72 results about "Channel management" patented technology

The invention discloses a cloud computing bare metal hardware market distribution and management optimization system and method. The system comprises a resource access module, a distribution channel management module, an intelligent matching module, a transaction settlement module, a data analysis and optimization module, a safety and operation and maintenance management module and the like. Standardized aggregation of heterogeneous resources is realized through a resource access system, and the problem of fragmented management is solved; the distribution channel management system dynamically adjusts distribution rules and improves the channel cooperation efficiency; the intelligent matching system is combined with user behavior analysis to realize accurate supply and demand connection; the transaction settlement system integrates payment channels and marketing tools and simplifies fund circulation; the data analysis system precipitates full-link data to support decision optimization; the safety and operation and maintenance system guarantees safe and stable operation. According to the method, through the steps of resource access standardization, channel rule dynamic and the like, efficient, intelligent and standardized management of the whole distribution process is realized, and the market distribution efficiency, accuracy and safety are improved.

The invention discloses a ship channel management method and system based on data analysis, and relates to the technical field of data processing.The method includes the steps that a global hexagonal discrete grid structure is constructed, historical operation data are processed through a large arc gridding algorithm to calculate grid density and time potential energy, and accordingly the grid heat level is judged; the method comprises the following steps: acquiring real-time data of a target ship, calculating a comprehensive risk score and a red region intention probability, constructing a multi-dimensional state vector containing a grid level, establishing a hierarchical control strategy, sequentially judging state vector indexes according to priorities, automatically matching emergency takeover, smooth transition, red region strict management or green cruise modes, and generating a corresponding instruction; according to the method, complex space search is converted into efficient integer operation through the discrete grid technology, risk pre-judgment is achieved through the intention probability model, and the problems that in channel management, calculation power consumption is large, pre-warning lags, instruction conflicts exist and the like are effectively solved.

The invention provides a network-on-chip virtual channel management method, system and device and a storage medium, the network-on-chip virtual channel management method comprises the following steps: after an input port receives a to-be-processed flit, determining the flit type of the to-be-processed flit, and determining a buffer processing strategy according to the flit type; based on the buffer processing strategy, writing the to-be-processed microchip into a target slot located in a unified buffer structure; and determining a target virtual channel of the to-be-processed microchip, reading the to-be-processed microchip from the target slot position, and outputting the to-be-processed microchip based on the target virtual channel. The unified buffer structure is arranged, the to-be-processed microchips are cached in the unified buffer structure, and the problems that a traditional static buffer structure is low in utilization rate and poor in adaptability are solved.

The invention discloses a life-saving equipment method for automatically alarming in distress at sea based on Beidou short messages, which comprises the following steps of: S1, monitoring the state of life-saving equipment in real time, and activating Beidou short message communication and collecting life-saving equipment data when the state in distress at sea is confirmed; s2, constructing a channel management model, predicting a channel state by adopting the channel management model, and selecting an optimal communication path; s3, optimizing the parameters of the Beidou short message; s4, encrypting the life-saving equipment data through the optimized Beidou short message, and sending the encrypted life-saving equipment data to the receiving end according to the optimal communication path; s5, the receiving end analyzes the Beidou short message information and carries out rescue resource scheduling and path planning; s6, the lifesaving equipment continuously sends state updating and position information; and S7, sending confirmation information of rescue completion to all the receiving ends. According to the invention, deep learning is utilized to optimize channel management and Beidou short message regulation and control, intelligent alarm and rescue in distress at sea are realized, and the system has the advantages of high reliability, low power consumption and efficient rescue.

The invention discloses a channel management method and system based on a red-black isolation architecture, and relates to the technical field of channel management, and the method comprises the following steps: configuring strategy information of opposite-end equipment in a red area, triggering a channel management event based on the information, generating a control message by a channel management module of the red area, and sending the control message to the opposite-end equipment; sending the control message to an isolation unit for legality verification, and forwarding the control message passing the verification to a black area; and the control message is analyzed in the black area, a channel management message is assembled according to the opposite terminal equipment information and the instruction, link establishment or link disassembly operation is executed, and a result is sent to the opposite terminal equipment in the red area. The invention solves the technical problems that the prior art depends on a single channel type to carry out communication, the channel management control data lacks security protection and the operation flexibility is insufficient, and achieves the effects of realizing security channel management under multiple channel types and trigger modes based on a red-black isolation architecture and multiple trigger mechanisms, and improving the safety of communication. And the safety and the flexibility of the channel management operation are improved.

