation request to obtain request parameters, wherein the request parameters comprise a plurality of target repository branch identifiers under a target project; requesting a system code storage object to obtain code version metadata of the plurality of target repository branches, wherein after code of any repository branch in the system code storage object is updated, the system code storage object synchronously obtains updated code version metadata of the repository branch, and the target repository branch is a repository branch associated with the target repository branch identifier; generating a target manifest.xml file based on the code version metadata of the plurality of target repository branches, and sending the target manifest.xml file to the user terminal. The present disclosure improves the efficiency of generating a manifest.xml file.