36 results about "Change management" patented technology

A new generation 3D modeling system is described for the management of the 3D characteristics of man-made structures in a shared geographic information system (GIS) platform. The system accommodates the conversion of 2D GIS topology to 3D real-world topology, originate and perpetually maintain 3D models and non-graphical attribute data through time managed by a community of users based on a series of permissions and user roles. The system integrates 3D model data with attribute data and may be supplemented with published map or attribute data and / or data made available by users of the system.

The invention relates to the technical field of production management, and discloses a material data change management method, device and equipment and a medium which are applied to a manufacturing execution system.The method comprises the steps that planned order material data of a current vehicle is acquired; based on the planned order material data, determining a material use quantity required by production of each station, and eliminating missing material data to generate processed material data; comparing the plan order material data with the processed material data to generate a loading difference list according to a comparison result; and updating the planned order material data according to the loading difference list to obtain target order material data. According to the technical scheme provided by the invention, accurate material breakpoint control can be realized, so that material change, trial assembly and production plans are kept consistent.

The present application relates to the technical field of land ownership change management, and in particular to a blockchain smart contract storage and risk early warning method for land ownership change, which acquires land ownership change request data packets and generates data fingerprints, calls ownership verification smart contracts to complete ownership consistency verification. After verification, a space-time heterogeneous graph data is constructed by fusing space topology and time sequence information, a risk quantification proof is generated by a space-time graph convolution risk quantification model, and a risk warning level is output after zero-knowledge verifiable calculation verification. Low-risk changes automatically complete on-chain storage and network state synchronization, and high-risk changes automatically generate warning instructions and push them to the supervision node and freeze the request. The present application realizes tamper-proof storage and pre-risk early warning of the whole process of land ownership change, improves the processing efficiency and supervision ability of ownership change, and effectively prevents ownership fraud and illegal trading behavior.

The invention relates to a ship pipe section manufacturing change management and cost accounting method and related products. By automatically integrating design change, waste return state feedback and cost accounting, the problems of data dispersion and inconsistency are solved. The system automatically tracks and analyzes the specific influence of design change on pipe section manufacturing, so that whether the pipe section needs waste return or not is automatically determined, manual operation dependence is reduced, and waste return state determination efficiency and accuracy are improved. And detailed and reliable financial data support is provided by automatically calculating the discarding cost and the newly-added cost of the pipe section parts caused by design change. Through seamless joint and data sharing among departments of design, manufacture, finance and the like, the enterprise management efficiency is remarkably improved, the extra cost caused by change is effectively reduced, and reliable support is provided for project management and cost control.

The application discloses a control system design method for space gravitational wave detection. The method first performs modeling on a problem domain of the control system, constructs a first mapping matrix from a functional requirement to a behavior element, performs decoupling verification on the first mapping matrix until the first mapping matrix is in a lower triangular structure. Then, modeling is performed on a solution domain of the control system, a second mapping matrix from the behavior element to a design parameter is constructed, and independence verification is performed on the second mapping matrix until the second mapping matrix is in a lower triangular structure. Finally, a composite equivalent mapping matrix of the two-level matrix is calculated, and is used for change management of the control system. The application can realize formalized design and quantitative evaluation of a strong coupling control system architecture, identify coupling problems in an early design stage, improve design iteration efficiency and change management accuracy, and is mainly applied to control system design for space gravitational wave detection, and can also be applied to design scenes of various high-coupling high-precision space control systems.

The invention belongs to the technical field of land resource management, and provides a land resource change management method and device, and the method comprises the steps: regularly collecting the change information of each land unit object in a target region, and generating change event data, each land unit object comprising spatial graphic information, plot attribute information and management state information; determining a target land unit object according to the change event data, and processing the target land unit object according to a preset rule engine to obtain a new target land unit object; and auditing the new target land unit object, and performing data service publishing on the new target land unit object passing the auditing. By means of the method and device, the automation degree of the process is improved, and then the efficiency of association query and the intelligence and reliability of the system are improved.

