24 results about "Function group" patented technology

Provided herein are techniques to facilitate minimizing context for LLM function calling operations. In one example, a method may include obtaining, by an interface system, a user conversation input; providing, to an LLM, for each of one or more interactions between the interface system and the LLM: a description of the interface system; the user conversation input; a list of function groups that describes types of functions that the interface system is capable of performing; and a list of private functions that are callable by the LLM, based on the user conversation input, to receive function context from the interface system or to cause function operations to be performed by the interface system; and providing one or more user conversation outputs based on at least one of the one or more interactions by the interface system with the LLM.

Methods, systems, and computer-readable media are used in graph-based machine learning of analog integrated circuits (ICs). In a first aspect, functional device pairs in transistor-level circuits are detected and classified using a hybrid approach combining a subgraph isomorphism algorithm, such as VF2, with a trained relational-graph convolutional network (RGCN). The VF2 algorithm identifies candidate pairs and initial categories, while the RGCN filters false positives using link prediction scores, preserving category labels for validated pairs. In a second aspect, a relational GraphSAGE model performs multi-class link prediction on a heterogeneous graph with netlist and functional relation edge types, labeling device pairs into analog primitive categories without technology-dependent features and merging overlapping pairs into larger functional groups. In a third aspect, circuit performance is predicted using a hierarchy-aware graph neural network comprising an edge-conditioned convolution (ECC) layer and multiple Circuit graph isomorphism network layers corresponding to hierarchy levels of device groupings.

The invention discloses a method and an apparatus for applicable function reporting in a node for wireless communication. The first node sends the first information block; wherein the first information block is used for indicating S applicable function groups of the first node, any applicable function group in the S applicable function groups comprises one or more applicable functions, and S is a positive integer greater than 1; all the applicable function supports in any one of the S applicable function groups are activated at the same time.

The invention relates to a register resource allocation method, computer equipment, a readable storage medium and a program product. The method comprises the following steps: constructing a function group through a calling relationship between functions, wherein the function group comprises a coroutine kernel function and at least one coroutine subfunction; creating a resource record table corresponding to the function group, wherein the resource record table is used for recording register resources allocated to coroutine kernel functions and / or coroutine sub-functions in the function group; and carrying out register allocation on the coroutine kernel function and the coroutine sub-function in the function group based on the resource record table. By adopting the method, the requirements of local variable register resource isolation and shared variable register resource consistency in a collaborative mode can be met, so that the parallel computing efficiency is improved.

This application discloses a function call method, apparatus, device, and medium to improve the efficiency and accuracy of function calls in a Large Language Model (LLM) for user queries, avoiding the complexity and low accuracy issues associated with directly selecting functions from a massive dataset. The function call method, used by an LLM to call functions for user queries, includes: performing multi-dimensional semantic tagging on the user query using a pre-defined multi-dimensional semantic tagging model to obtain multi-dimensional semantic tagging results corresponding to the user query; grouping functions using the multi-dimensional semantic tagging results pre-determined for at least one function using the multi-dimensional semantic tagging model, and the multi-dimensional semantic tagging results corresponding to the user query, and determining candidate function groups based on the function grouping results; and determining the function call result for the user query using an LLM based on the candidate function groups.

The invention discloses a vehicle-mounted software upgrading method and related products, and the method comprises the steps: determining a target upgrading version corresponding to target software according to an obtained target software package, and then calling a preset interface to stop a target function group associated with the target upgrading version, and modifying the current configuration file of the target software according to the target upgrading version to obtain a target configuration file, finally linking according to the target configuration file, and restarting the target software to finish upgrading of the target software. Wherein the target software package is an installation package for upgrading the target software; the current configuration file is a configuration file of the target software under a target version, and the current configuration file is backed up before being modified; the target function group is operated again after the target software is restarted. In this way, the user experience and the safety of the vehicle are improved.

The invention discloses a smart home equipment management method and device, electronic equipment and a storage medium, and the method comprises the steps: obtaining basic information of target smart home equipment in response to an access request of accessing the target smart home equipment to a management platform; obtaining a plurality of function marshalling in the management platform and the space area position of the smart home equipment included in each function marshalling; determining the proportion of the intelligent household equipment corresponding to the space area position in each function group and the target space area position to obtain an equipment proportion; semantic matching is carried out on the target function attribute and the multiple function groups, and the function matching degree of the target smart home device and each function group is determined; and determining a target function group corresponding to the target smart home device based on the device ratio and the function matching degree, and adding the target smart home device into the target function group, thereby improving the efficiency and accuracy of accessing the smart home device to the management platform of the smart home system.

