64 results about "Network orchestration" patented technology

The invention relates to the technical field of communication networks, in particular to an intention-driven satellite-ground convergence network on-demand arrangement system and method, and the method comprises an intention input layer which is used for receiving a multi-mode intention of a user; the intention analysis layer is used for analyzing the intention of the user to generate a recognizable network strategy; the arrangement control layer comprises a design state and an operation state; wherein the design state is used for dynamically generating a resource arrangement strategy based on an identifiable network strategy, and verifying the feasibility of the resource arrangement strategy in the digital twin network; the running state is used for generating an executable scheme based on the verified resource arrangement strategy; and the infrastructure layer comprises a satellite-ground unified atomic power abstraction module which is used for abstracting heterogeneous resources into standardized atomic power and executing an executable scheme. The scheme aims to provide a brand-new intention-driven satellite-ground fusion network arrangement architecture with dynamic generation, thorough decoupling and active prediction capabilities, so that the technical problem that complexity and dynamics of a 6G network cannot be handled at present is solved.

The invention provides an ephemeris-assisted heaven and earth fusion network arrangement method, and relates to the technical field of wireless communication, and the method comprises the steps: obtaining the orbit parameters of a satellite, and forming an ephemeris database according to the orbit parameters; outputting position matrixes of the current time window and the next time window of the satellite by using an orbit extrapolation model; predicting the network topology change through the position matrix change of the two time windows; the orchestrator triggers a process engine based on a network topology and a resource monitoring state, the process engine selects a preset strategy template rule and dynamically schedules a work process, and the VNF manager activates a satellite VNF and a ground VNF according to an orchestration instruction to complete an orchestration function defined by a strategy template. According to the method, the flow engine is triggered based on the network topology state change and the resource monitoring state to select the strategy template, services and resources of the whole system are arranged and scheduled, and the resource utilization efficiency and the robustness of coping with the network topology change are improved through reasonable task allocation.

The invention relates to a network generation method, an interface acquisition method and device, equipment and a program product, and relates to the technical field of wireless communication. The network generation method is applied to an agent instance of an agent network architecture, and comprises the following steps: in response to a subnet generation request sent by a terminal, performing intention recognition processing on the subnet generation request to obtain a subnet generation intention, and sending the subnet generation request through a pre-acquired target agent service interface; determining a subnet generation parameter corresponding to the subnet generation intention, and returning the subnet generation parameter to the terminal; and generating a network configuration file based on the subnet generation parameter confirmed by the terminal, wherein the network configuration file is configured by the management and network arrangement system and generates a target subnet. According to the method and the device, the subnet generation demand of the terminal is identified through the agent in the agent domain, and the management and network arrangement system interface is called to generate the subnet, so that the network generation efficiency and the adaptation degree of the network and the terminal service are improved, and meanwhile, the subnet generation flexibility is improved.

This paper proposes an automated computing network orchestration system and method based on a parameter-dependent algorithm. The system comprises an interface document structured processing module, a parameter vectorization module, a dependency identification module, a topological sorting module, and an automatic process generation module. This system not only enhances the automation and intelligence of multi-element computing network orchestration, but also significantly improves the user experience, reduces labor costs, and enhances the system's adaptability and flexibility, ultimately driving innovation and efficient delivery of computing network products.

Systems, methods and computer software are disclosed for providing an OpenRAN solution suite. In one embodiment, a method is disclosed, the method including communicating, by an all G COTS (Commercial off the Shelf) Base Band Unit (BBU), with a plurality of different G user devices; communicating, by a software platform, with the all G COTS BBU, wherein the software platform includes virtualized software providing open RAN controller functionality, network orchestrator functionality, and SON edge core functionality; and communicating, by the software platform, with a plurality of different G core networks.