The application relates to the technical field of data communication, and particularly provides a data communication method and system based on an intelligent fusion terminal and a medium, the method comprising the following steps: a network management module uniformly manages network interfaces of the intelligent fusion terminal; a channel management module receives a channel registration request of a service module, dynamically allocates a new channel, and sends new channel information to the service module, wherein the channel registration request carries channel control parameters; the channel management module receives a channel deregistration request or a channel change request sent by the service module, checks the service module initiating the request, and executes corresponding channel deregistration or channel change operations; and an encryption management module selects an encryption mode of data forwarding according to the channel control parameters during data forwarding, and encrypts the forwarded data. Network resources on the fusion terminal are uniformly managed and allocated, and the network resource competition problem caused after the marketing concentrator and the distribution network TTU device are fused is effectively solved.

The invention discloses a supply chain privacy data collaboration method based on a block chain channel, and belongs to the technical field of block chain privacy protection. The system comprises a channel management module, a data classification module, an authority management module and a data verification module. The method comprises the following steps: establishing an independent private data channel for a core enterprise and each supplier in an alliance chain network; dividing the supply chain data into global shared data and channel private data according to the data sensitivity; dynamic authority control based on roles and business scenes is realized through an intelligent contract; and data credibility verification under privacy protection is realized by adopting a zero-knowledge proof technology. According to the method, through a channel isolation mechanism, on the premise of ensuring that a core enterprise is globally visible to a supply chain, commercial confidentials such as production cost and process parameters of suppliers are effectively protected, the contradiction between privacy protection and data transparency in supply chain collaboration is solved, and the security and credibility of multi-level supply chain collaboration are remarkably improved.

This application provides a multi-dimensional sensing and predictive Bluetooth adaptive frequency modulation optimization method and device, relating to the field of wireless communication technology. It includes: initiating a Bluetooth adaptive frequency modulation loop; performing physical layer noise sensing and link layer statistical analysis on each communication channel; if the channel noise is normal, acquiring the time-frequency status of an external mobile wireless system; when the external mobile wireless system is in a transmitting state, performing harmonic interference prediction mapping to obtain harmonic interference prediction results; when the external mobile wireless system is in an idle state, acquiring a fine-grained channel quality classification report reported by the slave device; fusing physical layer prior labels, link layer statistical results, MWS coexistence harmonic interference prediction results, and slave device channel quality data to generate an adaptive frequency modulation channel mapping table; and applying a new frequency hopping sequence to complete channel switching at the immediate effective time. This application can achieve predictive interference avoidance, fine-grained channel management, and efficient spectrum utilization.

Techniques are disclosed for dynamically selecting out of band emission protection mechanisms to protect the usage of other frequency bands, as well as techniques for managing the scheduling and transmission of safety related messages having different communication latency requirements.

The application discloses a video coding device, method, system, program product and storage medium, and relates to the technical field of video processing.In the application, the video coding device can be connected with a host through a bus interface, and at least two video channels are arranged between the video coding device and the host.A processor, a programmable logic device, a memory, a direct memory access controller and a channel management register can be arranged in the video coding device.The channel management register stores channel configurations of the video channels, and the programmable logic device is provided with processing units corresponding to the video channels.In actual application, the processor can set an encoder for the processing units of the video channels according to the channel configurations, and the direct memory access controller can allocate transmission bandwidth for the video channels according to the channel configurations.In this way, the original video data of the video channels can be subjected to different coding and transmission processing, so that the flexibility and scalability of multi-video stream processing can be improved.