The application relates to a product recommendation method, a product recommendation device and a storage medium. The product recommendation method comprises the following steps: obtaining historical data of a product, and constructing a first data matrix according to the historical data; the first data matrix comprises function points supported by the product; performing similarity analysis on the first data matrix, and merging function points with a similarity meeting a set threshold into a first product function group according to a similarity analysis result; calculating information gain of the first product function group; selecting the first product function group according to the information gain, obtaining a second product function group; calculating a product recommendation probability of the second product function group, and recommending the product according to the product recommendation probability. Through the application, the calculation amount of product data analysis in a post-processing step is greatly reduced, and the calculation efficiency is improved.

The application discloses a function architecture generation method based on a SysML model and belongs to the technical field of model-based system engineering (MBSE). The application comprises the following steps: constructing a use case and a use case activity according to a requirement; constructing a function structure according to an object flow in the use case and the use case activity; dividing a function group, grouping the use case activity in the function structure into a corresponding function group according to a preset cohesion standard; and generating a function architecture by combining the function structure with the use case activity divided into the corresponding function group as a function element. Further, on the basis of a task use case constructed by SysML, the function structure is constructed according to the object flow in the use case and the use case activity, the use case activity in the function structure is divided into a corresponding function group according to a preset cohesion standard, the use case activity divided into the corresponding function group is taken as a function element, and the function architecture in the form of a SysML internal module diagram is generated by combining the function structure, so that the function architecture is directly obtained from the use case in a direct, intuitive and traceable manner.

The embodiments of the present specification provide a data verification method and device. According to the method, a computing device first acquires function information of a target function group of a target arithmetic circuit, wherein the target arithmetic circuit is used to perform a target computing task instructed by a verification device, and the target function group is used to describe a circuit structure of the target arithmetic circuit. The computing device determines a first function according to a current computing process of the target computing task, wherein the first function is used to describe input and output values of each gate in the target arithmetic circuit in the current computing process. Then, the computing device proves that the first function satisfies a plurality of preset constraint relationships by performing an interactive argument protocol with the verification device, thereby proving the correctness of the current computing process, wherein the plurality of constraint relationships include a constraint relationship between the first function and the function information of the target function group.

The invention relates to the technical field of process parameter optimization, in particular to a stirring container paddle multi-target parameter optimization method and device, equipment and a storage medium. The method comprises the steps of determining a design variable group and a target function group, and obtaining an initial data set corresponding to the design variable group and the target function group through numerical simulation; carrying out sample point sampling on the initial data set to generate a sample set containing a multi-dimensional parameter combination; constructing a response surface model based on the sample set, and performing global optimization on the model through a multi-target grey wolf optimization algorithm to generate a Pareto frontier solution set; and screening an optimal solution from the Pareto leading-edge solution set, performing simulation verification on the optimal solution, and determining the optimal solution as an optimal structure parameter in response to a condition that a verification error is smaller than a preset precision condition. According to the invention, the efficiency and the energy consumption are balanced, so that the beneficial effects of improving the overall performance of the equipment and providing support for industrial production are achieved.

The application discloses a task dynamic allocation method and device for serverless computing, equipment and medium, comprising: constructing a directed call graph according to a task execution structure; initializing each function as an independent group, calculating the initial performance score of each group based on the call relationship, and generating a candidate function group pair set based on the initial performance score; traversing the candidate function group pairs in the candidate function group pair set, dynamically calculating the inter-group fusion benefit of the candidate function group pair based on the initial performance score, merging the candidate function group pairs with inter-group fusion benefits meeting preset conditions to obtain a composite function group; verifying whether the resource consumption of the generated composite function group meets platform constraints, and if the resource consumption exceeds the memory quota limit, reallocating resources; updating the function grouping strategy according to real-time monitoring data, and selecting the optimal composite function group set that maximizes the platform utility to execute the task through a reverse pricing mechanism. The application improves the cloud server resource utilization efficiency and performance.

The application provides a fault code management method, device and equipment of a vehicle and a medium, comprising: configuring a corresponding function identifier value for each diagnostic event identifier; wherein diagnostic events sharing the same diagnostic fault code and having a function identifier value greater than a preset value belong to the same function group; when a diagnostic event processing request is received, determining whether the diagnostic event belongs to a function aggregation mode according to the function identifier value of the diagnostic event; if it belongs to the function aggregation mode, only storing a single diagnostic fault code record corresponding to the function group in the non-volatile memory, performing a bitwise OR operation on the real-time state bytes of the multiple diagnostic events belonging to the same function group based on the function identifier value to generate an aggregated state byte; and the aggregated state byte is used to represent the overall health degree of the function group. The logical aggregation of diagnostic information and the physical storage decoupling are realized, the storage overhead is greatly reduced on the premise of ensuring the information integrity, and the fault diagnosis efficiency and maintainability are significantly improved.

