15 results about "Northbound interface" patented technology

The invention provides a flow blocking method based on a distributed DPI system and related equipment, and the method comprises the steps: a main control board receives and analyzes a first blocking rule issued through a northbound interface, and issues a non-quintuple matching rule in the first blocking rule to a message processing unit in a full-quantity manner; the programmable switching chip forwards the network message to a message processing unit; the message processing unit performs matching judgment on the network message according to a non-quintuple matching rule; when identifying that the network message hits the non-quintuple matching rule, reporting the corresponding key feature information to the main control board; the main control board generates a second blocking rule according to the key feature information and issues the second blocking rule to the programmable switching chip; and the programmable switching chip writes the received second blocking rule into an internal configurable rule table, and executes traffic blocking when a subsequent network message hits the second blocking rule. According to the invention, accurate classification, identification and plugging of complex, encrypted or dynamically changed traffic in a network can be realized.

The invention provides a collaborative management method and system for a digital twinning and optical transport network management and control system, and the system comprises a multidirectional interface architecture of a physical layer southbound interface gateway, an application layer northbound interface gateway and a digital twinning east-west interface gateway, and supports data interaction and instruction transmission among a physical layer, an application layer and a digital twinning system. The method covers acquisition and processing of real-time data streams, full life cycle management of digital twin, simulation deduction and decision optimization, asynchronous communication and identity verification and authority management. According to the method, closed-loop control from user intention definition, simulation deduction, configuration issuing, real-time monitoring to optimization adjustment is realized through a multidirectional interface coordination mechanism, the coordination efficiency and control precision between systems are remarkably improved, the requirements of an optical transport network for real-time, dynamic and high-concurrency data processing are met, and the method is suitable for popularization and application. Cooperative operation in a multi-manufacturer and multi-device environment is supported, and an efficient and flexible solution is provided for intelligent management and optimization of the optical transmission network.

The invention discloses a computing system, a control method, a control device, equipment, a medium and a switch, and relates to the technical field of computers, in a multi-machine multi-card cluster comprising a plurality of computing equipment, a first switch is adopted to realize interconnection between southbound interfaces of different acceleration cards, and the first switch comprises a first controller and a bus bridge, the bus bridge is connected with a southbound interface of the acceleration card, the first controller is used for distributing a southbound address for the acceleration card and configuring routing information of the bus bridge, so that the acceleration card carries out data forwarding based on the southbound address, and the bus bridge carries out data forwarding among southbound interfaces of different acceleration cards according to the routing information. According to the method and the device, any cross-host accelerator card does not need to be forwarded through a northbound interface during communication, and does not need to be appointed by upper software, so that the problems of relatively long communication path and communication blockage in related technologies are solved, and the communication efficiency of interconnection of the accelerator cards in a multi-host multi-card cluster is improved.

The invention relates to a management method and device for server GPU (Graphic Processing Unit) equipment, and the method comprises the following steps: after a server is started, a basic input / output system BIOS writes GPU static asset information through an H2B PCIE (Peripheral Component Interface Express) shared memory; the baseboard management controller BMC obtains GPU static asset information and extended static asset information of the GPU devices through the H2B PCIE shared memory, and polls all the GPU devices; and if the remote client initiates an information acquisition request of the GPU equipment, the northbound interface of the server acquires and feeds back the GPU equipment information through the callback function. According to the method, the basic input and output system BIOS directly and preferentially transmits the GPU equipment information to the shared memory of the GPU equipment information area predefined by the BMC in the starting stage, and the time from starting of the basic input and output system BIOS to obtaining of the basic information of the GPU equipment by the BMC is shortened.

This application discloses a method and device for mapping southbound configuration to northbound services in an ODL controller cluster, to solve the technical problem of difficulty in troubleshooting configuration and traffic during service deployment and maintenance. The method includes: obtaining the configuration command generated after the southbound configuration is issued in a virtual machine; storing the configuration command in a configuration database and generating a key-value string corresponding to the configuration command; progressively passing the configuration string upwards through RPC in the Yang model until it reaches the logical layer of the northbound RESTful API interface; after obtaining the configuration key-value string at the logical layer of the northbound RESTful API interface, searching the configuration database using the configuration string to obtain the southbound configuration, thereby achieving the mapping between the southbound configuration and the northbound RESTful API interface.

The invention discloses an equipment-side northbound management and control interface unification method and device, equipment and a storage medium, and the method comprises the steps: taking a Netconf component as a northbound interface agent of an equipment-side northbound management and control interface, and providing a northbound interface agent library to provide an agent service for a third-party open source program to communicate with a management engine; mapping remote call (RPC) of a northbound interface to a standard RPC of a Netconf component in a unified manner, and providing an operation mechanism for Restconf and gNMI; according to the method, the YANG model processing flow of each northbound interface is unified, the session of the northbound interface is established, and the northbound interface is configured and edited, so that the workload of development, maintenance and test of a newly added northbound control interface can be reduced, the integrity and consistency of equipment side configuration are ensured, the reliability of network programming is ensured, and the network programming efficiency is improved. Open source codes do not need to be modified in a large area, the complexity of platform component deployment is reduced, and the interception error probability is improved.

The present invention provides a network control command processing method, device, and electronic device. The method first obtains a command description file, then performs a validity check on the target command based on the command description file. If the validity check passes, the target command is converted into a corresponding target northbound interface based on the command description file, and the target northbound interface is sent to a network controller for execution by the network controller. The present invention can alleviate problems existing in related technologies, such as the lack of support for network configuration commands, the lack of unified command standards, and the complexity of command configuration.

