64 results about "Information agents" patented technology

The invention relates to the field of flexible workshop production scheduling, in particular to a flexible workshop production scheduling method based on multi-agent collaboration, and the method comprises the steps: obtaining a production scheduling demand of a production manager through a main agent in a natural language form, and carrying out the intention recognition of the production demand through an intention-related agent; a tool is called through an information agent to collect production information, then a scheduling negotiation stage is started, and a main agent and a scheduling agent carry out multi-round negotiation; in each round of negotiation, the main agent outputs a production plan according to the result of the intention recognition stage, and the scheduling agent calls a scheduling tool to generate a scheduling scheme according to the production plan of the main agent; and if the generated production plan or scheduling scheme does not meet the requirement, entering the next round of negotiation. According to the invention, production scheduling requirements of production managers can be continuously obtained in a natural language form, and production plans and scheduling schemes with feasible resources and time can be timely given.

The invention provides a dynamically updated byte code security protection method, which comprises the following steps of: loading an agent program when an application program is started, acquiring and caching an instrumentation object, receiving security detection logic and instrumentation configuration information issued by a management end by the agent program through a communication mechanism with the management end, and storing the security detection logic and the instrumentation configuration information in the application program; and the agent program translates the instrumentation logic issued by the management end into byte codes by using the byte code operation library, generates a class file conversion object containing the instrumentation logic, registers the class file conversion object into an instrumentation object, and calls a class re-conversion method of the instrumentation object to perform byte code updating on a target class, thereby realizing dynamic insertion of the instrumentation logic. And the updated byte code takes effect immediately, and security vulnerabilities in the target method are detected and protected in real time. According to the method, the capability of quickly responding to the 0Day vulnerability and blocking the 0Day vulnerability in real time is realized, and the time for updating the protection logic is greatly shortened.

The invention relates to a system for realizing dynamic configurable service data desensitization under a distributed architecture, and the system comprises a service management module which collects an application list and a service list under a distributed architecture application system; the service data desensitization information definition module is used for managing data desensitization rule definition of specific services; the service data desensitization information management module is used for managing persistent service data desensitization rules; the service data desensitization information agent module and the management module load a service data desensitization rule; and the service data desensitization execution module is used for executing a service data desensitization rule on the returned service data. The invention also relates to a method for realizing dynamic configurable service data desensitization under the distributed architecture. By adopting the system, the method, the device, the processor and the computer readable storage medium for realizing the dynamic configurable service data desensitization under the distributed architecture, the service data desensitization and the service code decoupling are realized, the complexity of the service code is reduced, the readability of the code is improved, and the availability of the system is enhanced.

The invention relates to the technical field of computers, discloses a method and a device for determining an overnight flight dragging plan, and aims to solve the problems of low efficiency, high labor cost and relatively poor accuracy of an existing method. The scheme mainly comprises the following steps of: determining flight information of each overnight flight, agency company information of each dragging agency company and machine position information of each available machine position; generating an initial dragging plan set comprising a plurality of dragging plans, determining dragging plan information of each dragging plan, and defining a dragging identifier; constructing a target function which takes the dragging identifier as a decision variable and takes the bridge approaching rate as an optimization object, and constructing constraint conditions according to the flight information, the agent company information, the aircraft position information and the dragging plan information; and solving the target function to obtain the value of each dragging identifier, and generating a final dragging plan set needing to be executed. The method improves the accuracy of the dragging plan, improves the determination efficiency, reduces the labor cost, and is especially suitable for large airports.

The invention provides a disaster recovery system, method and device for a large model service based on an AI agency, and the system comprises a large model service module which comprises a plurality of GPU servers, and is used for responding to the configuration request information of a user, and correspondingly configuring the service end points of the GPU servers; the detection state service module is used for monitoring the state information of the service end points of the large model service module and regularly updating the state information of the service end points of the large model service module stored in the state cache pool; and the AI proxy service module is used for sending a state query request of the large model service module to the detection state service module, receiving the returned state information of the service endpoints and analyzing the state information so as to determine the service endpoint of the abnormal GPU server, and automatically switching to the service endpoint of the normal GPU server. According to the invention, real-time monitoring, state analysis and automatic switching of the service endpoints of the large model service module are realized, and the disaster recovery capability of the system is improved.

