31 results about "Change management (ITSM)" patented technology

The invention relates to the technical field of data processing, in particular to a modular task management system based on dynamic process configuration, which comprises a dynamic process configuration module, a task state circulation engine, a visual interaction interface module, a historical track tracing module and a modular expansion interface. The dynamic process configuration module dynamically binds enterprise configuration data with regional process original data through a process template ID to generate an enterprise exclusive process topological structure comprising a regional identifier, a node association relationship and a process classification label; and the task state circulation engine updates the task state data based on an event-driven and atomized transaction lock mechanism, and synchronizes the task state data to the change management general table. According to the method, flexible configuration of process logic, visual display of task states and cross-enterprise rapid adaptation are realized, and system expansibility and operation efficiency are improved.

A method of evaluating impact of a change on nodes of a network, including collecting information of changes to configuration items of the network with a change management module that is executed on a computer of the network and forming a list of changes, receiving a dependency graph that defines dependencies between nodes of the network, receiving an impact model that includes an impact value that provides an indication of a risk value for different types of changes to nodes of the dependencies, executing an impact score generation module configured to receive the dependency graph, the impact model and the list of changes to determine a risk value responsive to a specific change to a node of the network and an impact of the change on other nodes of the network, repairing or predicting problems in the network based on the determined risk value for each change.

A change management methodology for a bank's systems and applications which includes an evaluation of cybersecurity risk as a decision factor. The method includes calculating a cybersecurity risk level associated with non-security-driven changes to applications and systems in the bank's computing environment and, when the risk level of any change exceeds a threshold, freezing the change until the risk level can be reduced to a lower level. A cybersecurity risk calculation model computes a risk level for a proposed change to a system or application based on numerous factors. The risk level associated with the proposed change is combined with an existing risk level status of the system or application, and the business unit with which it is aligned. The aggregate risk level leads to a decision which is used as a go / no-go checkpoint in the change management methodology.

The embodiment of the invention provides a full-scene change management method and system, and the method comprises the steps: responding to an obtained change request, carrying out the analysis and recognition of the content of a change file, and determining the related change type, and the change file comprises the change operation content related to the change; for the non-field implementation change type, checking the change operation according to the change checking rule set; when the auditing result shows that the current change operation has the risk action point, recording the change operation, and outputting an alarm at the same time; for a field implementation change type, identity information of a user entering and leaving a change area is obtained through identity recognition equipment, and starting and ending time of a change event is determined based on time of entering and leaving the change area; and storing the user identity information, the change area and the change event starting and ending time.

This application provides a product quality design change management method, apparatus, electronic device, and storage medium. The method includes: acquiring order information submitted by a target customer, including product information, usage information, personalized quality requirements information of the target product, and customer information of the target customer; matching the target metallurgical specification code corresponding to the target product from a mapping relationship based on the order information, the metallurgical specification code being used to identify different metallurgical specifications; generating a first quality design result for the target product based on the target metallurgical specification corresponding to the target metallurgical specification code; and if a first change to the order information is detected, and / or a second change to the target metallurgical specification is detected, then modifying the first quality design result to obtain a second quality design result for the target product. This achieves intelligent quality design change driven by multi-source changes, ensuring the accuracy and responsiveness of quality control.

An identifier change management apparatus according to an embodiment includes: a distributed ledger in which an identifier change program holding a public key and a first hash value; an identifier change key input unit that receives a secret key; a hash chain management unit that holds a seed value of a hash value used in the identifier change; a transaction issuing unit that issues an identifier change transaction including a signature value of an electronic signature that has been performed using the secret key and a second hash value generated using the seed value; and a program control management unit that changes the identifier, by the identifier change program, on condition that the signature value included in the identifier change transaction is verifiable by using the public key and a value obtained by applying a hash function to the second hash value becomes the first hash value.