The invention discloses a dynamic data desensitization and hierarchical access control system based on an API gateway, and relates to the technical field of computer network security, and the system comprises a strategy governance server and an API gateway node. The policy governance server is used for generating a simulation report in response to a policy change request containing the draft policy set, and signing and issuing an encryption token based on the simulation report and the draft policy set; and after the approval instruction is received, the policy governance server verifies the encrypted token and generates a deployment instruction. And the API gateway node is used for receiving the deployment instruction, independently verifying the encryption token in the deployment instruction before activating the draft strategy set, and activating the draft strategy set only under the condition that the verification is passed. According to the invention, an end-to-end credible change management closed loop with a whole process from strategy consequence prediction, approval authorization to deployment execution can be constructed.

The application discloses a kind of shipbuilding industry intelligent manufacturing operation system, belong to shipbuilding digital management technical field.System includes ten big modules such as basic data management, production plan and scheduling, material management, production process control, equipment management, quality management, data traceability and analysis, exception and safety management, cost and change management, system integration;Adopt microservice architecture, containerized deployment and encryption security system, built-in shipbuilding global collaborative optimization algorithm, intelligent scheduling algorithm, matching algorithm, equipment health degree prediction algorithm, quality traceability algorithm, exception hierarchical response algorithm, cost dynamic accounting algorithm and multi-dimensional data analysis algorithm, realize multi-objective optimization by mathematical formula modeling.The application solves the problems of weak shipbuilding plan coordination, disordered material management, difficult quality traceability, low resource utilization, incompatible system, etc., realizes transparent, refined and intelligent control of the whole production process, and significantly improves production efficiency.

According to the code change management method and device, the storage medium and the computer equipment provided by the invention, through the timed task, the latest code of each branch in the software engineering can be regularly and remotely pulled, automatic scheduling of the change data is realized, data omission or delay is avoided, and the efficiency is improved. Secondly, branch difference calculation can be carried out on a reference branch and a functional branch in the latest code, a difference text log in a structured format is obtained, and a readable data basis is provided for a system; deep analysis statistics can be carried out on the difference text log to obtain a statistical result containing multiple dimensions, and then the statistical result can be converted into an intuitive and archivable difference visualization report; finally, the difference visualization report can be pushed to target equipment through a preset notification way, and the real-time performance and transparency of change information notification are guaranteed; in addition, after the report is successfully pushed, a management execution log can be generated for the current round of code change management, and the traceability of the code change management record is ensured.

The application relates to a database automatic construction and deployment change management method, which comprises the following steps: S1, a user designs a database table structure through a data modeling tool, and each system always maintains a table structure baseline of the latest production online in the data modeling tool; S2, a code warehouse carries out format checking on database change information submitted by the user, and submits the database change information to the code warehouse after the format checking; S3, according to a code warehouse directory structure and pipeline parameters configured by the user, database scripts are constructed and packaged, and the database DDL scripts are checked in the packaging process to verify whether the DDL scripts are all submitted through the data modeling tool; S4, review of the change SQL, scanning of a constructed release package, identification of high-risk sentence operations, manual confirmation and subsequent operation; and S5, dispatching of executed SQL sentences. Compared with the prior art, the application can realize automatic management and control of SQL scripts and online product packages and function requirement tracing.

The embodiment of the application provides a kind of work order exception detection method, device and processor, belong to data analysis technical field.The method comprises: obtaining the content of operation and maintenance change management work order filled by user;According to operation and maintenance change management work order content and first preset rule, it is verified whether operation and maintenance change management work order exists exception;The operation and maintenance change management work order content at least includes: first change type and change risk factor, when verifying whether operation and maintenance change management work order exists exception, it is judged whether first change type is major change or routine change;If not major change and not routine change, then end verification;If it is major change or routine change, then according to change risk factor, determine second change type;Compare whether second change type and first change type are consistent;If not consistent, then it is judged that operation and maintenance change management work order exists exception.The method can automatically obtain operation and maintenance change management work order and carry out exception detection, detection efficiency is high, effectively reduce detection error probability.

The invention provides a change positioning method and device, equipment and a storage medium, and relates to the technical field of data analysis, in particular to the technical field of knowledge maps, change management and fault positioning. The specific implementation scheme is as follows: acquiring original change data generated by a target system within a preset time period; performing semantic analysis on the original change data to obtain a change entity associated with the original change data and a business index corresponding to the change entity; based on a preset distinction degree screening rule, screening out a target changed entity from the changed entities; constructing a change domain knowledge graph according to the target change entity; and based on the received abnormal time information and abnormal service clues, executing retrieval and matching operations in the change domain knowledge graph to determine a target change event. According to the technical scheme disclosed by the invention, the change event can be accurately retrieved and matched by using the abnormal service clues, and the efficiency and accuracy of fault root cause positioning in a complex system environment are improved.