The invention relates to an unmanned aerial vehicle cluster cooperative flight crossing method based on a self-adaptive target guiding strategy, and solves the problem of conflict between obstacle avoidance and task target guiding of an unmanned aerial vehicle cluster in a complex environment. Through role division of an information agent and a non-information agent, the information agent is responsible for environment perception and key information transmission, and the non-information agent adjusts a flight path according to feedback. The task guiding and obstacle avoidance priorities are dynamically adjusted through the self-adaptive target guiding strategy, and the balance between the task target and safe obstacle avoidance is ensured. The bionic visual perception mechanism realizes real-time obstacle avoidance through local perception, and the willingness propagation mechanism ensures rapid sharing of information in the cluster, so that the cooperation efficiency is improved. The method effectively improves the task completion rate, robustness and cooperative capability of the unmanned aerial vehicle group in dynamic and unknown environments, and is widely applied to the fields of post-disaster rescue, environment monitoring and the like.

The embodiment of the invention discloses a PCIe (Peripheral Component Interconnect Express)-based equipment exception handling system and method and a fault restorer. The system comprises a Host processor, a PCIe switch, a plurality of endpoint devices and a fault restorer, a fault restorer is arranged in each piece of endpoint equipment, and each functional component in the endpoint equipment performs exception monitoring and exception handling through the fault restorer; the fault restorer comprises an abnormity monitoring circuit, an abnormity reporting circuit and an automatic response circuit. The abnormality monitoring circuit monitors a read-write request of the endpoint device, and sends an abnormality identifier to the abnormality reporting circuit and the automatic response circuit when determining that an abnormality exists; the exception reporting circuit generates an exception reporting request according to the exception identifier through the endpoint equipment, and transmits the exception reporting request to the Host processor; and the automatic response circuit generates automatic response information according to the exception identifier to proxy the response of the endpoint equipment, so that exception recovery overhead can be reduced, and the system robustness is improved.

The invention discloses a function integration method, which is applied to a software development platform, and comprises the following steps: the software development platform receives an interface document of a first function, extracts attribute information of the first function from the interface document, calls a code generator to generate an interface call code of the first function based on the attribute information of the first function, and sends the interface call code to the software development platform; and then receiving attribute information of an agent configured by a user, the agent being used for driving the application to execute a second function through the interface calling code, and then establishing a connection between the agent and the application. According to the method, based on attribute information of a function extracted from an interface document, a code generator is called to automatically generate an interface calling code of the function, a function list supported by an agent is configured, and the agent is connected with an application, so that the application can execute the function supported by the agent by executing the interface calling code; therefore, automatic integration of functions and applications is realized, integration difficulty and workload are reduced, function combination is more flexible and richer, and business requirements can be met.

A first AI agent is configured to obtain grounding information (e.g., information that will be used, by the first AI agent, to formulate a response to a query) from a first set of files and / or embeddings in a container associated with the AI agent. A second AI agent is configured to obtain grounding information from a second set of files and / or embeddings in a second container. Neither AI agent has access to files that are outside of the container associated with the AI agent. The container may be a folder into which a user can drag and drop files, and therefore the user may have visibility into (and control over) the information that is used as grounding information for each of the AI agents. An AI agent can be nested within a container for another AI agent to provide additional grounding information.

The invention is applicable to the field of cooperative control of a multi-agent system, realizes self-repairing of a damaged network through network state verification and network topology reconstruction, establishes an autonomous interaction model of an agent based on a dynamic containment strategy, and provides an elastic consistency control method for the multi-agent system under network attack. The method comprises the following steps: determining a multi-agent system model; constructing a state estimation vector of the intelligent agent, determining a relationship between nodes in combination with a maximum consistency method, and verifying a communication network connectivity state; determining the characteristics of the connected components based on the identifiers of the information agents, and enabling the connected components with the information agents to be randomly connected with the connected components without the information agents to realize topology reconstruction; convergence of the constructed observer and the controller is fixed time convergence. According to the method, the conventional cooperative control method is theoretically expanded, so that the dependence on the network connectivity is reduced, and a more complex interaction relationship between the intelligent agents in the dynamic network can be processed.

The present invention relates to a method for database proxy protection and dynamic configuration. The method includes: obtaining data sources, user configuration information, and rule configuration information by periodically calling an external interface, and dynamically creating database proxy services with different proxy ports; the proxy service periodically obtains relevant data with its own proxy port as a key from the process that created the proxy service, and periodically obtains the current data source, user configuration information, and rule configuration information; after the proxy service obtains the information, it compares it with the last cached information, modifies the data source generation library, and sets the access users of the proxy database according to changes in user data; for users who need to be configured through YAML, the yamlConfig in the context reading part of the source code is modified, so that the information in the Java program memory variables actually read is changed, thereby realizing dynamic modification of the user. Through this solution, a secure database proxy can be realized, and users accessing the proxy database can be dynamically controlled.