Systems, apparatuses, computer-implemented methods, computing devices, and / or the like are provided. In some embodiments, an adaptive change management framework (ACMF) system for service operations includes a module management service (MMS) configured to define CMDOs associated with one or more stages of a change management lifecycle, wherein each CMDO is structured to include at least one of: rule definition data, acceptance criteria data, or stage duration data; a workflow management service (WMS) configured to define one or more workflow objects, wherein the one or more workflow objects comprise linked combinations of CMDOs; and a change management service (CMS) configured to cause rendering of an ACMF interface comprising task interface elements associated with the one or more workflow objects.

The invention provides an airborne system ICD change method and system, and relates to the field of airborne systems.The airborne system ICD change method comprises the following steps that S1, an airborne system ICD change management environment is initialized, and an interface dependency relationship model is established; s2, receiving a change request, analyzing the change request, and identifying a change type; s3, calling the interface dependency relationship model, executing change influence analysis based on the change type, and generating a change influence report; s4, performing change review and implementation based on the change influence report to obtain a change result; and S5, verifying the change result, and generating a change closed-loop report. The problems that in the ICD changing process of an existing airborne system, the flow is not standard, changing analysis is not comprehensive, different types of ICD changing lacks a targeted method, and changing system collaboration is insufficient are solved, the scientific, controllable, efficient and accurate changing method and system are provided, and the compatibility and reliability of the changed system are guaranteed.

An approach is disclosed that determines that a change is needed to a remote system that is managed by a change management system that manages changes to many remote systems. A change management time window when the change is scheduled to be performed at the selected remote system is identified and a monitoring request is sent to the remote system. The monitoring request causes the remote system to run a monitoring process. The change management system receives an activity notification that was identified by the monitoring process. In response to the activity notification matching the change needed, the change scheduled at the selected remote system is canceled by the change management system.

The invention discloses an incremental updating method, system and device based on real-time change detection and a medium. Comprising the steps that a binary log Binlog of a database is monitored, a DDL operation statement of the database is obtained in real time, and the DDL operation statement is analyzed to generate a field change event; based on the field change event, creating and executing an incremental scanning task for the change field; determining a database name, a table name and a field name in the field change event and an operation timestamp associated with the field change event as retrieval keywords, and retrieving a change approval work order within a preset time range before and after the operation timestamp in a change management system to obtain a change approval work order associated with a change field; and determining the semantic relevancy between the field sensitive type in the classification and grading result and the application reason text recorded in the change approval work order, and if the semantic relevancy reaches a preset relevancy threshold, automatically confirming the classification and grading result. The data security of the sensitive data can be improved.

The invention discloses an efficient vertical machining center BOM building method, and belongs to the technical field of machine manufacturing. The method comprises the following steps that S1, a BOM frame is built based on the modular design concept; s2, carrying out association design by utilizing three-dimensional design software; s3, establishing a BOM change management mechanism; and S4, introducing a related research and development product management informatization system. According to the method, the building efficiency is improved, a large amount of manual input work is avoided, and the BOM building time is greatly shortened; the accuracy is improved, human errors are reduced, and the accuracy and integrity of BOM information are ensured; the method adapts to design changes, can quickly respond to the design changes, timely updates BOM information, and effectively reduces production risks and cost increase caused by the design changes. Data management is facilitated, efficient management and utilization of BOM information are achieved, and data query and analysis of links such as production plan making, purchase management and cost control are facilitated.

This invention relates to the field of intelligent processing of chemical process diagrams and industrial image recognition technology, specifically to an intelligent parsing and change management method for chemical process diagrams (P&ID) based on image processing. The method includes: acquiring a two-dimensional degraded document image containing unstructured modification traces; extracting underlying image connectivity features and character features; inputting a graph neural network to reconstruct an initial logical topology network; dividing local regions and detecting logical conflicts using deterministic topology rules, quantifying the probability value of topological logical conflicts; comparing with a preset danger threshold, actively severing logical connections in high-risk areas and marking them as isolated sub-graph regions awaiting manual review, while retaining connectivity paths in low-risk areas to generate a global topology network; updating the global topology network based on manual review feedback, and outputting the final document drawing change parsing version. This invention significantly improves the recognition stability of complex on-site drawings.

