13 results about "Consistency management" patented technology

Techniques for coherency management based on coherent hierarchical cache line tracking are disclosed. A plurality of processor cores is accessed. Each processor of the plurality of processor cores includes a local cache. A hierarchical cache is coupled to the plurality of processor cores. The hierarchical cache is shared among the plurality of processor cores. Coherency between the plurality of processor cores and the hierarchical cache is managed by a compute coherency block (CCB). A cache line directory is provided for the CCB. The cache line directory includes a core list field and a cache line present field. A cache line operation is detected. The cache line operation is detected by the CCB. The cache line operation is represented by an entry in the cache line directory. The cache line operation is performed, based on corresponding values of the core list field and the line present field.

The application discloses a method for executing data writing by using an autonomous yielding mechanism in a multi-CPU architecture, which is suitable for a solid state disk storage device. The method divides a main buffer area into multiple sub-buffer areas, each of which corresponds to at least one CPU, independently processes data writing and maintains a writing state; a global data consistency mark table and a local mark table are established to track the writing progress of each sub-buffer area, forming a double-layer consistency management. Each CPU sequentially writes data according to the corresponding sub-buffer area, and autonomously judges whether to interrupt, shorten or abandon the current writing section based on local observation information, temporarily yields the writing permission to other CPUs, temporarily retains and tracks the written data, continues writing when the subsequent CPU is completed or the system allows, and synchronously updates the mark table after any writing or yielding is completed, so as to maintain data consistency and overall efficiency.

This invention relates to the field of data management technology, specifically to a method, apparatus, computer equipment, and storage medium for multi-source data consistency management. The method includes: acquiring data records from at least two source systems to generate change events; converting the change events into evidence records containing original values ​​and contextual information based on a semantic rule registration library, and generating a standardized value view; performing entity parsing based on the standardized value view to obtain a set of candidate entity matching relationships, and outputting a credible candidate set through semantic equivalence transformation stability testing and evidence conflict measurement; performing constraint consistency inference based on the credible candidate set and the semantic rule registration library to generate a consistency state snapshot and a correction action plan; generating a synchronous execution rule set based on the correction action plan and performing a pre-rehearsal acceptance test; executing correction and re-collecting verification when successful, and rolling back when unsuccessful. This invention improves the traceability of cross-source consistency determination and the verifiability of correction execution, and reduces the risk of erroneous corrections.

The application discloses a service architecture, a synchronization method, a scheduling method, a reconstruction method and a service node, and relates to the computer technical field, to solve the problems of high time delay requirement, inflexibility and difficult data consistency guarantee of the existing distributed service scheme. The distributed user service architecture comprises a user service dynamic scheduling component, which is used for predicting and scheduling service nodes of users and managing the consistency of event flow data between the service nodes; a plurality of service nodes distributed in a region, each service node comprising an event source component and a stateful user service system; the stateful user service system is used for generating and consuming events; the event source component comprises: an event source library, which is used for recording the source reconstruction of event flow data and user service states of users; and an event source synchronization component, which is used for synchronizing the event flow data between the service nodes. The embodiment of the application has low time delay bandwidth requirement and can flexibly realize the consistency management of data.

To implement a hybrid of software and hardware coherency management, a device can receive an unrestricted-access read request for memory that corresponds to a cache line from a first host and record an indication of the unrestricted-access read request with respect to the cache line. Here, the indication can include an identifier for the first host. However, if the device receives a shared-access read request for the cache line from a second host, the device does not record an identifier of the second host. Rather, the device can communicate an invalidation request for the cache line to the first host using the identifier for the first host to provoke the first host to write-back the data and invalidate the cache line.

This application provides a data processing method and system. The data processing method includes storing basic spare parts data in the heap and a spare parts specification template; weighting and concatenating multiple pre-filled corpora to obtain confidence scores; performing confidence processing on the pre-filled corpora based on the confidence scores to obtain confidence results; in response to the confidence results reaching a threshold, extracting one or more form-filling corpora from the basic spare parts data in the heap; and filling the spare parts specification template with the target form-filling corpora determined from at least one form-filling corpus to obtain a spare parts specification. The data processing method and system provided by this application can realize automatic filling and consistency management of spare parts specifications, improving management efficiency and accuracy.