The invention relates to the crossing field of artificial intelligence and enterprise computing, in particular to an information alignment system based on an AI proxy network and a dynamic consensus mechanism, which comprises an AI proxy network module, a consensus verification system and an arbitration module, the AI proxy network module comprises one or more sites; information is transmitted between the sites through a structured communication protocol; the AI proxy network module and the consensus verification system transmit response information through a data link; the consensus verification system and the arbitration module transmit a consistency check result through a preset communication channel; the arbitration module is connected with the AI proxy network module and communicates with an external entity through a man-machine interaction interface. According to the invention, a distributed AI proxy network and a dynamic consensus mechanism are adopted, so that decentralized reliable operation is realized, and a single-point fault is avoided; conflicts are accurately detected through semantic alignment, deduction alignment and echo technologies, and the AI error rate is reduced; site roles are flexibly adjusted through modular design, multi-scene tasks are adapted, cost is reduced, efficiency is improved, and decision-making precision is improved.

This invention provides secure remote access for digital engineering. Industrial Information Centers (IIHs) and Industrial Development Centers (IDHs) serve as industrial ecosystem platforms where multiple participants can deliver repeatable and standardized services relevant to their core competencies. At the heart of the IIH system is a development ecosystem that creates and delivers value for users (including industrial enterprises, OEMs, system integrators, suppliers, etc.) by aggregating digital content and domain expertise. The IIH system acts as a trusted information broker between the ecosystem and the OT environment of the plant facility, providing a platform for connecting assets, contextualizing asset data, and providing secure access to the ecosystem. As part of this ecosystem, the IIH system uses a secure remote access architecture to allow users to remotely access data about their plant floor assets via a VPN connection.

In some examples, a system receives, at a proxy, build command information from a build tool. Based on the build command information, the proxy obtains program components from one or more program repositories for building a deliverable with the build tool. The proxy associates project metadata with the build command information, the project metadata relating to a project associated with building the deliverable comprising the program components. The proxy initiates a registration of the program components with the project metadata in a provenance repository. The system generates, using the provenance repository, component information identifying the program components that are part of the deliverable.

The invention discloses a data processing method and device based on a block chain and a readable storage medium, and the method comprises the steps that a business platform obtains resource excitation information initiated by a first object identifier through a resource excitation component; resource excitation information is sent to the proxy platform, and the proxy platform allocates a resource transfer-in address used for transferring in the first digital resource to the second object identifier according to the resource excitation information; receiving a resource transfer-in address returned by the agent platform, and generating a resource transfer transaction according to the resource transfer-out address, the resource transfer-in address and the resource quantity; and sending the resource transfer transaction to the block chain network, so that the block chain network transfers the first digital resource belonging to the resource transfer-out address to the resource transfer-in address. By adopting the method, the resource security can be improved.

The invention discloses an emotion analysis method and device, a storage medium and electronic equipment, and relates to the technical field of data processing, and the method comprises the steps: obtaining multi-dimensional text feature information of target financial text data; identifying a data type corresponding to the target financial text data according to the multi-dimensional text feature information; under the condition that the data type is a complex data type, performing emotion analysis on the target financial text data through a plurality of language recognition agents and a plurality of financial information agents; and performing fusion analysis on the emotion information obtained by analysis of the plurality of language recognition agents and the plurality of financial information agents, and generating target emotion information corresponding to the target financial text data. According to the method, the target emotion information corresponding to the target financial text data is generated by performing fusion analysis on the emotion information obtained by analyzing the plurality of language recognition agents and the plurality of financial information agents, so that targeted processing of different types of data can be realized, and the accuracy of emotion analysis is improved.

The invention provides a distributed identity authentication method, a node, a providing end, equipment, a medium and a product, and relates to the technical field of block chains, the method comprises the following steps: a proxy node generates a first public key and a first private key; the proxy node obtains first decentration identification information and digital identity management information of the user equipment; the proxy node verifies the distributed digital identity ownership of the user equipment according to the proxy signature entrustment and the second public key, and generates a URL (Uniform Resource Locator); the proxy node sends the URL of the user equipment to the service provider and receives a first verifiable statement; and the proxy node sends an identity verification request generated based on the first verifiable statement to the user equipment, and generates a complete second verifiable statement after knowing that the user equipment confirms the identity verification request. According to the invention, selective disclosure of privacy information by the user is supported, so that identity authentication does not depend on a traditional centralized mechanism any more, and the problems of single-point failure, privacy disclosure and the like are avoided.