Described herein is an apparatus for controlling a plurality of working nodes on which a service-providing application runs, the apparatus comprising a network orchestration unit, a detection and prediction unit, and a migration processing unit, wherein the network arrangement unit is configured to monitor the plurality of working nodes and configure network resources for the plurality of working nodes; the detection and prediction unit is configured to detect or predict a service level agreement (SLA) violation at a target node included in the plurality of working nodes; and the migration processing unit is configured to trigger migration if a violation time related to the predicted or detected SLA violation is less than a duration of a migration sensitivity window related to migration of a target service provided by a target application running on the target node to a destination node.

A node of a 5G communications network, comprising: an orchestration component of an orchestrator of the 5G communications network; a processing unit; and a memory coupled to the processing unit and having instructions stored thereon, the instructions, when executed by the processing unit, causing the orchestration component to perform acts comprising: monitoring for the creation of a pair pool object; in response to detecting the creation of a pair pool object, creating a plurality of pair objects; using a pair operator, detecting creation of the pair objects; and in response to detecting the creation of one of the pair objects, instantiating a pair of stateful redundant telephony-grade nodes.

The application relates to the technical field of data processing, and discloses an outdoor LED media delivery intelligent scheduling and operation management system and method, which comprises a global contract pool module, a discrete event elastic buffer module, a discrete event scheduling decision module, a local cache processing module and a front-end multimedia release control module; the discrete event scheduling decision module adjusts target scheduling weights according to audience flux real-time monitoring data, and triggers a control rule network programming scheduling word in segments; and the local cache processing module locks an external writing interface and switches to a self-maintaining annular static scheduling queue when data handshake time delay exceeds a limit, the application dynamically restricts contract priorities through audience flux real-time monitoring data, effectively reduces power loss caused by non-steady flow of passenger flow, and precisely offsets the risk of memory overflow under a link congestion working condition.

As described herein, a system, method, and computer program are provided for general intent to specific service modeling in intent-based orchestration. An intent specifying one or more parameters of a service required for a network is received. The intent is modeled as a root intent service that represents the one or more parameters of the service specified by the intent. The root intent service is decomposed into one or more specific services of a network orchestrator. The one or more specific services are caused to be instantiated in the network in order to fulfill the intent.

This application discloses a trusted access and network orchestration method, device, medium, and product for computing power nodes, including: acquiring information of nodes to be accessed and generating raw access data; performing pre-access trusted verification on nodes to be accessed and generating trusted verification records; generating an access profile containing node capabilities and trusted status based on the raw access data and trusted verification records; constructing a dynamic constraint model based on business intent, policy constraints, resource constraints, and network status, and performing joint scoring on candidate access domains and candidate paths based on the dynamic constraint model to screen candidate schemes; evaluating candidate schemes in conjunction with the impact of the nodes to be accessed on the global network topology and generating access orchestration results; sending the access orchestration results to the execution side to execute access and continuously monitoring; and updating the dynamic constraint model based on the drift state when a state drift event is detected, triggering re-verification, re-decision, and re-orchestration.

A telecommunications network includes a core network. The core network includes: a first plurality of Network Functions (NFs); and a Network Registration Function (NRF) configured to communicate with the first plurality of NFs, where the first plurality of NFs are registered with the NRF, and the NRF is configured to: receive, from an NF service consumer located outside of the core network, a request for discovery of a topology of the core network; determine, based on an authorization procedure of the core network, whether the NF service consumer is authorized to discover the topology of the core network; and send, in response to determining that the NF service consumer is authorized to discover the topology of the core network, a response to the NF service consumer, where the response comprises information regarding each of the first plurality of NFs and interconnections between the first plurality of NFs.

As described herein, a system, method, and computer program are provided for intent translation to Topology and Orchestration Specification for Cloud Applications (TOSCA) in intent-based orchestration. A microservice of a service and network orchestrator receives an intent defined in a first format associated with a first standard used for modeling and management of network services. The microservice translates the intent defined in the first format to a second format associated with a TOSCA-based model used for modeling and management of network services, to form the intent defined in the second format. The microservice outputs the intent defined in the second format.