A system and method of tax regulatory change management is provided, comprising: receiving tax filing instructions and e-file schemas of tax forms; converting the filing instructions into output filing instructions and the e-file schemas into output e- file schemas; executing a mapping operation to generate an instruction-to-schema mapping; executing a tax form descriptions operation that generates form descriptions and per-line descriptions of each of the tax forms from the instruction-to-schema mapping using a first generative model; receiving a tax article identifying a tax regulation change; executing an impacted forms operation that uses the form descriptions and the identified tax regulation change as inputs to a second generative model that identifies an impacted tax form; executing an impacted lines operation that uses a third generative model to identify an impacted line from the impacted form; and generating a notification including the impacted line in the impacted form.

A system and method of tax regulatory change management is provided, comprising: receiving tax filing instructions and e-file schemas of tax forms; converting the filing instructions into output filing instructions and the e-file schemas into output e-file schemas; executing a mapping operation to generate an instruction-to-schema mapping; executing a tax form descriptions operation that generates form descriptions and per-line descriptions of each of the tax forms from the instruction-to-schema mapping using a first generative model; receiving a tax article identifying a tax regulation change; executing an impacted forms operation that uses the form descriptions and the identified tax regulation change as inputs to a second generative model that identifies an impacted tax form; executing an impacted lines operation that uses a third generative model to identify an impacted line from the impacted form; and generating a notification including the impacted line in the impacted form.

The present invention discloses a BIM-based building mechanical and electrical full life cycle management platform and its optimization strategy, which relates to the field of building information management technology, and solves the shortcomings of existing BIM technology in processing efficiency, model accuracy, data synchronization and change management; the present invention adopts the data layer to clean and standardize data through machine learning models, and realizes distributed storage through a cloud management system; the model layer constructs and updates high-precision BIM models; the synchronization and collaboration layer uses real-time synchronization mechanisms and blockchain technology to ensure data consistency and traceability; the decision analysis layer performs data analysis and prediction through deep learning algorithms; the full life cycle management layer integrates historical data and current data, and automatically triggers management processes; the present invention greatly improves data processing efficiency and model accuracy, and significantly enhances the seamless sharing capability of information, the transparency of data synchronization and change management, thereby enhancing the overall collaboration efficiency and management level of the project.

Computer Device for Incident and Change Management for Cloud-Based IT Operations

Disclosed herein are system, method, and computer program product aspects for managing and recommending changes of demographic information. An example implementation may operate by receiving a data file containing a plurality of changes associated with one or more fields of one or more entries of demographic information. The implementation may then aggregate the data file based on identifying the plurality of changes in the one or more fields of demographic information to generate an aggregated data file. The implementation may then generate a user interface to request a user to provide a user preference. The implementation may then compare a level of aggressiveness provided by the user to respective scores associated with one or more changes within the one or more entries of the aggregated data file to identify a subset of the one or more changes to apply. The implementation may then apply the subset of the one or more changes to the data file to generate an updated data file. The implementation may then export, in the user interface, the updated data file to the user. The implementation may then update a plurality of scores associated with a plurality of updated changes to be applied in the updated data file.

This system provides a configuration change management system that can more reliably prevent problems such as the production of products of unexpected quality due to the operation of equipment before configuration changes are reflected. [Solution] The setting change management system 1 comprises an instruction information issuing unit 14f capable of issuing setting change instruction information, a touch panel capable of changing setting items in the device based on the setting change instruction information, and a change approval unit 14g capable of reflecting the changed setting items in the device by approving the changed setting items. The device is configured to be inoperable from the time the instruction information issuing unit 14f issues setting change instruction information relating to a setting change of the device until the change approval unit 14g approves the setting change of the device, while the device becomes operational once the change approval unit 14g approves the setting change of the device.