Techniques are provided for deploying virtual machines to a virtualization management environment using an agent component to obtain remote virtual machine templates. One method comprises receiving, by an agent component executing in a virtualization management server, a request to deploy a virtual machine and a storage location of a template for the virtual machine; obtaining the template for the virtual machine from one or more of an orchestration engine and a remote data source identified by the storage location; and replicating the obtained template for the virtual machine to create the virtual machine. The request to deploy the virtual machine may also comprise deployment information used to configure the virtual machine. The agent component may monitor an execution of the created virtual machine and evaluate one or more policies provided by the orchestration engine with respect to security controls and / or network requirements associated with the created virtual machine.

The disclosed system and method pertain to intrusion detection in network environments. The method involves deploying multiple agents in distinct network segments, each equipped with a reinforcement learning algorithm. These agents observe their localized environment, generate hidden states, and calculate attention weights to form an aggregated state. Based on this aggregated state and their hidden state, agents make decisions on potential attacks and generate request vectors for information from other agents. Agents communicate these vectors, receive hidden states from other agents, update their aggregated states, and refine their decisions. Action vectors are formed based on these decisions and request vectors and compiled into a global action matrix. Agents use outcomes and feedback to refine their internal models, enhancing future detection and communication actions.

The present invention relates to the field of computer technology and discloses a method and device for determining a towing plan for overnight flights. The method aims to address the problems of low efficiency, high labor costs, and poor accuracy of existing methods. The method primarily includes: determining flight information for each overnight flight, agency information for each towing agency, and stand information for each available aircraft stand; generating an initial towing plan set including multiple towing plans, determining towing plan information for each towing plan, and defining a towing identifier; constructing an objective function with the towing identifier as a decision variable and the docking rate as the optimization object, and establishing constraints based on the flight information, agency information, stand information, and towing plan information; solving the objective function to obtain the value of each towing identifier and generate a final towing plan set to be executed. The present invention improves the accuracy of towing plans, increases determination efficiency, and reduces labor costs, and is particularly suitable for large airports.

This invention is applicable to the field of cooperative control of multi-agent systems. It achieves autonomous repair of damaged networks through network state verification and network topology reconstruction, and establishes an autonomous interaction model of agents based on a dynamic restraint strategy. It provides a resilient consistency control method for multi-agent systems under network attacks. The method includes: determining the multi-agent system model; constructing state estimation vectors for agents, confirming relationships between nodes using the maximum consensus method, and verifying the connectivity state of the communication network; determining the characteristics of connected components based on the identifiers of information agents, and randomly connecting connected components with and without information agents to achieve topology reconstruction; the convergence of the constructed observer and controller is fixed-time convergence. This invention theoretically extends existing cooperative control methods, reducing their dependence on network connectivity and enabling them to handle more complex interactions between agents in dynamic networks.

The invention discloses a communication method and device between gap applications, a terminal and a storage medium, and relates to the field of communication, and the method comprises the steps: constructing a structure body corresponding to a publishing request, a publishing response, a subscription request and a subscription response for interaction of each open-source gap application; constructing an interaction rule for the interaction of each open source gap application based on a remote procedure call protocol; and the publisher, the subscriber and the information agent make requests and responses according to the structural bodies and the interaction rules. According to the method, a high-performance cross-platform subscription and publishing service is established based on the remote procedure call protocol, and a unified subscription and publishing standard is formulated, so that the problems of limited mutual operation, relatively high development cost and difficult operation and maintenance between applications due to lack of a unified protocol and standard in communication between the applications in an open source gap in the prior art can be effectively solved.

This information processing device acquires video including a person to be detected and acquires person information which is output using a prescribed video analysis technique and which is associated with at least one of attribute information and behavior information of the person included in the video. The information processing device inputs a prompt based on the person information to an agent that generates, in response to the inputted information, an advertisement for the person included in the video. The information processing device verifies, on the basis of the person information, whether a prescribed effect is obtained with respect to the advertisement which is output as a response to the prompt. The information processing device changes the prompt by using the relationship among the verification result, the advertisement which is output as the response, and the person information.

