84 results about "Local agent" patented technology

The invention discloses a cross-regional virtual power plant cooperative scheduling method and device, a medium and a product, and relates to the field of data processing. The method comprises the following steps: acquiring real-time characteristic data such as space-time positions, output / demand prediction and the like of distributed energy resources and loads, and determining dynamic weights of characteristic dimensions based on a global optimization target and data of a current scheduling period; generating a dynamic resource cluster division instruction containing a member list and a coordination constraint condition according to the dynamic weight and the real-time data, and sending an initial cross-regional coordination scheduling instruction containing a net exchange power target value and the like and a compensation price signal to each dynamic resource cluster local agent; after aggregation response boundary information returned by the local agent is received, an instruction and a signal are updated, a target collaborative scheduling instruction is obtained and finally sent to each dynamic resource cluster for execution, and effective control over cross-regional virtual power plant resources is achieved. According to the method, the problem that the adaptability of the cross-regional virtual power plant collaborative scheduling instruction and the actual resource capacity is insufficient can be relieved.

The invention relates to the field of power distribution control, and particularly discloses a self-healing control system and method based on multi-agent collaboration, and the system comprises a regional agent and a local agent which are disposed in a power distribution network. Wherein the local intelligent agent is configured to obtain real-time operation data of a monitoring point in the power distribution network, and perform rapid fault detection on the real-time operation data; the regional intelligent agent is configured to fuse the fault analysis information of the plurality of local intelligent agents to determine fault position information when the power distribution network has a fault, generate a self-healing control strategy according to the fault position information, and send the self-healing control strategy to the local intelligent agents for execution; through cooperative work of the distributed intelligent agents, the problems of low response speed, low positioning precision, weak autonomous capability and the like in traditional power distribution network fault management are solved. In addition, the system does not need to depend on centralized control of a master station, can still operate autonomously when communication is interrupted, and improves the efficiency and reliability of fault processing through cooperation of multiple agents.

The invention discloses a community digital grid autonomous management method based on a multi-agent system. The method comprises the following steps: S1, designing an agent layered architecture; s2, establishing a distributed communication network; s3, deploying an intelligent agent; s4, collecting data in real time by a local agent, and performing autonomous learning and strategy updating through a conjugate gradient optimization technology and an adaptive meta-strategy; s5, collecting local agent data by the regional coordination agent, constructing a regional environment state model, performing strategy collaboration and adjustment with the local agent through a multi-agent entropy regularization random exploration algorithm, and executing regional resource scheduling optimization; s6, acquiring regional state information by the global coordination agent, and executing global learning and optimization in the whole community range; and S7, regularly adjusting the strategy through data analysis, and executing region and global continuous optimization. Through a multi-agent layered architecture and a reinforcement learning algorithm, adaptive optimization management of the community digital grid is realized.

The invention provides a communication method and system for a terminal and a cloud server, and the method comprises the steps: the terminal configures an agent client, sets an agent parameter at the agent client, starts an agent, and enters a first communication mode, and the agent parameter comprises a local agent port; in the first communication mode, the terminal applies for a service key from a cloud server, and if the service key is successfully acquired, the terminal is allowed to enter a cloud computer interface; wherein the service key is used for encrypting or decrypting a cloud resource service flow packet transmitted by the local agent port. A terminal proxy client is set to start a proxy, a secure communication mode between a terminal and a cloud server is entered, and a cloud resource service flow packet is encrypted by using service keys held at two ends, so that cloud resources are prevented from being intercepted, leaked and tampered in transmission, and office security is protected; encryption at a flow layer is realized through an agent, the execution efficiency is high, encryption and decryption are implemented by combining a symmetric cryptographic algorithm with a high encryption and decryption processing rate, so that the processing capability and the response speed of the whole system are extremely high, and non-inductive secure acquisition of cloud resources is realized; encryption is carried out on the flow layer, and compared with a service layer, keys can be saved; the terminal is set to obtain the service key and enter the cloud computer interface, so that unauthorized users or hostile attackers are prevented from operating the cloud computer, and the system security is improved.