The invention discloses a VCn binding and unbinding implementation method and device. The group binding method comprises the following steps: converging business data streams of a plurality of VC channels to the same output port in a crossing manner and mapping the business data streams to the same VCn channel; combining a plurality of low bit width VC data streams into a high bit width parallel data stream through bit width conversion, only reserving an initial channel frame header in the conversion, and controlling a data arrangement phase according to an initial bit label to realize envelope discretization; and finally, performing parallel-serial conversion to form a serial VCn service data stream. The unbinding method is an inverse process, and comprises the following steps of: performing cache scheduling and serial-parallel conversion on the serial VCn stream, and recovering the serial VCn stream into a plurality of VC streams through bit width conversion and channel demapping. According to the method, flexible binding and unbinding of any VC channel are supported, the downstream cache requirement is remarkably reduced through the envelope shaping technology, and low-delay and low-resource-consumption fine-grained optical channel management is achieved through cross scheduling and shared cache design.

The invention relates to a flow control method of a new energy automobile, which comprises the following steps that: a channel management sub-module counts data flow of a network channel of an entertainment function module and a network channel of a data monitoring management module, and receives a command of the network management sub-module; performing opening, closing or rate limiting operation on a network channel of the entertainment function module, setting multiple levels of flow thresholds to realize elastic control on the network channel of the entertainment function module, and when the flow passing through the network channel of the entertainment function module reaches any level of preset threshold, performing rate limiting operation on the network channel of the entertainment function module. And the channel management sub-module sends a control signal to execute corresponding operation on the network channel of the entertainment function module. By setting the multi-level flow threshold value, refined flow control is carried out on the network channel of the entertainment function module, and the user experience is effectively improved.

The invention provides a service registration method, a service discovery method, network side equipment and a storage medium. The method comprises the following steps: a first service transmission channel management strategy control network element can send a service registration request to a network resource database, and the service registration request is used for registering a network function service provided by the first service transmission channel management strategy control network element; the network function service comprises a policy control service related to service transmission channel management policy control, and the service registration request carries configuration information of the first service transmission channel management policy control network element; the configuration information includes information required for discovering the network function service in the network resource database. According to the method, a service registration process related to a service transmission channel management strategy control network element is defined, so that effective fusion of a novel network function and a servitization architecture is realized.

An attack channel data management device according to the present disclosure comprises: an attack channel management unit that manages an attack channel serving as an intrusion route via which intrusion by an attacker attempting to illegally intrude into a target device connectable to a communication network is possible; a threat information management unit that manages threat information obtained by linking a threat and vulnerability which are factors causing a risk in information security; a log file management unit that manages a log file which can be acquired by the target device; and a data integration management unit that manages linking information in which items of information respectively stored in the attack channel management unit, the threat information management unit, and the log file management unit are linked to each other.

The application discloses a channel management method, a base station and a computer readable storage medium. The method comprises the following steps: listening to first broadcast data transmitted through an initial channel, wherein the initial channel is a historical channel determined by a first base station and a first self-moving device in a pair; determining whether the first broadcast data is sent by a second base station other than the first base station in a communication system according to a source address of the first broadcast data; and determining that the initial channel is in conflict if the first broadcast data is sent by the second base station. The method can realize the communication between the base station and the self-moving device in the pair through the broadcast mode, can listen to whether there is broadcast data sent by other base stations other than the first base station on the initial channel, and can determine that the initial channel is in conflict if there is the broadcast data. The detection process is simple, the initial channel does not need to be actually occupied, the base station does not need to be set to the acceptance mode and the standby mode, and the interference on the communication between other base stations and the self-moving device can be effectively reduced.

A computer system is provided in which one or more data channels can be established in the same connection as any streaming channel using the same setup protocol. The data channel enabled protocol layer can establish any number and type of channels, whether only one or more channels are one or more data channels. An application using a data channel enabled protocol layer may choose to establish any number and type of channels. Integration of streaming media and related data into multiple different lanes within a single connection provides significant advantages over maintaining a separate connection and supports multiple different use cases.

A Geographic Information System (GIS) with a digital process and database receives survey quality data, including but not limited to water depth information and location information, at multiple locations within an area of interest. The GIS processes that information and is operatively coupled to a user interface, namely a video screen device, to present the water depth and location information in color scale format. With entry of vessel information, including length, width, and keel depth, the system enables a user to determine whether sufficient water depth exists for the vessel to move to a desired position within an area of interest, for example a berthing area proximal a dock, or to carry out other marine operations.