Various embodiments herein described are directed to methods, apparatuses and computer program products configured for improving human-computer interactions and interfaces in integrated service and asset management platforms. In some embodiments, an integrated service and asset management platform may generate and store ticket data objects (for example, incident ticket data objects and / or change ticket data objects). When a new ticket data object (for example, an incident ticket data object and / or a change ticket data object) is received by the integrated service and asset management platform, the integrated service and asset management platform may select one or more related ticket data objects. Additional example embodiments provide various example incident and change management user interfaces that facilitate various user inputs and software operations in the integrated service and asset management platform.

Systems, apparatuses, computer-implemented methods, computing devices, and / or the like are provided. In some embodiments, an adaptive change management framework (ACMF) system for service operations includes a module management service (MMS) configured to define CMDOs associated with one or more stages of a change management lifecycle, wherein each CMDO is structured to include at least one of: rule definition data, acceptance criteria data, or stage duration data; a workflow management service (WMS) configured to define one or more workflow objects, wherein the one or more workflow objects comprise linked combinations of CMDOs; and a change management service (CMS) configured to cause rendering of an ACMF interface comprising task interface elements associated with the one or more workflow objects.

This invention discloses a method, system, and storage medium for institutional flow in spatial object governance, belonging to the fields of spatial object governance and computer data processing technology. It aims to solve the technical problems in existing spatial object change management where changes take effect directly and lack candidate isolation and path-based governance mechanisms before formal effectiveness. The method includes: receiving change trigger information; generating candidate change structures corresponding to the formal spatial structure; reading governance judgment factors related to the candidate change structures; determining the institutional flow path based on the governance judgment factors; processing the candidate change structures according to the institutional flow path and obtaining flow results; writing, updating, or merging the candidate change structures into the formal spatial structure when the formal effectiveness conditions are met; and maintaining them in an ineffective, invalid, or subsequent governance state when the formal effectiveness conditions are not met. Through the isolation of candidate change structures and the dynamic determination of institutional flow paths, this invention achieves isolated governance of spatial object change results, control over formal effectiveness, multi-person confirmation, conflict detection, and controlled access to automated processing results, thereby improving the consistency, controllability, and auditability of spatial object governance.

An identifier change management apparatus according to an embodiment includes: a distributed ledger in which an identifier change program holding a public key used in an identifier change is registered; a distributed ledger management unit that manages the distributed ledger; an identifier change key input unit that receives a secret key used in the identifier change; a transaction issuing unit that issues an identifier change transaction including a signature value of an electronic signature that has been performed using the secret key; and a program control management unit that changes the identifier when the distributed ledger management unit receives the identifier change transaction, by the identifier change program, on condition that the signature value included in the identifier change transaction is verifiable by using the public key.

The invention relates to the technical field of networks, in particular to an internal and external network security collaborative design system and method for high-end equipment manufacturing. The system comprises an access layer configured to support isolated access of an intranet user terminal and an extranet user terminal through a gateway and a firewall; the display layer is connected with the access layer, is developed based on HTML5, CSS3 and JavaScript, and is used for providing a responsive user interface; the business layer is connected with the display layer, adopts a micro-service architecture and comprises a user authentication module, a task management module, a process management module and a change management module; and a data layer. Through an internal and external network separated architecture and multi-system deep integration, the design period is greatly shortened, and the design response speed is greatly improved. And through a unified PDM data source, a standardized task template and a numbering rule, the error rate of drawing production is reduced. And the cost is saved and the safety is improved due to the automation of the process.

The invention discloses a change influence automatic management and control method and system based on static code analysis. The invention relates to the technical field of computers. Starting a static code analysis module, reading a source code of a specified service or a code library, and performing syntactic analysis and semantic analysis; the analysis result comprises classes, methods and calling relations in the service. Constructing a calling dependency graph in the service based on a result of the static code analysis; meanwhile, secondary cleaning is conducted on the static analysis data, and the calling relation between the services is recognized; similarly, constructing a calling dependency graph between the services, and storing the calling dependency graph in a graphic library; according to the method, code changes can be automatically detected and analyzed, the change report is rapidly generated, the influence range is rapidly analyzed, the change evaluation and processing time is greatly shortened, and the overall efficiency of change management is improved. Through comprehensive influence range analysis and dependency relationship carding, potential risks possibly brought by changes can be accurately identified.