The application discloses a distributed task processing method, device and system, electronic equipment and a storage medium, to solve the problem that the existing configuration message pushing mode of network equipment cannot guarantee the accurate sequence of message issuing to the network equipment, thereby causing network equipment configuration failure. The method comprises the following steps: a network orchestrator obtains a first RPC task from an RPC task table, wherein the RPC task is created and submitted to the RPC task table by the network orchestrator according to a service request sent by a client when the network orchestrator receives the service request; and if it is determined to execute the first RPC task based on the dependency relationship between the first RPC task and other RPC tasks in the RPC task table, the first PRC task is sent to a configuration proxy server corresponding to a target network equipment for processing.

This invention discloses a method and apparatus for network orchestration of computing power networks. According to the technical solution provided by this invention, the computing power network is divided into a primary computing power domain and a secondary computing power domain; computing power data of the primary computing power domain is collected, and a risk assessment of the primary computing power domain is performed based on the computing power data to obtain the risk assessment result of the primary computing power domain; a security assessment is performed on the computing power nodes in the secondary computing power domain to identify risky computing power nodes and their associated nodes, obtaining the risk assessment result of the secondary computing power domain; based on the risk assessment results of the primary and secondary computing power domains, a computing power isolation strategy is determined and executed to complete computing power isolation; during the isolation period, isolation recovery is performed based on the updated risk assessment results. By performing periodic, two-level, multi-dimensional security monitoring of the computing power network to obtain risk assessment results, and using these results for computing power isolation, this invention achieves dynamic awareness and closed-loop management across the entire domain, improving the security of the computing power network, reducing costs, and minimizing user perception.

On-demand Connection to a Telecommunications Network via a UAV There is provided a computer-implemented method and system for arranging deployment of at least one unmanned aerial vehicle in order to improve access to a telecommunications network. A network orchestrator of the telecommunications network receives a request from an end user for deployment of a UAV to provide a user equipment of the end user access to the telecommunications network. In response to the received request, the network orchestrator issues instructions for deploying a UAV carrying a network device capable of providing access to the telecommunications network, connecting the network device of the UAV to the telecommunications network and connecting the network device of the UAV to the user equipment in order to provide the user equipment access to the telecommunications network.

The invention relates to the technical field of artificial intelligence, and discloses a multi-plane data infrastructure system and a bidirectional optimization method based on the multi-plane data infrastructure system. The plurality of function planes comprise an edge device plane, a network arrangement plane, a computing power processing plane, a data transaction plane and a generative intelligent plane, and each function plane forms a self-optimization closed loop through bidirectional data flow. According to the technical scheme provided by the invention, a multi-plane data infrastructure system capable of realizing bidirectional collaboration can be provided, and the technical effects of full-link bidirectional collaboration and self-optimization iteration are realized.

The present disclosure relates to managing the migration of an SD-WAN solution in a multi-cloud fabric after detecting a failover event. In one aspect, a method includes: using a virtual connect appliance of a network orchestration component to monitor a cluster of virtual management components of a plurality of cloud networks, wherein a corresponding virtual management component of one of the plurality of cloud networks implements one or more services of a Software Defined Wide Area Network (SD-WAN) solution; detecting a failover event at the one of the plurality of cloud networks using the virtual connect appliance; and identifying, by the virtual connect appliance, a new destination cloud network to migrate the one or more services of the SD-WAN solution from the source cloud network where the failover event was detected to the new destination cloud network.

Systems, methods, and non-transitory, machine-readable media for zero-touch interworking of network control with data platform and analytics in virtualized deployment are disclosed. Responsive to a network service request for service location identifiers, data from data sources may be processed, and indicia of data characteristics may be analyzed to create or develop a data model. Configuration specifications may be created to instantiate a network slice and network services as a function of the data characteristics, conforming to quality of service parameters and service location identifiers. A log mapped to the request may be created and included in a template specifying a data observability framework and resources for the network slice and network services. The slice and services may be instantiated with the configuration specifications, with data services provided to user equipment of the external entity, and with the cellular network consequently providing data services to user equipment.