The application discloses a kind of working mode management method and system for power grid dispatching system, and main system and standby system are parallelly operated and share function group information;Method includes: obtaining function group information;In response to the control instruction of switching the working mode of function group, the working mode is switched;In response to the function group information that the peer system synchronizes to the local system, the working mode of each function group in the local system is adjusted;In the case where main communication link is normal and can interact information, function group information synchronization of the local system and the peer system is carried out through main communication link;In the case where main communication link is abnormal and cannot interact information, function group information synchronization of the local system and the peer system is carried out through slave communication link.The application realizes the master-slave working mode management of "function group" level, so that main system and standby system can jointly undertake business, and the reliability and efficiency of system operation are improved as a whole.

The application relates to a register resource allocation method, computer equipment, a readable storage medium and a program product. The method comprises the following steps: constructing a function group through a calling relationship between functions, the function group comprising a coroutine kernel function and at least one coroutine sub-function; creating a resource record table corresponding to the function group, the resource record table being used for recording register resources allocated for the coroutine kernel function and / or the coroutine sub-function in the function group; and performing register allocation for the coroutine kernel function and the coroutine sub-function in the function group based on the resource record table. The method can meet the demand that local variable register resources are isolated and shared variable register resources are consistent in a cooperative mode, thereby improving parallel computing efficiency.

System (100) for verifying partial functions of advanced driver assistance systems (ADAS) and / or automated driving systems (ADS) at synchronization points (750, 755), wherein a synchronization point (750, 755) is a predefined point in time or phase in the development process of an ADAS / ADS system at which all necessary changes to the system architecture, software or hardware are integrated, and wherein specific test cases (350) are executed at this synchronization point (750, 755) to ensure that all relevant functional groups (450) function properly, comprising an input module (200) for inputting available functional groups (450) and synchronization points (750), in particular with specifications relating to the system architecture or software updates;a test case generation module (300) configured to generate a set of test cases (350) for testing and verifying an ADAS / ADS system; a function grouping module (400) configured to divide the set of test cases (350) into function groups (450), each function group (450) representing a sub-function of the ADAS / ADS system; a prioritization module (500) configured to assign priority classes (550) to the function groups (450) based on the probability of errors occurring and the effort required to correct them; a synchronization module (700) configured to assign the corresponding function groups (450) and the test cases (350) associated with the function groups (450) to the synchronization points (750, 755);a test management module (800) configured to consider the maximum number of test cases (350) per synchronization point (750) and, if this number (350) is exceeded, to move test cases (350) with a low priority class (550) to subsequent synchronization points (755); and an output module (900) configured to output the selected test cases (950) for a synchronization point (750) to increase the efficiency of verification tests and reduce resource requirements.

The invention relates to a multifunctional cell element design method for additive manufacturing, belongs to the technical field of structural design, and particularly relates to the field of multifunctional cell element design subdivision for additive manufacturing. According to the method, the entity thickness of the TPMS curved surface structure can be adjusted by adjusting the level set parameters in the formula, and the relative density of cell elements is changed. According to the method, a function group of each cell configuration feature is established, Boolean operation summation and intersection operation of the structure is realized through a maximum value function and a minimum value function, and the complex mixed cell structure design is completed; according to the method disclosed by the invention, a design and characterization method of the mixed truss lattice and TPMS curved surface structure is established based on a topology description function method, and means and tools for researching the geometric structure of cell elements are expanded.

The invention relates to a register resource allocation method, computer equipment, a computer readable storage medium and a computer program product. The method comprises the following steps of: constructing a function group through a calling relationship among functions, allocating register resources for each coroutine function in the function group, and generating a corresponding assembly instruction; based on the register usage amount of each coroutine function, determining a register constraint of a device function of each device, and based on the register constraint, allocating register resources for each device function and generating a corresponding assembly instruction; after all the functions complete register resource allocation, generating a configuration config instruction for each coroutine function based on an allocation result, and generating an assembly code for realizing register resource allocation based on each assembly instruction and the config instruction of each coroutine function; wherein the assembly instruction is used for indicating the allocated register logic address, and the config instruction is used for realizing offset mapping from the register logic address to the physical register. By adopting the method, register resource conflicts during function calling can be avoided.