The invention provides a KCP reliable transmission proxy method and system based on the Internet of Things, and relates to the technical field of Internet of Things communication, and the method comprises the steps: transmitting Internet of Things application protocol data to a local proxy through a client; packaging the received data networking application protocol data based on an application layer rapid and reliable protocol; forwarding the packaged request data packet to a remote agent of the target device based on a transport layer protocol; analyzing the request data packet to obtain data networking application protocol data and address data in a session message header; establishing connection with a target server according to server address information and a server port number in the address data; in response to the forwarded data networking application protocol data, the target server returns response data to the remote agent; the response data are packaged and transmitted back to the local agent to be analyzed, and the response data are forwarded to the client; and closing the connection between the client and the local agent based on the received response data. The invention aims to carry out efficient and reliable data networking data proxy.

In a threat management platform, a number of endpoints log events in an event data recorder. A local agent filters this data and feeds a filtered data stream to a central threat management facility. The central threat management facility can locally or globally tune filtering by local agents based on the current data stream, and can query local event data recorders for additional information where necessary or helpful in threat detection or forensic analysis. The central threat management facility also stores and deploys a number of security tools such as a web-based user interface supported by machine learning models to identify potential threats requiring human intervention and other models to provide human-readable context for evaluating potential threats.

The invention relates to a multi-microwave-source combined heating method for intelligent agent collaborative optimization under composite target consensus decision, and belongs to the technical field of microwave heating. The method comprises the following steps: constructing a simulation platform of a microwave heating environment; setting an optimization target and a constraint condition; initializing the intelligent agent; establishing a conflict detection mechanism, and designing a DDPG algorithm corresponding to execution actions of the global agent and the local agent according to the master target and the slave target; according to a conflict detection mechanism, the global agent and the local agent are divided into a non-conflict state and a conflict state in the process of executing the target task; by dynamically adjusting the actions of the global intelligent agent and the local intelligent agent, action sets of different intelligent agents are formed, intelligent agent network training is carried out, and the training effect is improved through an experience pool capable of dynamically reconstructing the intelligent agents. According to the invention, multi-target collaborative optimization and conflict resolution in the microwave heating process are realized, and the microwave heating performance is effectively improved.

The invention provides a multi-type micro-grid cross-layer collaborative scheduling method based on multi-agent reinforcement learning, and relates to the technical field of power system and micro-grid scheduling, and the method comprises the steps: firstly constructing a multi-type micro-grid layered collaborative architecture, a multi-agent reinforcement learning scheduling model, and a centralized coordination layer where global agents are deployed in a platform layer; and the local agents are deployed at each distributed micro-grid node of the platform layer, a cross-layer cooperative training mode is adopted to train the model, and finally, cooperative decision results of the global agents and the local agents are integrated to generate a global-local cooperative scheduling scheme. According to the method, global optimization and local flexibility can be considered, and the hierarchical multi-agent architecture adopts a multi-type micro-grid hierarchical collaborative architecture, so that the method can be suitable for multi-type micro-grid operation scheduling of a novel power system, and multi-type micro-grid collaborative scheduling considering global optimization and local flexibility is realized.

A process includes, responsive to a computer platform being controlled by an operating system installation service that is remote with respect to the computer platform, retrieving, by the computer platform, an agent image, and booting, by the computer platform, to the agent image to launch a local agent that is executed on the computer platform. The process includes assisting, by the local agent, an installation of an operating system on the computer platform. The assisting includes accessing, by the local agent, an operating system installation image and generating an answer file to configure installation of the operating system using the operating system installation image.

Systems, methods, and instrumentalities are disclosed herein for implementing an augmented reality (XR) service broker. A first network node may receive a session request for a data session and a MOQ service from a WTRU. The first network node may determine a MOQ agent deployment, including a local agent and a network agent. Based on a network agent deployment, the first network node may determine a second network node for providing the MOQ service and a network MOQ agent. The first node may transmit a proxy setup message for requesting the network MOQ proxy and a session setup message for requesting a local MOQ proxy from the WTRU.