Embodiments of the present application provide a device allocation method and device and a resource arrangement system. The method is applied to a gateway cluster and includes the following steps: in response to a service request triggered by a target tenant, determining a network orchestration cluster corresponding to the target tenant based on a preset correspondence relationship; and sending the service request to the corresponding network orchestration cluster, so that the corresponding network orchestration cluster allocates a target service device for the target tenant from a plurality of service devices of a target resource cluster corresponding to the service request after receiving the service request. The method reduces the data correlation between different network orchestration clusters, simplifies the processing logic of the gateway cluster, and improves the processing performance of the resource arrangement system. In addition, the number of network orchestration clusters can be flexibly set according to actual application scenarios, thereby improving the flexibility of the resource arrangement system.

Systems and methods for integrated digital wallet payments are disclosed. Embodiments may store and manage the lifecycle of assets in a digital wallet and may provide artificial intelligence and / or machine learning based recommendations to provide the optimal frictionless and rewarding consumer authentication and payment experience. Embodiments may leverage blockchain technology that provides a single consumer solution with decentralized wallet ownership and a data-driven network orchestration for optimal payments. Embodiments securely store the payment instruments and may provide personal usage recommendations for the optimal outcome based on, for example, consumer preferences.

This application proposes a network orchestration method, apparatus, electronic device, and computer storage medium. The network orchestration method includes: obtaining an initial slicing particle swarm of the network to be orchestrated; iteratively processing the initial slicing particle swarm; if a locally optimal slicing particle exists in the iteratively processed initial slicing particle swarm, mapping a pre-acquired chaotic variable to the solution space of the initial slicing particle swarm to obtain a mapped slicing particle swarm; and determining the globally optimal slicing particle in the initial slicing particle swarm based on the mapped slicing particle swarm. Because the network orchestration method updates slicing particles by mapping pre-acquired chaotic variables to the solution space of the initial slicing particle swarm, it facilitates obtaining an optimal routing solution while also reducing the complexity of the algorithm.

An application monitoring system for collecting, utilizing, and / or exchanging state information (e.g., application state and network state), configuration information, and / or other information to make network optimizations for applications orchestrated by an application orchestration system. The application monitoring system may include an application orchestrator discovery component that is configured to determine a presence of an application orchestration system for orchestrating applications. The application monitoring system may also include one or more application watch components for monitoring, among other things, application state, application configuration, and / or application replicas. The application monitoring system may further include a network state propagation component configured to provide network state information to the orchestration system.

The invention relates to the technical field of cloud servitization network orchestration, in particular to a service orchestration method of an industry dedicated communication network, which comprises the following steps of: firstly, modeling a network service process by adopting an object-oriented thought to realize unified modeling of a service function and network resources; secondly, parameterizing network node resources through a mathematical model, describing the operation state of a bearer network, providing node service capability definiteness and flow control parameters, and supporting the certainty of bearer resources; and finally, realizing deterministic arrangement of reachable paths and execution time of each functional layer when multiple service flows are parallel in a dynamic environment. Therefore, the problem that the existing industrial bearer network cannot meet the service scene with the deterministic requirement in the industrial internet is solved.

This application provides a trusted path establishment system, method, apparatus, device, and storage medium, relating to the field of computer technology. It effectively improves the reliability of trusted paths and ensures the security and privacy of data within the trusted paths. The system includes a network orchestrator, a device verification network element connected to the network orchestrator, and a link management platform. The link management platform is used to obtain the trusted status of the corresponding network links and send the trusted status to the network orchestrator; the trusted status describes the reliability of the network links. The device verification network element is used to obtain the trusted status of the corresponding network devices and send the trusted status to the network orchestrator; the trusted status describes the reliability of the network devices. The network orchestrator receives the trusted status of the links and the trusted status of the devices; based on the trusted status of the links and the trusted status of the devices, it obtains a trusted path topology, which includes at least one trusted path.