The application discloses a short message processing method, device, equipment, medium and product, and relates to the technical field of communication. The method comprises the following steps: performing user permission verification based on an obtained short message instruction; when the user permission verification is passed, generating short message content based on the short message instruction; and when it is determined that the generated short message content is successfully sent to an operator gateway, charging a user account based on user information corresponding to the short message instruction. Through the application, the adaptability of the short message service is improved, and the technical problem that the short message service has low adaptability because the civil aviation short message instruction cannot be parsed and the air information agent cannot be separately counted and charged in the related art is solved.

The present invention is applicable to the technical field of the power Internet of Things, and relates to a system and method for secure authentication and highly available message communication of Internet of Things devices, including: an authentication and authorization module and an authentication server for authenticating the identities of Internet of Things devices; an edge plug-and-play module for checking whether the Internet of Things devices have been authenticated; an ESDK device management module for providing an interface for querying device information, a device control interface, and an event notification subscription; a security proxy module for implementing the secure authentication of Internet of Things devices accessing the platform, software-level encryption and decryption of original data; an edge proxy module for receiving and saving device information; and an NGINX proxy module for interacting with the edge proxy module at the Internet of Things device side and ensuring the high availability of messages through the primary and standby modes of the MQTT Broker message bus. The present invention can effectively improve the security of the authentication of various Internet of Things devices accessing the platform and the high availability of message communication.

Methods and systems for network communication are disclosed. Proxy information may be received. The proxy information may facilitate a gateway device communicating as a proxy for a user device.

A RL agent performs a RL process to configure at least one Discontinuous Reception, DRX, cycle for a User Equipment, UE. An action is selected by the RL agent in an action space. Each action in the action space corresponds to a DRX cycle configuration. The RL agent sends to the UE indication to use the DRX cycle configuration corresponding to the selected action. The RL agent receives state information computed over at least one DRX cycle configured based on a DRX cycle configuration indicated by the RL agent. The RL agent computes a reward on the basis of the state information.

The present application discloses a function integration method applicable to a software development platform, the method comprising: the software development platform receiving interface documentation of a first function, and extracting attribute information of the first function from the interface documentation; on the basis of the attribute information of the first function, invoking a code generator to generate interface invocation code of the first function; receiving attribute information of a proxy configured by a user, the proxy being configured to drive an application to perform a second function via the interface invocation code; and establishing a connection between the proxy and the application. According to the method, on the basis of the attribute information of the function extracted from the interface documentation, the code generator is invoked to automatically generate the interface invocation code of the function, and by configuring a function list supported by the proxy and by connecting the proxy to the application, the application can perform the function supported by the proxy by executing the interface invocation code, thereby achieving automatic integration of functions and applications, reducing integration complexity and workload, enabling flexible and diverse function combinations, and meeting service requirements.

According to the double-signature method, a secret key pair A has a public key A and a private key A, a secret key pair B has a public key B and a private key B, and the secret key pair A corresponds to a digital certificate; cryptographic algorithms corresponding to the key pair A and the key pair B are the same or different; when the private key needs to be used for digitally signing the message M, the password component or the system firstly uses the private key B to digitally sign the message M to generate a digital signature sB, then uses the digital signature sB and the key pair A to generate or export a new key pair C, the public key C and the private key C exist, and a password algorithm corresponding to the key pair C is the same as that of the key pair A; the password component or the system uses the private key C to digitally sign the message M to generate a digital signature sC of the message M, and then uses the private key A to sign to generate a proxy digital certificate C, the main body public key is the public key C, the proxy digital certificate C comprises the digital signature sB and the public key B or identification information of the public key B, and the proxy digital certificate C and the signed message M are transmitted and stored together; and if there are multiple key pairs B, a multi-signature method is provided.

The present application relates to the field of flexible workshop production scheduling, and specifically to a flexible workshop production scheduling method based on multi-agent cooperation, which obtains the production scheduling requirements of a production manager in the form of natural language through a main agent, performs intention recognition on the production requirements through an intention-related agent, collects production information through an information agent calling a tool, and then enters a scheduling negotiation stage, in which the main agent and a scheduling agent perform multiple rounds of negotiation; in each round of negotiation, the main agent outputs a production plan according to the results of the intention recognition stage, and the scheduling agent generates a scheduling scheme by calling a scheduling tool according to the production plan of the main agent; if the generated production plan or scheduling scheme does not meet the requirements, the next round of negotiation is entered. The present application can continuously obtain the production scheduling requirements of a production manager in the form of natural language and timely give resource feasible and time feasible production plans and scheduling schemes.