The invention provides a service debugging method and device, electronic equipment and a computer readable storage medium, and relates to the technical field of service debugging. Initiating a debugging request for a target service instance based on a local agent, and obtaining a short-term security credential by the local agent; wherein the short-term security credential comprises the target service instance identifier; establishing, by the local agent, an encrypted communication channel with a remote agent using the short-term security credential; the remote agent extracts the target service instance identifier from the short-term security credential and obtains a real-time network address of the target service instance; and sending, by the remote agent, the received debugging traffic to the real-time network address of the target service instance. Identity authentication and authorization are realized through a short-term security certificate, and security and credibility of a debugging request are ensured; the security risk in the debugging process is reduced, and the flexibility and efficiency of cross-network environment debugging are enhanced.

The invention belongs to the field of identity authentication, and provides an intelligent judicial cross-domain-oriented trusted interaction method and system in order to solve the problem that a current judicial cross-department network is physically isolated and a block chain cannot deploy applications across departments. Forming a trust group by a plurality of trust domains; the agent node regularly obtains digital identity information of other agent nodes of the trust domain, and the digital identity information is synchronized with a shared cache database of the agent node of the domain; a user generates a key pair by using a homomorphic encryption algorithm through an agent node of a domain, generates a verifiable certificate by using a private key, uploads the verifiable certificate to a distributed shared cache database, and stores the private key locally; and the resource service provider obtains the public key of the user by retrieving the shared cache database, and verifies whether the certificate is valid or not by using zero-knowledge proof in a challenge response mode. According to the invention, credible mutual recognition of judicial private network cross-domain digital identities can be realized.

The invention discloses a one-way off-line security intelligent decision center system with local deployment as a main and external network service as an auxiliary and a control method, and belongs to the technical field of artificial intelligence security and edge intelligent decision. A three-level security domain physical and logic dual isolation architecture is adopted, extranet multi-model intelligent security enablement is performed on a local core decision domain through a physical one-way import channel, the local core decision domain completes reasoning calculation in combination with an enablement result in a non-extranet interaction state, a top-layer task scheme is generated, and a top-layer task scheme is generated. Through a multi-mode man-machine interaction mode, after human rigid authorization, issuing to an intranet equipment scheduling domain for execution, and feeding back a state in real time to form a full-link closed loop; the method realizes external network multi-model intelligent security enabling, local agent professional decision and rigid closed loop dominated by human beings in the whole process, aims to solve the problems of cloud dependence, data leakage, out-of-control AI, high cost, poor adaptability and the like, and is suitable for families, industries, confidential scenes, field non-support operation and other scenes.

The invention discloses a content generation method based on layered multiple Agents. The method comprises the following specific operation steps: (1) a global Agent is used for centrally managing task information, state information and execution stage information of all current content generation tasks, and giving a reply to a user in combination with global instantiation information when obtaining user input every time; (2) local Agents: solving sub-problems by the Agents by using various tools, and integrating human feedback into an Agent framework to jointly complete a task, so that the completion progress of the task is manually intervened, and the generation task is cooperatively solved; and (3) dynamically amplifying the content: generating the dynamically amplified content in two modes, namely content generation step Agent amplification and content generation mode Agent amplification. The method has the beneficial effects that the coupling between content generation modes is reduced, and the task completion accuracy and efficiency are improved; according to the invention, dynamic amplification of content generation steps and generation modes can be rapidly realized, so that different business requirements and changes of the generation modes can be met.

The invention discloses a cloud and edge integrated industrial agent distributed task execution method and system. The method comprises the following steps: constructing a global agent at a cloud end, and deploying a local agent at an edge device; the global agent receives the production task and decomposes the production task into sub-tasks; sub-tasks are dynamically allocated based on the real-time state and capability of each edge device; the local agent executes the distributed subtasks and keeps state synchronization with the global agent; and establishing a cloud and edge collaborative learning mechanism. The system comprises a task analysis module, a resource sensing module, a dynamic allocation module, a collaborative execution module and an incremental learning module. According to the method, the problems of insufficient collaboration of cloud computing and edge computing and rigid task allocation in a traditional industrial system are solved, and intelligent collaboration of cloud edge resources and efficient execution of tasks are realized.