The present invention provides a computing power resource processing method and apparatus, an electronic device, and a readable storage medium, relating to the field of computing power network technology. The method comprises: determining a resource information table corresponding to a target network node based on computing power resources and latency information from a computing power resource node to a target network node; and sending the resource information table to a computing power network orchestration management platform, so that the computing power network orchestration management platform displays the resource information table to a user terminal. Therefore, the present invention can solve the problems of limited edge computing node resources and low computing resource utilization caused by the relatively dispersed distribution of edge computing nodes in related technologies.

The invention discloses a container network configuration method and device, electronic equipment and a storage medium, which are used for solving the problems of complex arrangement and high hardware cost of a container network in a cloud native scene of deploying a K8s cluster in an OpenStack virtual machine, and the method comprises the following steps: a K8s working node receives a Pod creation request which is issued by a K8s main node and carries Pod attribute information; calling a CNI plug-in to send the Pod attribute information to a CNI network agent plug-in; and calling a CNI network agent plug-in to obtain corresponding Pod network resource information from the K8s main node based on the Pod attribute information, sending the Pod network resource information and a container vPort creation request to a Neutron component, so that the Neutron component allocates network configuration information to the container vPort based on the Pod network resource information, and adding the container vPort as a sub-port to a Trunk corresponding to the K8s working node.

A telecommunications network includes a core network. The core network includes: a first plurality of Network Functions (NFs); and a Network Registration Function (NRF) configured to communicate with the first plurality of NFs, where the first plurality of NFs are registered with the NRF, and the NRF is configured to: receive, from an NF service consumer located outside of the core network, a request for discovery of a topology of the core network; determine, based on an authorization procedure of the core network, whether the NF service consumer is authorized to discover the topology of the core network; and send, in response to determining that the NF service consumer is authorized to discover the topology of the core network, a response to the NF service consumer, where the response comprises information regarding each of the first plurality of NFs and interconnections between the first plurality of NFs.

The invention relates to a network node management method and device and a processor readable storage medium, and the method comprises the steps: carrying out the planning management of a plurality of network nodes deployed in a target region through a network arrangement management function network element, and determining at least one network node cooperation set for processing the service of UE in the target region. According to the method, the efficiency of cooperative work among the network nodes in the distributed network is improved.

To provide network orchestration system means capable of appropriately controlling a network communication in accordance with a use purpose of a client.SOLUTION: A network orchestration device comprises: a user management part that receives a service request for specifying a first network service in candidates of a plurality of network services; a network management part that allocates a first network pool including a first communication circuit that preferentially performs a network communication and a second communication circuit configured to be a spare of a first communication circuit; and a routing management part that acquires performance information indicating performance of the first communication circuit, and, on the basis of the performance information, determines to execute, on the first communication circuit, a performance improvement operation for improving the performance of the first communication circuit or a switching operation for switching the network communication from the first communication circuit to the second communication circuit.SELECTED DRAWING: Figure 2

The invention relates to a method of coordinating edge computing in a mobile network by a MEC orchestrator, comprising: monitoring deployment metrics and controlling deployment parameters related to deployment of software applications on edge nodes of the mobile network; receiving an optimization report from a network orchestrator of the mobile network; determining the current optimization efficiency of the mobile network based on the optimization report; if the optimization efficiency meets a low efficiency criterion: determining a deployment suggestion that has been assigned one or more of the deployment parameters and indicates an expected response of one or more of the deployment metrics to a change in suggestion of the assigned deployment parameters; and transmitting the deployment suggestion to the network orchestrator; in response to receiving an indication of the selected deployment suggestion from the network orchestrator, the corresponding suggestion change is applied.