An electronic control device includes: a manifest file acquisition unit; an update program acquisition unit; and a reprogram execution unit that executes reprogramming according to a machine state and a function group defined in a manifest file by instructing an electronic control unit as a reprogram target device to write the update program. The manifest file defines a normal state and a reprogram state as machine states conforming to a predetermined in-vehicle software platform standard specification; a first group to which a reprogrammable application while a vehicle drive mechanism is running belongs as a function group conforming to the specification; a second group to which an application not relating to the reprogramming belongs; and an activation state and a stop state in each of the first group and the second group.

The invention relates to a system (100) for verifying sub-functions of ADAS / ADS systems at synchronization points (750, 755). The system (100) comprises an input module (200) for inputting available function groups (450) and synchronization points (750); a test case generation module (300) configured to generate a set of test cases (350); a function grouping module (400) configured to divide the set of test cases (350) into function groups (450); and a prioritization module (500) configured to assign priority classes (550) to the function groups (450) based on the probability of errors occurring and the effort required to correct them. a synchronization module (700) that is configured to assign the respective function groups (450) and the test cases (350) associated with the function groups (450) to the synchronization points (750, 755);a test management module (800) configured to consider the maximum number of test cases (350) per synchronization point (350) and, if this number (350) is exceeded, to move test cases (350) with a low priority class (550) to subsequent synchronization points (755), and an output module (900) configured to output the selected test cases (950) for a synchronization point (750).

The application discloses a kind of based on synchronous prevention's engineering project whole cycle audit supervision method and system, belong to engineering construction management technical field.Method includes: through semantic data access, federal learning data cleaning and digital twin situation construction, multiple-source heterogeneous engineering data is converted into situational information assets;Based on knowledge graph, deep reinforcement learning and three-layer attention mechanism, realize the risk identification associated with engineering key node dynamically;Intelligent evidence is obtained using neural-symbolic reasoning framework, and trusted evidence is realized using blockchain technology;Based on historical cases, generate rectification strategies and monitor the whole process, feedback the results to the knowledge base, form a closed-loop optimization.The application synchronously binds audit supervision activities with engineering nodes (early warning-process-post), intelligently classifies and automatically defines responsibilities based on design, cost, construction, supervision and other functional groups;It realizes active prevention, and improves the real-time, accuracy and traceability of audit supervision.

The invention discloses a servo control parameter binding method based on function grouping. The method comprises the following steps: performing function grouping on servo control parameters; distributing a globally unique function group identifier for each created function group as a unique basis for performing all subsequent operations on the function group; binding and packaging of servo control parameters are completed, and a parameter binding unit is generated; completing parameter group level verification on the obtained parameter binding unit; the verified parameter binding unit is persistently stored in a configuration center, a database or a version control system; when an application program runs, all parameters in the whole parameter binding unit are obtained and loaded at a time by requesting a function group identifier from a configuration service interface, so that the collaboration and consistency of parameter application are ensured; performing version control on each parameter binding unit; and when any parameter in the function group is changed, a new version is generated and a historical version is stored, so that change tracking and one-key rollback are realized.

The application relates to a register resource allocation method, computer equipment, a computer readable storage medium and a computer program product. The method comprises the following steps: constructing a function group through a calling relationship between functions, allocating register resources to each coroutine function in the function group and generating corresponding assembly instructions; determining register constraints of each device function based on register usage of each coroutine function, allocating register resources to each device function based on the register constraints and generating corresponding assembly instructions; after register resource allocation of all functions is completed, generating a configuration config instruction for each coroutine function based on an allocation result, and generating assembly code for implementing register resource allocation based on each assembly instruction and the config instruction of each coroutine function; wherein the assembly instruction is used for indicating an allocated register logical address, and the config instruction is used for realizing offset mapping of the register logical address to a physical register. The method can avoid register resource conflicts during function calling.

The present application relates to the technical field of database, especially to a multi-source database construction method, model, database system and storage medium.The method comprises the following steps: grouping the functions of multi-source isomorphic databases according to business classification to obtain function groups, and configuring a static SQL resource package corresponding to each function group; configuring a public Mapper interface of each static SQL resource package, and associating the public Mapper interface with each static SQL resource package under the same function group through a namespace class identifier; and configuring an extended Mapper interface corresponding to the public Mapper interface according to the agency number associated with each multi-source isomorphic database. All multi-source isomorphic databases share the same static SQL resource package, thereby reducing the development difficulty caused by repeated SQL configuration among each multi-source isomorphic database, and the difficulty of later database maintenance.