The invention discloses an implementation method of a security Agent system oriented to an operating system. The security Agent system comprises a local Agent and a security knowledge base. The local Agent has a multi-task learning help model; the implementation method comprises the following steps: S1, initializing a local Agent, and mounting a safety knowledge base; s2, loading a multi-task learning help model by the local Agent; s3, sensing and monitoring resources of the operating system by the local Agent, and acquiring resource data of the operating system; s4, the local Agent performs preliminary analysis on the security condition of the operating system based on the resource data, and judges whether a threat event exists or not; if the threat event exists, further analyzing to obtain an analysis result of the threat event; and S5, the local Agent helps the model to generate and adjust a security policy through multi-task learning based on an analysis result of the threat event and a load condition of an operating system.

This invention relates to the fields of artificial intelligence, multi-agent collaborative scheduling, and federated security management. Specifically, it is a federated capability management and unified scheduling system for multi-agent collaboration, comprising: a central scheduler receiving collaborative task requests across multiple local agent nodes and obtaining capability declaration information containing only the capability tags of the local agent nodes; constructing prompt word templates and generating an initial fine-grained task decomposition scheme; extracting cross-domain call links, statistically analyzing the frequency of cross-domain calls and data interaction dimensions, predicting the communication interruption probability of local agent nodes and comparing it with a security risk threshold; if the probability is lower than the threshold, a fine-grained scheme is adopted; if the probability is higher than or equal to the threshold, a minimum-privilege interaction coarse-grained scheduling scheme is generated and distributed; and local agent nodes executing sub-tasks and reporting their status to maintain core business continuity without exposing underlying private data.

Some embodiments of the invention provide a system for defining, distributing and enforcing policies for authorizing API (Application Programming Interface) calls to applications executing on one or more sets of associated machines (e.g., virtual machines, containers, computers, etc.) in one or more datacenters. This system has a set of one or more servers that acts as a logically centralized resource for defining and storing policies and parameters for evaluating these policies. The server set in some embodiments also enforces these API-authorizing policies. Conjunctively, or alternatively, the server set in some embodiments distributes the defined policies and parameters to policy-enforcing local agents that execute near the applications that process the API calls. From an associated application, a local agent receives API-authorization requests to determine whether API calls received by the application are authorized. In response to such a request, the local agent uses one or more parameters associated with the API call to identify a policy stored in its local policy storage to evaluate whether the API call should be authorized. To evaluate this policy, the agent might also retrieve one or more parameters from the local policy storage.

Systems, methods, and computer-readable media for dynamically orchestrating graphical processing resources in distributed computing environments. A computing system includes a scheduling component, an orchestration component, and local agents coordinates real-time allocation of partitioned graphical-processing devices. The scheduling component receives workload requests and communicates them to the orchestration component, which determines whether to reconfigure available graphical-processing instances across multiple nodes. A local agent checkpoints active workloads in memory, issues control commands through a device-management interface to create, delete, or resize partitions, restores the workloads to resulting instances, and resumes execution without disruption. The orchestration component may maintain a cluster-wide inventory, perform cross-node migration through high-bandwidth interconnects, collect telemetry data, and apply predictive models for proactive reconfiguration and defragmentation.

The invention relates to the field of industrial automation control, and provides a remote equipment control method, an edge controller and a building automatic control system. The method is applied to a remote control agent module of an edge controller, and comprises the following steps: if it is determined that remote equipment controlled by the edge controller comprises a to-be-configured physical point location, locally creating a local agent point location corresponding to the to-be-configured physical point location; related configuration information of the to-be-configured physical point location is written into the local agent point location to establish a mapping relation between the local agent point location and the to-be-configured physical point location; and performing remote monitoring on the to-be-configured physical point location of the remote equipment based on the mapping relation. According to the invention, the number of point locations which can be supported to be monitored by the edge controller can be obviously increased, network and bus communication load balancing of the building automatic control system can be realized, centralized control of massive physical point locations on the edge side can be realized, and reasonable and effective utilization of edge side resources can be realized.

