13 results about "Logical view" patented technology

The invention designs and implements a performance test environment construction method oriented to cross-chain transaction of block chains. The system supports a user to customize test scripts and execution parameters according to test requirements, tasks are executed and workloads are initiated at the same time through multiple actuators, a load scene of a tested cross-chain application system is created, the whole process of cross-chain transaction from an initiator to a receiver is tracked at the same time, key data are collected, and performance test indexes are calculated. And a visual result report is generated. Comprising the following steps: analyzing system requirements, and describing and analyzing functional requirements and non-functional requirements of a system; carrying out summary design on the system, and respectively designing and describing the system from a logic view angle, a process view angle, a development view angle and a physical view angle; detailed design is carried out on each module of the system, and a scheme is designed for the modules from two different perspectives of a class diagram and a time sequence diagram; and carrying out system testing and summarization on the system.

This invention discloses a chip defect handling method, apparatus, device, and readable storage medium, relating to the field of chip technology. The method includes the following steps: acquiring physical identifiers of multiple computing cores and assigning logical identifiers to them; determining the physical identifiers of computing cores with manufacturing defects; establishing a mapping relationship between physical identifiers and logical identifiers, mapping the physical identifiers of computing cores with manufacturing defects to preset logical identifiers according to the mapping relationship, and mapping the physical identifiers of computing cores without manufacturing defects to other logical identifiers besides the preset logical identifiers; wherein the preset logical identifiers remain fixed; and disabling the computing cores corresponding to the preset logical identifiers. This invention maps physical identifiers at different physical defect locations to the same preset logical identifier, ensuring that the logical addresses of chips with failed computing cores at different locations are consistent, thus unifying the logical view from the system software perspective and significantly improving chip yield.

The invention provides a structure information processing method and device for a system-on-chip, and the method comprises the steps: obtaining a logic hierarchy tree of the system-on-chip in a logic view stage; aiming at each node of the logic hierarchy tree, according to a preset macro name construction rule, a logic macro name of the node is generated through a node name of each node in a structure path of the node on the logic hierarchy tree, and the structure path refers to a path from a root node of the logic hierarchy tree to a leaf node corresponding to each node; generating a logic macro definition file corresponding to the logic view stage according to a mapping relationship between a hierarchical path from each node of the logic hierarchical tree to a root node and a logic macro name, introducing the changed hierarchical path into the logic macro definition file when the hierarchical path is changed, and establishing a mapping relationship between the changed hierarchical path and the logic macro name; the hierarchical path is replaced by the logical macro name.

The application provides a data processing method and device, equipment, a storage medium and a program product. The method comprises: obtaining a first logical view of an input first tensor, wherein a first logical dimension arrangement of the first logical view comprises a batch dimension, a sequence dimension and a hidden state dimension in sequence; performing first rearrangement of the first logical view based on a second logical dimension arrangement to obtain a second logical view of the first tensor, wherein the second logical dimension arrangement comprises the sequence dimension and a merged dimension in sequence, and the merged dimension is a product of the batch dimension and the hidden state dimension; and performing set communication on the first tensor in the sequence dimension based on the second logical view. The application can reduce the memory usage of data processing in a computer cluster, improve the speed of data processing, and improve the performance of the computer cluster.

Obtaining a unified data model, wherein the unified data model provides a logical view of a plurality of data structures of a computing platform, wherein the computing platform is in communication with a plurality of cloud service providers that each provide respective storage services for the computing platform. Providing an abstraction layer, wherein the abstraction layer maps respective attributes of the unified data model to corresponding attributes of each of the plurality of cloud service providers. Selecting, by the abstraction layer, a first storage scheme of a first cloud service provider of the plurality of cloud service providers. Receiving, from a user, a first input. Translating, by the abstraction layer responsive to the first input and based on the mapping between the respective attributes of the unified data model to the corresponding attributes of the first cloud service provider, the first input to a first set of storage instructions native to the first cloud service provider, wherein execution of the first set of storage instructions cause a first resulting logical view of the data structures of the computing platform. Seamlessly and dynamically switching, by the abstraction layer, from the first storage scheme to a second storage scheme of a second cloud service provider of the plurality of different cloud service providers without notifying the user. Receiving, from the user, a second input, wherein the second input is the same as the first input. Translating, by the abstraction layer responsive to second first input and based on the mapping between the respective attributes of the unified data model to the corresponding attributes of the second cloud service provider, the second input to a second set of storage instructions native to the second cloud service provider, wherein execution of the second set of storage instructions causes a second resulting logical view of the respective data structures of the computing platform, wherein the second resulting logical view is the same as the first logical view.

The invention provides a data processing method and device, equipment, a storage medium and a program product. The method comprises the steps that a first logic view of an input first tensor is acquired, and first logic dimension arrangement of the first logic view sequentially comprises a batch dimension, a sequence dimension and a hidden state dimension; the first logic view is subjected to first rearrangement based on second logic dimension arrangement, a second logic view of the first tensor is obtained, the second logic dimension arrangement sequentially comprises a sequence dimension and a merging dimension, and the merging dimension is a product of a batch dimension and a hidden state dimension; set communication is performed on the first tensor in the sequence dimension based on the second logical view. According to the method, the memory utilization rate of data processing in the computer cluster can be reduced, the data processing speed is increased, and the performance of the computer cluster is improved.

