623 results about "Communications management" patented technology

The invention relates to the technical field of communication management, and provides a communication base station traffic prediction management system based on deep learning, which comprises a multi-source data acquisition module used for acquiring base station space-time traffic data, user behavior data, network state data, external influence factors and data set slice service parameters; the spatio-temporal feature processing module is used for performing spatio-temporal alignment, noise filtering and slice feature coding on the multi-source data; and the dynamic model prediction module is used for constructing a multi-modal prediction network of a space-time Transform, a graph neural network and a slice exclusive sub-model. A base station association graph based on geographical distance and service correlation is constructed, spatial features are extracted through a multilayer graph convolutional network, slice features and spatial-temporal features are fused by using a gating mechanism, a Pareto optimal strategy is generated by using a multi-objective optimization algorithm, and a strategy library is updated in combination with a forgetting factor, so that the probability of forgetting is reduced. The response time of the system in an abnormal scene is shortened, and the strategy optimization efficiency is improved.

Methods and systems for managing a data processing system are disclosed. To manage the data processing system, a management controller may be included in the data processing system. The management controller may perform managerial functions for the data processing system regardless of whether in band components are compromised, depowered, and / or otherwise non-functional. In addition, to communicate with remote entities, the management controller may utilize a network module of the data processing system. The network module may direct network traffic between in band and out of band communication channels and may operate independently from hardware resources of the data processing system.

The invention relates to the technical field of distributed learning, in particular to a large model pre-training system based on distributed parallel processing. In the system, a data distribution layer collects a node resource state through a fragmentation module and generates a dynamic scheduling strategy; a computing resource layer configuration model initialization module and a strategy switching module support flexible switching of multiple modes such as tensor parallelism, data parallelism and assembly line parallelism; the network communication management layer is combined with topology perception and gradient compression technologies, so that the communication efficiency is improved; and the model aggregation layer realizes global parameter updating and training tuning under privacy protection through a security aggregation and optimization control mechanism. All layers of the system operate cooperatively, the calculation efficiency, the communication performance and the data security of large model pre-training can be effectively improved, and the method is suitable for model development and deployment in a large-scale heterogeneous calculation environment.

The invention provides a heterogeneous robot cluster management platform and a management method thereof, a scheduling management platform for uniformly managing and scheduling heterogeneous robots is designed, and an MES interface management layer performs data interaction with a factory MES system; the resource management layer manages robot states, task queues, operation resources, data service functions and the like; the scheduling algorithm layer manages and schedules tasks and robot operation according to resource occupation conditions; the task execution layer issues a scheduling instruction to the robot and collects data of the robot and the sensor. The communication management layer realizes identification (such as a known protocol and an unknown protocol), calling and adaptive learning with a robot communication protocol, and data interaction with the user interface layer; the user interface layer presents user-level interface data and imports a data protocol analysis result to the communication management layer. Various robots are incorporated into a unified management scheduling platform, so that the complexity of the system is effectively reduced, and the safety and reliability of the production system are improved.

A communication device includes a first port that receives a signal related to a first time source, a second port that receives a signal related to a second time source, a switch that selects the first port or the second port, and processor circuitry configured to execute time synchronization processing by using a signal received via the selected port, detect an event that deteriorates accuracy of the time synchronization processing, transmit information related to a threat to the time synchronization processing to a communication management device when the event is detected, and receive information of recommend port from the communication management device, wherein, when the processor circuitry receives the information from the communication management device, the switch selects the first port or the second port based on a priority of the first time source, a priority of the second time source, and the information received from the communication management device.

The invention discloses a wireless communication management method and system based on Bluetooth and WIFI synchronization, and belongs to the technical field of Bluetooth and WIFI synchronous communication, and the method comprises the steps: carrying out Bluetooth and WIFI wireless communication environment interference detection, analyzing an environment communication conflict score, carrying out mutual exclusion strategy setting, and analyzing an internal communication bottleneck observation correction index. And determining a wireless communication internal conflict level, setting an internal conflict adjustment strategy, and triggering a consistency detection and repair process when the control center receives a conflict abnormal signal. According to the method, the interference condition and the internal bottleneck state of Bluetooth and WIFI in a complex environment can be comprehensively sensed, the communication conflict level is dynamically evaluated, a mutual exclusion strategy and an adjustment strategy are intelligently set, a consistency repair mechanism is quickly triggered in an abnormal condition, the problems of broadcast interruption, connection failure, data blockage and the like are effectively reduced, and the service life of the Bluetooth and WIFI is prolonged. And the stability and coordination of wireless communication and the overall operation efficiency of the system are improved.