The invention relates to the technical state management field, and relates to an auxiliary identification-based validity change management method and system, and a medium, and the method comprises the steps: 1, under a product node, dividing an LRU by taking a CI as a unit, and determining a configuration number and an initial product auxiliary identification number; 2, defining a technical state change object and a change mode; 3, when the technical states of the CI and the LRU on the lower layer of the CI are changed, determining an auxiliary identification number of the CI; 4, configuring a product composition state; two types of auxiliary identification codes and an identification code evolution rule based on a replacement mode are adopted, when the technical state of the aviation product is changed through a product data management system, the system automatically calculates and changes the validity identification of the product LRU by identifying whether the replacement mode is a one-way replacement mode or a two-way replacement mode, and meanwhile, when a new state product structure tree is constructed, a new state product structure tree is constructed. According to the method, a product manager can be helped to quickly judge the replacement relation between the LRUs in different technical states through the identification codes, and the change history of the technical states is improved while the replacement relation between the LRUs in the different technical states is judged; and the problems that the validity identifier is difficult to understand and the management is complicated when the aviation products are managed by using the traditional batch validity are also solved.

The present invention relates to a network system service change management method, device, equipment and storage medium, the method comprising: judging whether there is mutual access between different services, determining the access path, control strategy and first mutual access relationship between the mutual access services; performing service changes according to the service change requirements, the access path and the control strategy, and determining a second mutual access relationship after the service change; verifying whether there are change errors or change omissions according to the first mutual access relationship, the second mutual access relationship and the service change requirements; rectifying the services with change errors or change omissions and updating the second mutual access relationship until the second mutual access relationship meets the service change requirements. The present invention provides a network system service change management method, device, equipment and storage medium, which determine the mutual access relationship between services, verify the changed services, avoid errors or omissions in service changes, and improve the accuracy of service changes.

The invention discloses a model change management model establishment method. The establishment method comprises the following steps: establishing a system information table model; establishing a system information table model; establishing a table-level mapping relation table model; establishing a field-level registration book table model; establishing a field-level blood relationship table model; establishing a change application form model; establishing an association relationship blood relationship analysis table model; and establishing a notification change information table model. And unified management of table model change among enterprises is realized.

The invention discloses a project management system, which comprises a basic data management module, a project management module and a project change management module, and is characterized in that the basic data management module comprises a project stage configuration unit, a stage task configuration unit and a project stage task configuration history unit; the project management module comprises a project module unit, a stage detail unit, a stage task detail unit and a project monthly report unit, and the project change management module comprises a project change recording unit, a stage detail change recording unit and a detail change recording unit. According to the invention, research and development project management essence is refined and integrated, and research and development project management process, transparency, publication and standardization are realized; effective data analysis is formed based on project management, and performance management of research and development personnel is promoted; the method promotes the improvement of the research and development project efficiency of enterprises.

A computer-implemented method includes maintaining lifecycle information related to an AI model as items within an object-oriented data model, validating AI model updates using a change management rule engine with predefined validation rules relating to regulatory compliance, comparing proposed AI model updates to predetermined regulatory compliance rules to ensure updates adhere to regulatory standards, and autonomously approving AI model updates upon determining compliance with the rules. A computing system includes one or more processors and memories having stored thereon instructions that, when executed, cause the system to maintain lifecycle information, validate AI model updates using a rule engine, compare updates to regulatory compliance rules, and autonomously approve updates upon determining compliance. A non-transitory computer-readable medium includes instructions that, when executed, cause a computer to maintain lifecycle information, validate updates using a rule engine, compare updates to compliance rules, and autonomously approve updates upon determining compliance.