11 results about "Local call" patented technology

The invention discloses a multi-agent collaborative calling method and system based on knowledge graph association, and relates to the technical field of data processing, and the method comprises the steps: carrying out semantic analysis on a task original demand text to extract a task feature vector; then a multi-agent semantic knowledge graph is called for matching, a target agent set is recognized, and a local calling sub-graph is constructed; then, the initial association weights of the sub-graphs are dynamically corrected based on the task feature vectors, and a real-time association matrix is obtained; then quantizing cooperation priority and dependence intensity, executing redundancy elimination based on semantic projection gradient, and generating a calling sequence in combination with a bottom layer physical load state; and finally, acquiring real-time physical load and resource occupation conditions during execution, executing conflict scheduling based on the dynamic access quota model, and issuing an adjustment instruction. The method has the advantages of accurate collaboration, dynamic self-adaption and good calling effect.

The invention discloses a micro-service merging deployment method and system based on self-adaptive routing of a Feign client, and the method comprises the steps: S100, extracting detailed metadata of each interface method at the last stage of Spring Boot application starting, and registering the detailed metadata in a mapping registry; s200, when a Feign client interface is called, the Feign client interface is captured and intercepted by a dynamic proxy mechanism of the Feign; s300, analyzing target information of the current Feign request, extracting a URL path to be called and an HTTP method, and selecting a calling method; s400, after it is determined that the local call is executed, a Spring Security security authentication object is constructed; s500, matching and converting the parameter list and the parameter list of the target controller method, and directly calling the target controller method in the current process; and S600, after the local method is executed, obtaining a return result, translating the return result into a return type declared by the Feign client interface, and returning the return type to the business code which initially initiates the call along the original path. And the process can be efficiently called without depending on an external service registration center.

This application relates to the field of simulation and testing technology, and in particular to a remote CAN simulation system and method. The system includes: a first terminal and a second terminal connected via Ethernet; the second terminal accesses the system to be simulated via a CAN bus or CANFD bus. The first terminal receives remote command parameters input from an external source, packages the remote command parameters based on a preset protocol to obtain a message body to be sent, and sends the message body to the second terminal. The second terminal receives the message body to be sent, parses it into a local call instruction, and calls the SocketCAN function according to the local call instruction to complete data interaction with the bus of the system to be simulated. This system provides a highly versatile remote CAN simulation architecture, which helps reduce system usage costs and facilitates deployment.

The invention relates to a table connection method and device and computer equipment, and belongs to the technical field of data processing.The method comprises the steps that in response to a table connection processing request for a first data table and a second data table, a first occupied memory of the first data table and a second occupied memory of the second data table are determined; and determining the target local shared memory pool according to the minimum occupied memory between the first occupied memory and the second occupied memory. And sending the data table corresponding to the minimum occupied memory to the target local memory shared pool, so that each computing node calls the data table corresponding to the minimum occupied memory from the target local memory shared pool, and executes a table connection operation for the first data table and the second data table. On the basis of the table connection establishment method and device, the network bandwidth occupied by data table transmission during table connection establishment is effectively saved, and due to the fact that each computing node can acquire the data table corresponding to the minimum occupied memory in a local calling mode, the table connection establishment efficiency is effectively improved.

The invention relates to a call center intelligent telephone traffic distribution scheduling method and device, equipment and a medium. The method comprises the following steps: acquiring session metadata collected by a local call center system, performing standardized desensitization processing on the session metadata, and standardizing the session metadata into an inbound event in combination with meta-information of each call center system; performing session intention extraction, service complexity scoring and customer value estimation on the inbound event to obtain an enhanced interaction file; generating a candidate micro-queue list according to the enhanced interaction file and each system state snapshot, and performing expected cost estimation on each candidate micro-queue in the candidate micro-queue list to obtain an expected cost score corresponding to each candidate micro-queue; and based on the service constraint, solving according to the candidate microqueue list and the expected cost score thereof to obtain a scheduling decision, and initiating a resource reservation request to a target call center system pointed by the scheduling decision to obtain a resource reservation token and a transfer token. By adopting the method, the scheduling waiting time and the switching failure rate can be reduced.