The invention discloses a unified management system and method for a virtual controller, and the system comprises a controller registration module which is used for initializing a controller registration array, checking whether the number of network IO registration reaches an upper limit or not, traversing the controller registration array, searching vacancies, and recording new instance information; the instance mapping module is used for mapping the successfully registered controller indexes into a controller information array and updating the registration number; the multi-thread security module is used for realizing concurrent security access in a registration process through a mutual exclusion lock; and the communication management module is used for creating a read management module, a write management module and an alarm management module, processing different types of data and carrying out heartbeat monitoring and data forwarding through a port. The technical problems that when a plurality of virtual controllers work cooperatively, control tasks of the virtual controllers are difficult to coordinate efficiently, so that the system performance is reduced, and even control conflicts or data loss may occur are solved.

Methods and systems for generating and managing a multi-channel digital communication are disclosed. The multi-channel communication system can effectively create a second, interconnected communication based on a first communication. Furthermore, the system can duplicate, modify and adapt content and settings of the second linked communication. The multi-channel communication system can compile individual breakdown reports for the individual communications and can assemble a combined comprehensive report for the multi-channel communication. Additionally, the system can propose modifications and implement adjustments based on the engagement metrics of the combined report.

The invention relates to the technical field of CSMS general collector data processing, in particular to a data collector operation control method and system. The method comprises the following steps: collecting an analog input signal and a switching value input signal of a CSMS universal collector to obtain original input data; performing filtering and drift correction on the original input data to obtain effective acquisition data; performing multi-protocol format identification and conversion processing on the effective acquisition data to obtain standardized acquisition data; state identification, fault early warning and equipment life prediction are carried out on the standardized acquisition data to obtain operation evaluation data; and reasoning execution logic based on the operation evaluation data and a preset control strategy rule, and generating control instruction data. Through high-precision data acquisition and filtering, multi-protocol adaptation, edge intelligent state evaluation, closed-loop control execution and reliable communication management and log recording, stable, intelligent, efficient and robust intelligent operation and maintenance data processing is realized.

A user device (e.g., a computing device, a smart device, a mobile device, a laptop, a tablet, a set-top box, a display device, etc.) may generate, based on a request for conversational history information, a timeline for a user interface comprising an interactive timeline indicator indicating a conversation that occurred during a time window. The user device may display, based on an interaction with the interactive timeline indicator, a graphical representation of the time window that indicates a circular order of occurrence for the conversation and other conversations that occurred during the time window. The user device may display the conversation based on an interaction with an interactive element that indicates when within the circular order of occurrence the conversation occurred.

The invention provides an IM software multi-modal feature fusion instant confidential information detection method and system, and the method comprises the steps: generating a local vectorization capability through deploying a TinyBERT model at a client; configuring a distribution mechanism of the file interception module, separating text, image and voice contents, and generating a multi-mode parallel processing channel; designing a meta-information packaging format of the communication management module, integrating file meta-information features, and generating a three-dimensional feature packaging data stream; and establishing a server sensitive document database and a dynamic rule issuing channel, and generating a closed-loop strategy updating mechanism so as to realize a client-server collaborative hierarchical processing architecture. Analysis can be triggered immediately in the file uploading stage, millisecond-level preliminary risk assessment is achieved, and the method has the advantages of being real-time and low in resource consumption. And when the risk unknown data is encountered, the data is uploaded to the server for further verification, so that the recognition precision of the complex confidential scene is improved.

The invention relates to the technical field of power system monitoring, in particular to a power transmission line on-line monitoring system and method. The method comprises the following steps: continuously acquiring wind speed, temperature, wind direction and humidity through an analog signal transmission channel of a host to obtain meteorological sensor data; collecting wire temperature and tower inclination data through a digital quantity signal transmission channel; performing threshold comparison on the meteorological sensor data, and marking abnormal meteorological characteristic parameters when detecting that the meteorological sensor data exceeds a preset safety range; thermodynamic coupling analysis is carried out on the abnormal meteorological characteristic parameters and the conductor temperature data, and the conductor temperature rise trend is calculated; and carrying out mechanical structure association on the abnormal meteorological characteristic parameters and the tower inclination data, and evaluating the structure safety margin. Through an intelligent identification perception technology and a multi-mode communication management technology, accurate monitoring and efficient operation and maintenance of the power transmission line are realized, and finally the safety and the operation and maintenance efficiency of a power grid are improved.