This invention provides an interactive service collaborative processing system and method under a hospital cloud health model, relating to the fields of medical informatics and cloud computing technology. The system includes a gateway layer, an integration platform layer, a service management layer, and a data support layer. The gateway layer includes an entry gateway, an exit gateway, and a gateway collaboration interface module. The integration platform layer includes a service collaboration management module. The service management layer includes a service registration center, a unified authentication and authorization module, a service release and maintenance module, and a full-link monitoring module. The data support layer includes a service metadata database, an authentication and permission database, and a log audit database. This invention, through a four-layer collaborative management architecture, uses the service registration center as the collaboration hub to achieve bidirectional data synchronization and consistency management between the integration platform and the gateway, solving the technical problems of fragmented service management and inconsistent data, and realizing unified, efficient, and secure management throughout the entire service lifecycle.

The application discloses a switch cabinet multi-dimensional state synchronous sensing system and method. The system comprises at least: a plurality of lower computers for multi-dimensional state acquisition, which are arranged in each monitoring area of the switch cabinet and are used for acquiring, synchronously collecting, locally processing and uploading data of multi-source state information in a field environment; an upper computer, which is in communication connection with the plurality of lower computers, is used for centrally receiving, storing and processing data uploaded by each lower computer, and serves as a main control node of the system; and a system logic control module, which is arranged in the lower computer and the upper computer, is used for realizing cooperative operation of the plurality of lower computers and time consistency management, and controlling a collection mode of each lower computer. Through cooperative design of a hardware function module and the system logic control module, synchronous collection, transmission and centralized management of multi-dimensional state information under a unified time reference are realized.

This invention relates to the field of software development and user interface (UI) engineering technology, and particularly to a method and apparatus for user interface design consistency control. The method, executed by a management device, includes: generating a UI design specification template for at least one project based on the UI design specifications of at least one project; storing the UI design specification templates for at least one project in a template library; receiving a template retrieval request from a first user device; and after the user device passes permission verification based on a first verification code, retrieving at least a portion of the content from a matching UI design specification template in the template library according to the project number, and sending it to the first user device so that the first user device can develop pages accordingly. This method enables efficient and consistent page development, ensuring page standardization and consistency, improving page development efficiency, and reducing communication costs during page development.

The application discloses a dynamic knowledge consistency management and gating control method based on a dependency graph, comprising the following steps: acquiring source knowledge data, downstream dependency data and knowledge state structure information, constructing a dependency graph, detecting that the source knowledge data is added, changed, invalidated, replaced or state-switched, determining an affected subgraph, performing differential consistency verification on downstream dependency nodes in the affected subgraph, generating a control result according to the verification result and the node type, and writing the control result into a management record to perform update control, query control, output control or state-switching control. The method can improve the consistency management efficiency, control accuracy and closed-loop control capability in a dynamic knowledge environment.

This invention discloses a full-cycle digital management system for medical waste treatment, relating to the field of waste treatment technology. It includes a modeling and governance module for uniformly modeling the turnover containers, storage tanks, and responsibility areas in the entire lifecycle, and establishing executable channel rules and responsibility boundaries for location migration; a data collection and generation module for automatically witnessing and collecting handover events of turnover containers and storage tanks at each responsibility area and generating verifiable event evidence packages to form an offline, continuously recorded event sequence; and a merging and reconciliation module for verifiable merging of event chains formed by multiple network domains. This invention, by using turnover containers—storage tanks—responsibility areas as the operational objects, constructs a consistency management mechanism of location-witnessed event evidence packages + offline event chains + conservation constraint conflict resolution, achieving verifiable continuity of the full-cycle handover responsibility chain under network partitioning and a closed loop for reconciliation of treatment processes.

This invention discloses a blockchain-based method for the security and full-process management of engineering cost data, comprising: Step 1: collecting engineering project cost data and performing event decomposition to generate event-level cost atomic units and associating them with cost documents; Step 2: constructing an event-level causal state graph and generating cost item nodes; Step 3: performing content addressing processing on cost documents to generate version nodes and establishing association relationships; Step 4: performing differential calculation on cost documents before and after revision to generate differential nodes; Step 5: establishing version-derived edges and differential-bearing edges based on an improved FileDAG structure and writing them into the approval and confirmation relationship; Step 6: establishing reference-locking edges and determining the current legitimate version node; Step 7: performing consistency verification and writing the data into the blockchain ledger or abnormal branch structure respectively. This invention achieves secure storage and full-process consistency management of engineering cost data.