The invention relates to the technical field of communication, in particular to a northbound interface command processing method and system, and the method comprises the steps: receiving a northbound command issued by an upper-layer system through the butt joint of user service and the upper-layer system, analyzing the northbound command, converting the northbound command into a unified northbound message, and sending the unified northbound message to a server; sending the unified northbound message to a business service corresponding to the equipment network element according to a mapping relation table of the equipment network element and the business service; and the unified northbound message is processed through the business service, business data is converted and issued to the equipment network element, and a business process is decomposed and recombined and sent to the equipment network element to be executed. The functions of the user side and the service side of the northbound service are separated, different types of northbound interface services multiplex the same service, the open maintenance cost and the deployment cost are reduced, the network management system can have higher reliability while having high concurrency and high throughput, and the network management system can be widely applied to the field of network management. The node congestion phenomenon caused by a single user or equipment fault can be reduced.

The present application provides a model mapping method, apparatus, device and storage medium for SDN, which responds to the service request reported by the service device to obtain each target service callback point, generates the service instance corresponding to each target service callback point, generates each expected service model according to each service instance and the current service model of each service instance, triggers the service callback function of each target service callback point to generate each expected configuration model according to each expected service model, compares each expected configuration model with each current configuration model to obtain each difference configuration model and sends it to the southbound device, so that the southbound device implements the configuration model change according to each difference configuration model. Only a small amount of secondary development code is required, such as defining service callback points and writing service callback functions, to realize the automatic deduction and mapping of the north-south interface, automatically realize the full range of service scenarios, thereby quickly responding to service needs and facilitating the rapid deployment and implementation of new services.

The present application relates to the field of communication technology, and more particularly to a kind of northbound interface command processing method and system, method includes: through user service and upper system docking, receive the northbound command issued by upper system, parse northbound command and convert into uniform northbound message, then according to the mapping relationship table of equipment network element and service, uniform northbound message is sent to the service corresponding to equipment network element;Through service, uniform northbound message is processed, the conversion of service data is carried out and is issued to equipment network element, and the decomposition and reorganization of service flow are carried out and are sent to equipment network element and execute.The user side and service side function of northbound service are separated in the present application, different types of northbound interface service reuse same service, reduce the cost of opening maintenance and deployment, can make network management system in high concurrency and high throughput, with higher reliability, can reduce the node congestion phenomenon caused by single user or equipment failure.

The invention discloses a load balancer source address conversion control method based on OpenStack Octavia and an SDN (Software Defined Network) technology. The load balancer source address conversion control method comprises the following steps of: configuring a fail provider = sdndriver in a configuration file of an octaviaapi service of the OpenStack Octavia, wherein the fail provider = sdndriver; the method comprises the following steps of: introducing an enable snat parameter into OpenStack Octavia; packaging each northbound interface of the SDN controller by using an sdndriver to carry out calling; the method comprises the following steps: analyzing an enable snat parameter sent by an sdndriver of OpenStack Octavia through a northbound interface of an SDN controller, selecting a southbound interface protocol according to a model of a load balancer, and issuing configuration for enabling or disabling source address translation to a monitor instance of the load balancer, thereby realizing accurate enabling or disabling of source address translation according to a monitor dimension on the premise of being compatible with an OpenStack Octavia native function.

The present invention provides a northbound interface security assurance method, architecture, and electronic device. The method includes: receiving an access request sent by a northbound application; querying whether the access request has access rights, and when the access rights are granted, sending a legitimate access request to a controller of a control plane; obtaining the number of unauthorized accesses by the northbound application between the legitimate access request and the previous legitimate access request; obtaining state parameters of the controller before and after responding to the legitimate access request, and obtaining a control state evaluation value of the controller based on the state parameters; obtaining state data of the network domain acted upon by the northbound application before and after responding to the legitimate access request on a data plane interacting with the control plane, and obtaining a network state evaluation value of the network domain based on the state data; updating the trust value of the application based on the number of unauthorized accesses, the control state evaluation value, and the network state evaluation value; and adjusting the permissions of the application based on the updated trust value. This method has excellent security.

The application relates to a management method and device of a server GPU device, and the method comprises the following steps: after the server is started, a basic input / output system (BIOS) writes GPU static asset information into a H2B PCIE shared memory; a baseboard management controller (BMC) obtains the GPU static asset information and extended static asset information of the GPU device through the H2B PCIE shared memory, and polls each GPU device; if a remote client initiates an information acquisition request of the GPU device, a northbound interface of the server obtains and feeds back the GPU device information through a callback function. The BIOS directly preferentially transmits the GPU device information to a GPU device information region shared memory which is predefined with the BMC in a starting stage, so that the time from the starting of the BIOS to the obtaining of the GPU device basic information by the BMC is shortened.

Embodiments of the present application relate to the field of industrial internet, and provide a unified configuration method and system of industrial heterogeneous network, a server and a medium. The method comprises: receiving network configuration requirement information input by a user in an application program through a northbound interface; performing model generation processing on the network configuration requirement information to obtain a unified information model; performing configuration information generation processing on the unified information model by using a converter to obtain configuration information corresponding to a configuration protocol; and sending the configuration information to a target device. The method can uniformly configure multiple heterogeneous network devices and improves the efficiency of configuring heterogeneous network devices.

Disclosed herein is a method for network function orchestration with a northbound interface for network function deployment lifecycle management. The method includes receiving, at a Service Orchestration (SO) Service Management and Orchestration System (SMOS) module, a service creation request; retrieving, by the SO SMOS module, a service descriptor corresponding to the received service creation request from a service and application catalog; decomposing, by the SO SMOS module, the received service creation request into at least one of one or more service components and one or more sub-service components based on the retrieved service descriptor; and transmitting, by the SO SMOS module to a Network Function Orchestrator (NFO) SMOS module, the decomposed at least one of the one or more service components and the one or more sub-service components for the creation of one or more Network Function (NF) deployments based on the received service creation request.