Embodiments of the present application relate to the technical field of artificial intelligence, and provide a communication method, apparatus, and system. The method comprises: when it is determined that a first subnet has been established, an agent instance corresponding to a first terminal determining a first user plane network element for the first terminal and a second terminal to establish the first subnet; then sending a first request message to an agent instance corresponding to the second terminal, the first request message being used for deciding to create a local agent instance corresponding to the second terminal on a first artificial intelligence proxy function network element; and finally sending a first rule to the first user plane network element to instruct the first user plane network element to send, to the first artificial intelligence proxy function network element, data requiring multimodal conversion in the first subnet. On the basis of the first rule, the local agent instance corresponding to the second terminal enables the first terminal and the second terminal communicating with each other without relying on a same protocol to implement conversion between different protocols and different modalities between terminals by means of the local agent instance corresponding to the second terminal, thereby implementing cross-ecological interconnection of the terminals.

The invention discloses a hierarchical formation control method for a linear multi-agent system. The method comprises the following steps: establishing a state-space equation of the multi-agent system to construct a disturbance system; decomposing a multi-agent formation instruction into a global anchor point instruction and a local deviation instruction; defining a multi-agent error tracking strategy; establishing a communication network of a multi-agent system and a global anchor point system by using the directed graph; the method comprises the following steps: establishing a distributed observer by utilizing adjacent information in a communication network, and realizing estimation of each agent on a global anchor point system; establishing a dynamic gain compensator by using estimation information of the distributed observer to obtain an asymptotic solution of a regulator equation related to the global anchor point system; solving a regulator equation solution related to the disturbance system and the local deviation system; and in combination with the solution of the regulator equation, establishing a collaborative output regulation controller. According to the invention, the transmission quantity of global formation instruction data is reduced, the calculation load of local agents is reduced, and the system operation efficiency and stability are improved.

A wireless communication device is disclosed that includes a non-transitory memory, a processor, and a local agent. The local agent transmits context information to an AI engine and receives and stores sign language data sets selected based on the context information from the AI engine in the non-transitory memory. The local agent receives content in need of language assistance. In response to a determination to process the content locally, the local agent converts the content into first sign language gestures based on the data sets. In response to a determination to process the content remotely, the local agent sends at least some of the content to the AI engine, receives keys from the AI engine, and determines second sign language gestures based on the keys and the data sets. The local agent sends the first or second sign language gestures to a display of the wireless communication device for presentation.

The invention relates to a route planning method and device based on network intelligent agents, a medium and equipment, and relates to the technical field of computer networks, and the method comprises the steps that a state management layer constructs a distributed network topological graph according to the network intelligent agents and the connection relation between the network intelligent agents; wherein the network agent comprises at least one of a local agent, a regional agent and a global agent; the MCP coordination layer determines a network state vector according to the distributed network topological graph; the routing decision layer determines candidate path delay, candidate path congestion cost, candidate path packet loss rate and candidate link utilization rate of the candidate routing path according to the network state vector; and the routing decision layer determines a target routing path from the candidate routing paths according to the candidate path delay, the candidate path congestion cost, the candidate path packet loss rate and the candidate link utilization rate. The path planning efficiency is improved.

The network local connectivity demand prediction method (100), comprises:a step (105) of long-term local connectivity demand prediction, by a machine learning model operated by a local agent,in a duration equivalent to the duration of the long-term prediction, more than one short-term iteration of:a step (110) of aggregating values representative of, at least:a connectivity demand of the network comprising at least a physical network device,a purpose of use of the network comprising at least a physical network device,a local long-term connectivity demand prediction for the physical network device,a step (115) of training a machine learning device to produce a machine learning model to provide a long-term local connectivity demand prediction, anda step (120) of deploying the machine learning model, anda step (125) of updating the long-term local connectivity demand prediction.