A system is adapted to automatically manage schedule change requests. The system includes a workforce management server in electronic communication with a manager computing device, and agent computing devices. The server receives a number of SCRs. Continuously, in real time, the server: receives, a new SCR; fetches n SCRs from the SCR database whose deadlines are nearest; computes a respective net staffing impact for each of the n SCRs; and generates a prompt for an AI model. For each of the n SCRs, the AI model determines a respective priority, places the n SCRs in order of their respective priorities; and suggests a respective action to approve or decline the SCR. The server updates a dynamic GUI on the manager computing device to display, in the order of their respective priorities, the n SCRs and their suggested actions.

The invention discloses an engineering change management method and device, a storage medium and a program product, and belongs to the technical field of building information models. The objective of the invention is to solve the problem of deviation between theoretical engineering quantity and actual settlement quantity in the prior art. The method comprises the following steps: acquiring a change instruction, and identifying an associated component based on a preset semantic dependency graph; calculating the theoretical engineering quantity of each component; feature vectors containing geometric complexity are extracted from BIM attributes of the components and input into a machine learning model to obtain an engineering quantity deviation coefficient, and the model is obtained through data training of theoretical engineering quantity and actual settlement engineering quantity of historical projects; and multiplying the theoretical engineering quantity by the deviation coefficient to obtain a predicted engineering quantity, and generating an analysis report. Through the machine learning model, the influence of factors such as construction complexity on the project amount is quantified in a data driving mode, the theoretical project amount is corrected into the predicted project amount closer to the reality, and the project amount and cost prediction accuracy in change management is improved.

The invention discloses a cross-domain product change data management method and device based on a multilayer system architecture, and the method comprises the steps: responding to the change demands of a user in a plurality of business systems, determining a change classification based on an initiation department, a business scene and a data modification type, and generating a uniquely coded structured problem report; uniformly converting the heterogeneous report into a standard format through a data conversion module, and transmitting the standard format to a product data management system; triggering a review process according to the change type to generate an approval decision, and distributing a change notification to each downstream system for execution in real time through a state synchronization module after obtaining the approval decision; and finally, according to execution feedback and verification data, associating with an original report to form a traceable closed-loop record. According to the invention, full-link collaboration and tracing are realized, the consistency and reliability of the overall change management process are improved, and the problem that the consistency and reliability of the overall change management process are difficult to guarantee because the response timeliness and processing quality of the change request are uneven in the prior art is solved.

The invention discloses an enterprise architecture change management method based on EA-CAB, and belongs to the technical field of enterprise management, and the method comprises the following steps: S1, constructing a three-level EA-CAB system, S2, setting a change classification standard, S3, distributing changes to corresponding EA-CA B levels for review and decision according to a classification result, S4, embedding EA-CAB review activities into each stage of a TOGAFADM method, and S5, carrying out EA-CAB review. And S5, implementing monitoring, effect verification and knowledge feedback to realize closed-loop management of the architecture change. Layered and classified approval of changes is realized, decision-making efficiency and specialty are greatly improved, three-dimensional classification standards of influence range, complexity and emergency degree are introduced, accuracy of change evaluation and response is ensured, an EA-CAB mechanism is embedded into each stage of TOGAFADM, deep fusion of change management and an architecture development process is realized, and agility and continuity of architecture evolution are enhanced.

The present disclosure relates to systems and methods for tracking changes in a collaboration graph. The systems and methods determine communication flow changes in the collaboration graph in response to a change occurring in the collaboration graph. The systems and methods use an algorithm to analyze the communications of groups within the collaboration graph and calculate a bridging index for the groups. The systems and methods provide insights on the changes in the communication flow of the collaboration graph using the bridging index.

An engineering project construction stage cost management and control system and method based on a BIM technology belongs to the field of constructional engineering, and comprises a model management module, a cost data association module, a construction progress linkage module, a quality evaluation module, a progress payment management module, a change management module and a deepened design management module. Through deep fusion of the BIM model and the cost data, multi-module collaborative management and full-process automatic processing, the problems of data splitting, response lag, insufficient visualization, low integration level and the like in traditional cost management and control are effectively solved, and the system has the remarkable advantages of high efficiency, accuracy, dynamic performance, traceability and the like; the method is suitable for digital and refined cost management requirements of modern building engineering projects.