The embodiment of the invention provides a response view determination method and device of an application program, equipment and a storage medium, and the method comprises the steps: obtaining a current touch position in an application interface, and determining a response view of the application program based on preset attribute information of each interaction view in the application interface, a corresponding logic view hierarchical relationship and the current touch position; determining a target view response chain; generating view indication information according to the current calling states respectively corresponding to the plurality of preset system callback events; and determining a response view corresponding to the current touch position according to the view indication information and the target view response chain. According to the scheme, the natural view hierarchical relation conforming to the use habits of the user can be followed, it is guaranteed that the transmission direction of the touch event is consistent with the user expectation, it is guaranteed that the touch event is transmitted to the correct interaction view for response, and the use experience of the user is guaranteed.

This application discloses a method and system for end-to-end order-preserving scaling and scaling of stream processing based on fixed logical partitions. This method introduces a fixed logical partition layer between business keys and physical resources, establishing a two-level mapping architecture of "business key → logical partition → physical partition," thus decoupling business identity from physical location. Logical partition identifiers are encoded into message key-value pairs and transmitted transparently throughout the entire chain, enabling each layer to work collaboratively based on a unified logical view. During scaling, a three-phase consistency switching protocol is executed, and end-to-end data order preservation is ensured through dual-version parallel routing, cross-partition consumption merging, and a dual-condition confirmation mechanism. This invention resolves the core contradiction between "order preservation" and "elastic scaling" in stream processing systems, achieving strict order preservation, smooth switching, and automatic disaster recovery during dynamic adjustment of physical resources. It possesses good scalability and versatility, and is applicable to various distributed stream processing scenarios requiring strict order preservation.

The application belongs to the technical field of software development tools, and particularly relates to a development system supporting rapid construction of an interactive interface, comprising the following steps: constructing a central state machine model, which is used to define all discrete states of the interactive interface and transition conditions between the states; providing a design view, which is used to edit properties of user interface components bound to the states in the central state machine model; and providing a logic view, which is used to edit data processing logic for realizing state transition conditions and state accompanying actions in a node programming manner. The application can introduce the central state machine model as a "single data source" of the interactive interface, and construct a powerful synchronization engine, so as to seamlessly connect and synchronously realize the user interface, the business logic and the state model in real time, thereby significantly improving the maintainability, the cooperation efficiency and the debugging experience of the interactive interface development, and reducing the development threshold.

The invention relates to the field of artificial intelligence, can be applied to business system platforms of finance, medical health and the like, and discloses a data fusion method, device, equipment and medium based on dynamic atlas remodeling, and the method comprises the following steps: carrying out semantic perception and extraction on each data source to obtain data entities and attributes; according to data entities and attributes, constructing a corresponding dynamic logic view map, and performing map fusion remodeling of semantic association; generating a corresponding global logic view based on the remodeled dynamic logic view map; receiving a query request submitted by a user based on the global logic view, and splitting and rewriting the query request to obtain a plurality of sub-query requests; and executing all the sub-query requests, fusing query results of the sub-query requests, and returning a fused query result to the user. By constructing a dynamic logic view map and remodeling the map, a global logic view is flexibly generated after dynamic fusion based on semantic perception, and the flexibility and reliability of data fusion and query are effectively improved.

The application provides a system chip structure information processing method and device, wherein the method comprises: acquiring a logic level tree of a system chip in a logic view stage; for each node of the logic level tree, generating a logic macro name of the node according to a preset macro name construction rule through a node name of each node in a structure path of the node on the logic level tree, wherein the structure path refers to a path from a root node of the logic level tree to a leaf node corresponding to each node; generating a logic macro definition file corresponding to the logic view stage according to a mapping relationship between a hierarchical path between each node of the logic level tree and the root node and the logic macro name, and introducing a changed hierarchical path into the logic macro definition file and establishing a mapping relationship with the logic macro name when the hierarchical path changes, so as to replace the hierarchical path with the logic macro name.

The invention provides an airplane hydraulic system software graphical parameterization design method and system, and belongs to the technical field of aviation electromechanical engineering.The method specifically comprises the steps that multiple types of logic requirement models of a hydraulic system are established, and an attribute parameter template is set for each type of logic requirement model; according to the type of the logic demand model, attribute parameter selection or filling is carried out on each type of logic demand model in an attribute parameter template; on the basis of the attribute parameters, linking the multiple types of logic demand models to generate demand entries; converting the demand items into a logic model library used by canvas; and establishing a hydraulic system logic view according to the hydraulic system logic demand table and the logic model library. The processing scheme has the advantages that the model is simple, the steps are simplified, operation is convenient, and the working efficiency is improved.

The invention relates to the field of artificial intelligence, can be applied to business system platforms of finance, medical health and the like, and discloses an event-driven adaptive data scheduling method, device and equipment and a medium. When a change event of a specified type is captured, metadata before and after a source system is changed are analyzed, a corresponding dynamic mapping rule is generated according to a current mapping strategy, and a global logic view is updated; when a query instruction is received, the scheduler based on reinforcement learning generates an optimal scheduling execution plan according to the current system state information under the guidance of the current optimal execution strategy; executing an optimal scheduling execution plan based on the updated global logic view and collecting execution performance data; and updating the current mapping strategy and the current optimal execution strategy for the next round of source system event change processing. The data flow change is automatically sensed, adaptive data scheduling optimization is carried out, and the robustness of data federal scheduling is improved.