11 results about "Management plane" patented technology

This application discloses a natural language-driven edge-cloud collaborative intelligent operation and maintenance system and its control method, belonging to the field of intelligent operation and maintenance technology. The system includes a management plane, a control plane, an edge agent, an intelligent operation and maintenance center, a task center, and a skill center. The intelligent operation and maintenance center uses a directed graph state machine engine to convert natural language operation and maintenance goals into executable steps. The task center atomically distributes tasks to the edge agent and streams execution fragments. The skill center implements version management and AI-assisted generation of operation and maintenance skills. This invention achieves a fully automated closed loop from understanding operation and maintenance intentions to edge execution and knowledge accumulation, significantly shortening fault repair time, improving operation and maintenance security and knowledge reuse capabilities, and has outstanding substantive features and significant progress.

This application provides an intelligent routing function optimization method and system based on an intelligent vehicle power domain control platform, belonging to the field of intelligent vehicle electronic control technology. It addresses the problems of resource contention, excessive processor load, insufficient real-time performance, and poor scalability in in-vehicle network routing functions in related technologies. This method employs an architecture that separates the management plane and data plane. It pre-generates routing numbers encoding source, path, and destination information for communication relationships, and quickly extracts information based on these numbers through bit operations to execute routing decisions. Furthermore, it combines doubly linked list cache management, multi-core affinity scheduling, and multi-level resource provisioning strategies to achieve efficient cache resource management, significant optimization of processor load, and an overall improvement in system real-time performance and reliability.

A method (700) is disclosed. The method includes receiving (702), by a radio unit (RU) from a RU controller, a deep sleep command to disable a plurality of functions associated with the RU. The deep sleep command includes a predefined duration for a deep sleep timer. Further, the method includes disabling (704), by the RU, control plane (C-plane) functions, user plane (U-plane) functions, and synchronization plane (S-plane) functions associated with the RU and starting the deep sleep timer. Further, the method includes receiving (706), by the RU from the RU controller, a close session command to suspend an established / active session between the RU and the RU controller. Further, in response to the received close session command, the method includes disabling (708), by the RU, management plane (M-plane) associated with the RU and entering a deep sleep mode.

An apparatus includes an O-DU configured to receive from a radio unit (O-RU), configuration capability information via management plane (M-Plane) command from the O-RU. The O-DU receives, from a higher layer network function, a request to reconfigure an antenna array. The O-DU determines a sleep mode type supported by the O-RU based on the configuration capability information from the O-RU. The O-DU, based on the request to reconfigure the antenna array from the higher layer network function, and based on the supported sleep mode type, applies the supported sleep mode type via a C-Plane Section Type 4 message or a M-Plane command to the O-RU.

This invention belongs to the field of information security technology and relates to cryptographic compliance monitoring and governance. The platform adopts a bypass architecture that separates business data from the management plane, including an access layer, a data and knowledge hub, an intelligent agent federation collaboration layer, and a governance execution channel. It acquires end-to-end data through non-intrusive data collection and constructs a unified view through a data fusion processing module. The intelligent agent federation collaboration layer uses a task workflow orchestration intelligent agent as the coordinator, collaborating with execution intelligent agents such as situational awareness, compliance auditing, and intelligent operations. Closed-loop governance is achieved based on an OODA loop, and all governance decisions are submitted to human experts for final adjudication. This invention addresses the shortcomings of existing technologies, such as fragmented business and resource monitoring, highly intrusive deployment, lack of intelligent closed-loop governance, and insufficient human-machine collaboration, achieving unified, intelligent, and secure compliance governance of cryptographic resources in a multi-cloud environment.

Provided are a method of transmitting or receiving a control-plane message through a fronthaul interface and an electronic device performing the method. The method may comprise: receiving, from a radio unit (RU), a management-plane message including information about a control-plane message supported by the RU; generating, based on the management-plane message, a first control-plane message including a field indicating a first user equipment identifier (UE ID) and a first section extension field; and transmitting the first control-plane message to the RU through a fronthaul interface. The first section extension field may include a parameter indicating a number of UE IDs of a user associated with the first UE ID. The first control-plane message may be transmitted at a period longer than a slot.

The application discloses an OSU granule link resource discovery method and device, equipment and a storage medium. The method reports PC service corresponding service data to a control plane through a network management device single disk. The control plane judges whether to send a link management protocol test (LMP TEST) message to an OSU flexible pipeline according to the node state reported by the device single disk. The control plane receives the LMP TEST message sent by the opposite end device, matches the LMP TEST message and the LMP TEST sending message, and obtains the successful service link resource. The method can discover and intuitively manage and monitor the link resource of the OSU granule pipeline, flexibly manage the equipment, release the management plane resource, improve the stable connectivity of the service in the protection scene, ensure the automatic and rapid recovery of the service, and improve the speed and efficiency of the OSU granule link resource discovery.

The application provides a network routing system and method based on KDN architecture and multi-agent reinforcement learning, a data plane is responsible for storing, forwarding and processing data packets, a control plane constructs original data of a network by interacting with the data plane, fills all traffic matching switch flow tables according to best path information obtained by a knowledge plane, and a management plane stores and aggregates data of a database and original data of the network constructed by the control plane, performs data processing and analysis, judges key nodes, deploys agents on the key nodes by the knowledge plane, calculates the best path between any two nodes, and transmits the best path information to the control plane; the added knowledge plane solves the problem that the prior art center does not perform network automatic exploration, the proposed multi-agent intelligent routing system can reduce network delay and packet loss rate and improve throughput, and a multi-agent selection module of the management plane can better balance performance and overhead by selecting key nodes.

The application relates to the field of network communication and discloses a communication method for virtual machine elastic public network IP based on multi-network card isolation, which comprises the following steps: constructing a management plane logical domain and a business plane logical domain in a cloud management platform, dynamically mounting two virtual network cards for a target virtual machine to access two logical domains; deploying a policy routing daemon in the virtual machine, establishing a two-way communication channel with the cloud platform, and not containing a preset routing script in a virtual machine image; in response to an elastic public network IP binding request, establishing one-to-one NAT mapping in a network node, generating a structured parameter and delivering the structured parameter to the daemon; the daemon dynamically adds a routing entry in a kernel routing table, maintains a connection tracking table, forces an established communication flow to use an initial exit network card, and dynamically adjusts a timeout or cleans up a connection record according to a binding or unbinding event. The application realizes physical isolation of management flow and business flow, session maintenance and zero-dependence on-demand configuration, and improves cloud platform security and operation and maintenance efficiency.