The invention provides a design change management method and system in a hydropower station construction process. The method comprises the following steps: S01, collecting and filling design change information; s02, formulating a standardized design change application approval process, and executing design change online approval circulation; s03, executing design change after approval is passed; s04, comparing and analyzing the design change quantity and the actual change quantity; and S05, establishing a design change management ledger, and collecting design change files. Change information can be collected and arranged in real time, and design change can be approved in time; a standardized management method is established, and a digital management system is developed based on the management method to execute the management method, so that standardization and scientificity of change management are ensured; by designing and changing the management system, collaborative management of all parties participating in construction is realized in the agreed management system; and the change execution condition can be monitored and fed back in real time, and problems can be found and adjusted in time.

The present disclosure relates to systems and methods for tracking changes in a collaboration graph. The systems and methods determine communication flow changes in the collaboration graph in response to a change occurring in the collaboration graph. The systems and methods use an algorithm to analyze the communications of groups within the collaboration graph and calculate a bridging index for the groups. The systems and methods provide insights on the changes in the communication flow of the collaboration graph using the bridging index.

The invention discloses an intelligent change management system and method based on risk assessment. The system comprises a change application module, a risk assessment module, a change approval module, a change tracking alarm module and a change verification module. According to the method, changes are automatically divided into emergency, conventional or significant types through a dynamic classification engine, and a differentiation auditing process is matched; performing quantitative risk assessment by using an analytic hierarchy process and a risk matrix to realize risk identification, analysis and rating; the NLP technology is adopted to automatically fill a structured change list, and the information processing efficiency is improved; full-process tracking and visual monitoring are carried out in the change implementation process, and an alarm is automatically given when abnormity occurs; after the change, trial production and mass production verification are sequentially executed and compared with the dynamic base line, and it is ensured that the change effect is stable and reliable. According to the invention, the problems of low efficiency, weak risk control and poor collaboration in the traditional change management are effectively solved, and the intelligent and structured management and control of the change of the full life cycle are realized.

A new generation 3D modeling system is described for the management of the 3D characteristics of man-made structures in a shared geographic information system (GIS) platform. The system accommodates the conversion of 2D GIS topology to 3D real-world topology, originate and perpetually maintain 3D models and non-graphical attribute data through time managed by a community of users based on a series of permissions and user roles. The system integrates 3D model data with attribute data and may be supplemented with published map or attribute data and / or data made available by users of the system.

The invention relates to the technical field of warehouse management, and discloses an intelligent component warehouse management system and method based on digital twinning, and the system comprises a stress management unit, a conduction management unit, a change management unit, a compensation management unit and a twinning management unit. Time domain-frequency domain cross characteristics of temperature and humidity data and vibration data can be accurately captured, the non-linear interaction of multiple physical fields and a lattice distortion management graph generated by a conduction management unit are prevented from being omitted, the distortion risk of a quantum dot active area can be recognized in advance, a phonon energy management spectrum of each quantum dot generated by a change management unit, and the quantum dot active area distortion risk can be recognized in advance. According to the quantum dot laser, the dynamic change of lattice distortion can be tracked, the spectral shape compensation signal, generated by the compensation management unit, of the reverse direction of each quantum dot can be offset, the central wavelength drift and the twin management instruction generated by the twin management unit can be offset, management lag can be avoided, the damage probability of the quantum dot laser is reduced, and the warehouse management reliability is improved.

A computing system is described that includes a memory storing a plurality of information assets and a processing system of an enterprise, the processing system comprising one or more processors implemented in circuitry. The processing system is configured to receive a query for metadata for an information asset stored in one or more data catalogs of the enterprise. The processing system determines a location of the metadata using a metadata registry that stores mapping data that maps information assets to locations of metadata for the information assets, the locations corresponding to the data catalogs of the enterprise. The processing system retrieves the metadata from the determined location and provides the metadata in response to the query.