This disclosure provides an access management method and system. The system includes an operation and maintenance channel management cluster and a client. The client runs on a target server. The method includes: The operation and maintenance channel management cluster obtains an access command of a user for the target server; the operation and maintenance channel management cluster sends the access command to the client; and the client executes the access command based on session state information, where the session state information is information that is about access of the user to the target server and that is recorded by the client.

The present disclosure provides techniques that can enable an AP to perform hybrid channel management, where when a violation condition is detected, the AP considers service metrics (e.g., QoS / SLA) to adjust the set of channels for a client.

Techniques for improved wireless configuration are provided. One or more enclosing polygons of a deployment of access points (APs) are determined, and a first query for a regulatory database is generated based on the one or more enclosing polygons, where the regulatory database is spatially-indexed. In response to the first query, a set of spatial regions is received, where each spatial region in the set of spatial regions is associated with a corresponding set of wireless parameters. A first set of wireless parameters is determined, for at least a first AP in the deployment of APs, based on the set of spatial regions. The first AP is configured based on the first set of wireless parameters.

The invention provides a digital middle station management system, a digital middle station management method and electronic equipment, and the system comprises a plurality of to-be-managed modules which are used for representing all modules needing to be managed in a dairy product production park; the central control platform establishes communication connection with each to-be-managed module based on a cloud-side-end architecture, and the central control platform is used for receiving production data sent by the to-be-managed modules, generating control instructions corresponding to the to-be-managed modules based on the production data, and sending the control instructions to the to-be-managed modules. And sending the control instruction to the to-be-managed module, so that the to-be-managed module executes an operation corresponding to the control instruction under the condition of receiving the control instruction. Intelligent and unified management can be carried out on each to-be-managed module in the dairy product production park based on the digital middle table management system, the labor cost is reduced, and the working efficiency is improved.

The invention is suitable for the technical field of satellite communication, and provides an AI-based satellite-ground integrated unmanned aerial vehicle communication channel management method and system, and the method comprises the steps: obtaining the real-time temperature of a radio frequency front-end module of a current unmanned aerial vehicle satellite communication terminal under the condition of determining that a reference temperature node exists, and when the real-time temperature exceeds the reference temperature node, cooling measures of the unmanned aerial vehicle are controlled based on the temperature node, so that the temperature of the radio frequency front-end module is adjusted to be below the reference temperature node in a future time period. According to the method, existing communication links and cooling hardware structures are not changed, the communication stability and reliability after low-orbit satellite link switching can be improved only through control strategy optimization, the risks of short-time link falling and performance degradation are reduced, finer and more intelligent satellite-ground integrated unmanned aerial vehicle communication channel management is achieved, and the method has remarkable engineering practical value.

This application provides a method for managing sub-working channels of Distributed Tone Resource Units (DRUs). The method includes: an Access Point (AP) dividing its working channel into dedicated sub-working channels for Continuous Tone Resource Units (RRUs) and DRUs; and the AP allocating Resource Units (RUs) for wireless communication in the corresponding dedicated sub-working channels for terminals (STAs) with RRU or DRU capabilities within the Basic Service Set (BSS). This application solves the problem in related technologies where the use of only RRUs restricts uplink communication rates and communication distances due to limitations imposed by the PSD (Power Distribution Module).

The application discloses a kind of multi-beam satellite communication system channel resource virtualization management methods, belong to satellite communication resource management technical field.The application is by deploying system-level channel management server, real-time acquisition each chassis baseband board card state, constructs and maintains the channel resource linked list including equipment health state, baseband board card quantity and detailed parameter.This method supports centralized exchange of service data, and data intercommunication across equipment and across board card can be realized by service exchange server;Network control center applies control or service channel as needed, server dynamically looks up table matching resource, completes configuration and synchronously updates resource linked list;Service channel needs to be bound with service exchange server IP and port to realize data interaction;When resource is released, it is accurately positioned to specified channel, and resource linked list is modified.This method can improve resource management efficiency and flexibility, and is suitable for complex satellite communication scenarios.