The embodiment of the invention provides a communication method, device and system, and relates to the technical field of artificial intelligence. The method comprises the following steps: after an agent instance corresponding to a first terminal determines to establish a first sub-network, determining a first user plane network element used for establishing the first sub-network by the first terminal and a second terminal; and sending a first request message to the agent instance corresponding to the second terminal, wherein the first request message is used for deciding to create a local agent instance corresponding to the second terminal on the first artificial intelligence proxy function network element. And finally, a first rule is sent to the first user plane network element, and the first user plane network element is indicated to send data needing multi-mode conversion in the first subnet to the first artificial intelligence proxy function network element. According to the embodiment of the invention, the local agent instance corresponding to the second terminal can realize the conversion of different protocols and different modes between the terminals through the local agent instance corresponding to the second terminal on the basis of the first rule under the condition that the first terminal and the second terminal do not depend on the same protocol for communication, so that the cross-ecological interconnection of the terminals is realized.

The embodiment of the invention provides a data storage method, a bus system and related equipment. The data storage method is applied to a local agent, the local agent is connected with a bus controller through a first bus, the bus controller is connected with one or more bus agents through a second bus, and the one or more bus agents comprise a target bus agent; the method comprises the following steps: receiving a write request sent by a bus controller, wherein the write request comprises a node identifier corresponding to a target bus agent; in response to the write request, DBID information is obtained, and the DBID information is used for indicating cache resources applied in a local agent based on the to-be-stored data; sending DBID information to a corresponding target bus agent based on the node identifier; and receiving to-be-stored data sent by the target bus agent, and storing the to-be-stored data in a cache resource corresponding to the DBID information. By implementing the embodiment of the invention, the data transmission path in the data storage process can be shortened, and efficient data storage is realized.

The invention provides a double-region collaborative optimization method based on global and local agent model assistance, relates to the field of truss plane structure design optimization, and solves the problem of expensive constraint of mixed integer variables by adopting a double-layer collaborative framework to distinguish and process different types of variables. Specifically, the collaborative framework based on the radial basis function comprises a local search strategy based on a historical potential area and a pre-screening strategy based on radial basis function assistance; the mixed integer collaborative framework based on the Gaussian process comprises a local search strategy based on a current possible potential area and a pre-screening strategy based on Gaussian process assistance; a collaborative framework based on a radial basis function is utilized, the rapid convergence capability of a classic collaborative framework based on an agent model is fully exerted, and a high-potential area is rapidly positioned; a mixed integer collaborative framework based on a Gaussian process is used for searching non-connected feasible regions by providing a stable optimized trajectory, and the convergence and feasibility of high-potential regions are balanced.

The application discloses a kind of dynamic load balancing management methods, equipment and medium based on AI intelligent agent, method includes: calculating node correlation coefficient, constructs GCN-GRU hybrid load prediction model, predicts the space-time feature matrix of future node, obtains the predicted node load data;Calculate the normalization weight of each load data, load comprehensive value and load balancing degree;Local agent, coordination agent are deployed, and local agent state space vector is constructed;The mapping relationship of local policy network is constructed using local agent state space vector, and the action space vector and migration amount of node execution load migration action are generated, global value is calculated, and the parameters of local policy network are optimized based on global value, and the optimal action space vector and corresponding migration amount are generated to carry out load balancing migration.Computer equipment includes processor and memory;Computer readable storage medium stores at least one instruction, at least one program, code set or instruction set.

The application discloses a kind of cross-regional virtual power plant collaborative scheduling method, equipment, medium and product, it is related to data processing field.The method includes collecting the real-time characteristic data such as time-space position, output / demand prediction of each distributed energy resource and load, determines each characteristic dimension dynamic weight based on the global optimization target and data of current scheduling period;According to dynamic weight and real-time data, generate dynamic resource cluster division instruction containing member list and collaborative constraint condition, and send initial cross-regional collaborative scheduling instruction containing net exchange power target value and the like and compensation price signal to each dynamic resource cluster local agent;After receiving the aggregated response boundary information returned by local agent, update instruction and signal, obtain target collaborative scheduling instruction, finally sent to each dynamic resource cluster execution, realize the effective control of cross-regional virtual power plant resource.The application can alleviate the problem that the adaptability of cross-regional virtual power plant collaborative scheduling instruction and actual resource capacity is not enough.