This invention belongs to the field of software refactoring and serverless computing technology, specifically relating to a fine-grained service decomposition and dynamic deployment method for object-oriented applications in edge environments. By constructing a method call graph through static analysis, and for the first time applying a hybrid heuristic algorithm combining particle swarm optimization and genetic operators to this graph partitioning problem, it can intelligently find a decomposition scheme that minimizes cross-function communication overhead while satisfying the limited resource constraints of edge nodes. This fundamentally solves the contradiction between computing resources and communication latency that traditional decomposition methods struggle to balance. Furthermore, by introducing Function-as-a-Service (FaaS) proxies and wrappers, it achieves automated refactoring of the original object-oriented code, enabling seamless migration of tightly coupled local calls to a distributed FaaS environment. This significantly reduces the technical threshold and operational complexity of application migration, achieving fine-grained resource utilization and elastic scaling.

The invention discloses a calling method and device for machine tool communication drivers and electronic equipment, and relates to the technical field of communication, and the method comprises the steps: packaging each machine tool communication driver based on a development language of each machine tool communication driver in L machine tool communication drivers, obtaining a dynamic link library file / remote calling service corresponding to each machine tool communication drive; creating a local calling module corresponding to the dynamic link library file and a remote calling client corresponding to the remote calling service; creating an adapter corresponding to the local calling module and an adapter corresponding to the remote calling client to obtain M adapters; and controlling the target system, and calling the L machine tool communication drives based on the adapter interfaces corresponding to the M adapters. The technical problems of low communication efficiency and high communication cost when an upper-layer system calls a machine tool communication drive based on the prior art are solved.

The invention discloses a cross-programming language function call implementation method and device and a medium. The method comprises the steps that a function call request is sent to a webpage side; obtaining an execution result of the webpage end; and converting the object identifier in the execution result into a local object according to a preset function library, converting the target format data into a local data type to obtain a conversion result, and feeding back the conversion result to a local calling party. According to the cross-programming language function call implementation method and device and the medium, by unifying call parameters and interface definitions, positioning and executing functions by means of a preset object or a class matching mechanism, and converting result data by means of a preset function library, a cross-language function call link is opened in the whole process, and the cross-programming language function call efficiency is improved. The workload of adaptive development and compatibility testing is reduced, and the problem that the development and testing cost is high due to the fact that function-level cross-language calling between a local program developed by different programming languages and a network end program is difficult to achieve can be solved.

The invention provides a privacy set intersection method and device, a storage medium and a program product, relates to the technical field of computers, and is used for reducing the leakage risk of data in the transmission and processing process and improving the accuracy of an intersection result. The method comprises the following steps: receiving a filter sent by verification equipment; confusing the local call data of the matching device to obtain a confused data set, and sending the confused data set to the verification device to enable the verification device to encrypt the confused data set; receiving an encrypted confusion data set sent by the verification equipment; and matching with the encrypted confusion data set based on a filter to obtain a privacy data intersection.

The application discloses an enterprise data intelligent processing method and system based on cloud edge cooperation, relates to the technical field of cloud computing, and comprises the following steps: collecting a plurality of data collection sources of a target enterprise; analyzing local data calling transmission scenes of the plurality of data collection sources to establish a plurality of local calling relationship networks; then analyzing local calling demands and planning edge end data processing paths according to the local calling relationship networks, and generating the edge end data processing paths; finally analyzing cloud end joint calling demands, taking the edge end data processing paths as the basis, executing edge end to cloud end data processing path planning, and obtaining edge-cloud end data processing path planning. The application solves the technical problem that enterprise data cannot adapt to differentiated processing demands of multi-source data in local and cloud end cooperative processing, leading to disordered data processing paths and resource waste, and achieves the technical effects of adapting to differentiated processing demands of multi-source data of enterprises, realizing efficient processing of enterprise data and data value conversion.

The embodiment of the invention discloses a call processing method and device, electronic equipment and a computer readable storage medium, and relates to the technical field of RTT calls. The method is applied to communication equipment, and the communication equipment supports real-time text RTT communication. The method comprises the following steps: starting an asynchronous call mode when detecting that opposite-end call equipment corresponding to the call equipment does not support the RTT call; in the asynchronous call mode, acquiring a first text input by a user on an RTT interface, converting the first text into a first voice, and sending the first voice to the opposite-end call device; and obtaining a second voice sent by the opposite-end call device, converting the second voice into a second text, and displaying the second text on the RTT interface. Thus, according to the scheme, when the opposite-end call device does not support the RTT function, it can still be ensured that a user of the call device of the home terminal obtains effective real-time text interaction experience.