The invention relates to the technical field of communication, in particular to a short message service HTTP (Hyper Text Transport Protocol) channel management and dynamic load balancing method and system. According to the method, a time-phased capacity prediction matrix is generated by constructing a two-dimensional capacity attenuation function, and a capacity quota is pre-occupied based on a service priority. And after capacity overdraft is identified, a migration mode is selected according to the migration cost, and a routing table is generated. And calculating a capacity gap and expanding connection resources in advance, and constructing a compensation capacity pool to process a low-load request by using the residual capacity. According to the invention, accurate prediction, dynamic scheduling and elastic telescoping of channel resources are realized, and the channel utilization rate and the system processing capability are effectively improved.

The invention provides a channel management method, device and equipment in instant messaging, and the method comprises the steps: carrying out the grouping of a plurality of communication channels, and obtaining a plurality of channel groups; obtaining channel information of a plurality of communication channels and grouping information of a plurality of channel groups; storing the channel information of the plurality of communication channels to a cloud service, and storing the grouping information of the plurality of channel groups to a background service; and in response to a data acquisition request of the client for the communication group, returning target channel information corresponding to the data acquisition request in the cloud service and target grouping information corresponding to the data acquisition request in the background service to the client, so that the client displays a communication page according to the target channel information and the target grouping information. Efficient and orderly management of communication channels in instant messaging can be realized, and it is ensured that a client can accurately display channel information.

The present application relates to the technical field of computers. Disclosed are a method and apparatus for managing a plurality of GPU BOXes, a device and a storage medium. The method comprises: acquiring identity identification information sent by second communication ports in a plurality of GPU BOXes connected to a plurality of first communication ports on a dual-node server panel; on the basis of the identity identification information, determining the total number of the GPU BOXes and connection types between the GPU BOXes and the first communication ports; on the basis of the total number and the connection types, determining the connection type between the current dual-node server and the plurality of GPU BOXes and, on the basis of the connection type, determining a target communication port from among the plurality of first communication ports; and, by means of a selector and / or a bus arbiter, switching a target bus link corresponding to the target communication port to the target communication port, so as to perform corresponding channel management on the corresponding GPU BOX by means of the target communication port. The present application manages the plurality of GPU BOXes by the dual-node server.

The application provides a hydropower station tailwater level management method and device, electronic equipment and storage medium, relates to the technical field of water conservancy and hydropower engineering operation optimization and design, and the method comprises the following steps: acquiring multi-source data of a hydropower station; taking ecological data of the hydropower station in the multi-source data as a water power constraint condition or a boundary parameter, inputting the ecological data into a tailwater channel water power characteristic dynamic model, and calculating tailwater level data; constructing a constraint condition, and inputting a tailwater channel management scheme in the multi-source data into a multi-objective collaborative optimization decision engine; wherein the multi-objective collaborative optimization decision engine adopts a double-layer nested optimization architecture, takes discrete tailwater channel management schemes and continuous dynamic tailwater level control sequences as coupled decision variables, takes maximum comprehensive benefit as a target function, iteratively optimizes under the constraint condition, and generates a tailwater level management scheme. The application realizes multi-element collaborative iterative optimization, and solves the problems of single data, non-combination of ecological models and fragmented optimization elements in the prior art.

The embodiment of the invention relates to the technical field of computers, and discloses a data service channel management system and method, electronic equipment and a storage medium. Comprising a data service discovery module used for scanning a distributed network environment, and discovering and persisting the network position and service metadata of each data service instance in the road port and navigation business field; a data service registration module; the data service arrangement module is used for providing a visual graphic canvas, so that a user constructs and persists a combined service by dragging, connecting and configuring primitives of registered data services; the data service agency module is used as a unified entrance of a service channel and is used for carrying out agency management on a request flowing into the combined service or any registered data service; the data service opening module is used for performing opening configuration on the data service exposed by the data service agent module; and the data service monitoring module is used for carrying out acquisition, visual display and abnormity alarm on the operation information of the data service channel.

Provided in the embodiments of the present disclosure is a distributed-tone resource unit (DRU) operating sub-channel management method. The method comprises: an access point (AP) partitioning an operating channel thereof into regular resource unit (RRU)-specific operating sub-channels and DRU-specific operating sub-channels; and the AP allocating a resource unit (RU) in a corresponding specific operating sub-channel to a station (STA) having an RRU or DRU capability in a basic service set (BSS) for wireless communication.