The present application relates to the technical field of factory operation and maintenance management, and particularly relates to a factory operation and maintenance information decision generation method and system. The method comprises the following steps: constructing a factory configuration file library comprising a factory facility configuration file database; obtaining change information of a change management pre-process flow and preprocessing the change information to generate change element descriptions; training an intelligent recognition inference model to obtain a required intelligent recognition inference model, and setting the required intelligent recognition inference model in a file influence domain intelligent recognition engine; identifying a file influence domain based on the change element descriptions and in combination with the factory configuration file library to obtain an initial recommendation result; and generating a decision recommendation result based on the initial recommendation result, in combination with configuration change rules and manual review and decision. The beneficial effect is that the method helps to quickly determine the file influence range corresponding to the configuration change, automatically generates operation and maintenance information decisions adapted to the current scenario, and significantly improves the update speed and landing efficiency of the operation and maintenance specifications after the configuration change.

Methods and systems for managing resources used by data processing systems to provide computer-implemented services are disclosed. An update event for a common resource used by a portion of the data processing systems may occur. Based on an identification of the update event, at least one resource registered as being dependent on the common resource (e.g., a dependent resource) may be identified. A change made to the common resource that may cause the dependent resource to be unable to operate with the common resource in a desired manner may be identified. To manage the change, an action set may be identified. The action set may include actions that, when performed, enable the desired operation after the change. Performance of the action set may be initiated to facilitate the provisioning of the computer-implemented services.

The application provides a resource configuration method and a database change management system, and belongs to the technical field of databases. According to resource related information of each plug-in package and a resource upper limit of a single container, the required container quantity can be determined; code files contained in each plug-in package are analyzed to calculate a similarity rate between each two plug-in packages; a resource reuse matrix corresponding to each plug-in package can be determined according to the similarity rate between each two plug-in packages and the resource related information of each plug-in package; and each plug-in package can be allocated to a corresponding container according to the resource reuse matrix and an allocation rule. By allocating plug-in packages capable of reusing resources to the same container, different plug-in packages in the same container can reuse memory resources, so that the memory resources are saved.

The invention relates to a change management method and device of a bill of materials, equipment and a storage medium. The method comprises the steps of obtaining material data streams of a business change event and a database change event, constructing a BOM topological structure according to the material data streams, performing risk analysis on the BOM topological structure based on a risk analysis model to obtain a risk analysis result, and triggering execution of a corresponding decision according to the risk analysis result to obtain an execution result, the risk analysis result comprises at least one of a first risk analysis result, a second risk analysis result, a third risk analysis result, a prediction analysis result and an anomaly identification result. According to the method, the automatic BOM management method of the full-link service closed loop from data flow change to construction of the BOM topological structure, then risk analysis of the BOM topological structure and finally decision execution is achieved, manual intervention is not needed in the management process of the full-link service closed loop, and the BOM management efficiency can be greatly improved.

The application relates to the technical field of warehouse management, and discloses an intelligent component warehouse management system and method based on digital twinning, which comprises a stress management unit, a conduction management unit, a change management unit, a compensation management unit and a twinning management unit. The stress management tensor generated by the stress management unit can accurately capture the time-domain-frequency-domain cross characteristics of temperature and humidity data and vibration data, avoids missing the nonlinear interaction of multiple physical fields, the lattice distortion management graph generated by the conduction management unit can identify the distortion risk of a quantum dot active region in advance, the phonon energy management spectrum of each quantum dot generated by the change management unit can track the dynamic change of lattice distortion, the spectrum shape compensation signal generated by the compensation management unit in the reverse direction of each quantum dot can offset the central wavelength drift, and the twinning management instruction generated by the twinning management unit can avoid management lag, reduce the damage probability of a quantum dot laser, and improve the reliability of warehouse management.

The application discloses a cloud environment change management method and device based on a large model, equipment and medium, relates to the field of cloud computing, and comprises the following steps: performing form information extraction on a received cloud environment change request form to obtain target form information; inputting the target form information into a risk assessment engine, so that the risk assessment engine performs risk analysis on the cloud environment change request form based on the target form information; determining a to-be-tested change implementation path corresponding to the cloud environment change request form based on the obtained risk assessment result, and performing simulation test on the to-be-tested change implementation path in a preset virtual environment to obtain a corresponding test result; performing path adjustment on the to-be-tested change implementation path based on the test result to obtain a target change implementation path, and performing cloud environment change based on the target change implementation path. Therefore, the change request can be processed automatically and intelligently, manual intervention is reduced, and the speed and accuracy of change management are improved.