The invention discloses a space-air-ground integrated broadband narrowband adaptive emergency communication system, and relates to the technical field of space-air-ground integrated communication, and the system comprises a communication management center, a spectrum environment sensing module which is used for monitoring the use condition of each spectrum bandwidth through spectrum monitoring equipment disposed at each layer of space, air and ground, and sending the use condition of each spectrum bandwidth to the communication management center; comprising spectrum utilization rates of broadband and narrowband services, and constructing a dynamic spectrum map; and the demand prediction module is used for predicting spectrum demands of future broadband and narrowband services in combination with the historical communication data and the current network state. Through the dynamic spectrum allocation technology and in combination with 5G waveforms, spectrum resource allocation can be adjusted in real time according to actual service requirements and network conditions, resource waste or insufficiency in a traditional fixed spectrum allocation mode is avoided, the utilization rate of spectrum resources is remarkably improved through intelligent spectrum management, and the spectrum allocation efficiency is improved. The efficient cooperative work of broadband and narrowband services is ensured, and reliable spectrum guarantee is provided for emergency communication.

The invention relates to the technical field of communication management, in particular to a network operation and maintenance monitoring system based on intelligent analysis, and the system comprises a link load balancing module which collects flow input data and output data associated with a current scene in a network link, determines an initial partition range of the network link, and stores the flow input data and output data in the network link; and dividing the link partition with the traffic density exceeding a preset load threshold value into a plurality of sub-segments to obtain link subdivision load distribution information. According to the invention, through multi-level monitoring and adjustment for the link flow, the refinement and dynamic adaptive capacity of network operation is improved. Initial partitioning and detailed analysis are performed on the link based on the traffic density and the topological information, so that a high-load link area can be effectively positioned, and waste of link resources and performance bottleneck are avoided. In the dynamic monitoring link, the abnormal change of the link state is captured by extracting link transmission delay data and analyzing a delay difference matrix, and the fluctuation condition of the link is effectively tracked by marking the maximum value, the minimum value and the change trend.

The invention discloses a fully-enclosed line subway signal fault diagnosis system, and relates to the technical field of subway signals, the system comprises a communication monitoring module, a fault identification module, a self-healing control unit, a redundancy communication management module and a data recording module, and the communication monitoring module further comprises a temperature adaptation logic module and a feedback unit. Through the collection, classification and feature extraction technology of historical train operation data, the difference and generality between different signal transmission nodes are analyzed, an abnormal feature library is formed and stored and recorded in a data recording module, then when the system operates, abnormal features are matched according to actual data, corresponding node regulation and control instructions are dynamically generated, and the corresponding node regulation and control instructions are sent to the system. The instructions can actively optimize the signal transmission quality and reduce or completely solve the risk of instant communication interruption, information is fed back in real time through the fault recognition module, and the redundancy control system is switched to achieve smooth transition when the main system fails.

The invention discloses an AI communication information identification system, which relates to the technical field of artificial intelligence and communication, and adopts the technical scheme that the AI communication information identification system comprises an AI communication management platform module, and the AI communication management platform module comprises a data management module, an algorithm model library module, a user interaction module and a safety control module, the security control module comprises a security privacy protection module and a real-time monitoring alarm module, the connection end of the security control module is provided with a security architecture module, an AI auxiliary security module and an emergency response module, and the security privacy protection module comprises a data encryption module, a privacy protection module and an access control module. The method has the beneficial effects of realizing automatic, efficient and accurate identification of communication information, remarkably improving the identification efficiency and accuracy, having self-learning and optimization capabilities, being capable of continuously improving the identification performance along with the increase of the data volume and the change of the environment, effectively identifying and intercepting malicious information, protecting the security of a communication network and the privacy of a user, and improving the user experience. And the safety performance is improved.

The invention discloses a multi-satellite service converged communication management control optimization method, which belongs to the technical field of satellite communication networks, and comprises the following steps: acquiring a service priority index and satellite ephemeris data, calculating the relative position between a satellite and a terminal at a future moment, and generating a satellite motion trail prediction result and an interference risk prediction result; and obtaining a load state of the satellite, dynamically calculating a resource allocation weight matrix to switch a satellite link in combination with a service priority index, a satellite motion track prediction result and an interference risk prediction result, and generating a resource allocation instruction and a switching command. According to the method, the resource allocation weight matrix is dynamically calculated by adopting the fusion service priority index, the satellite motion and interference prediction and the satellite load state, and link switching and resource allocation are performed according to the resource allocation weight matrix, so that prospective optimization management and intelligent control of multi-satellite communication resources can be realized, and the continuity and reliability of service fusion communication are improved.

The invention relates to the field of energy storage battery communication management, and particularly discloses a large-scale multi-node high-throughput data communication system of an energy storage battery, which comprises an equipment layer, a communication layer and a management scheduling layer, the management of the equipment layer on the battery comprises an IP mode and grouping management based on a battery state; a broadband industrial bus of the communication layer is used for data transmission among a BMU, a BCU and a BAU in the BMS and data interaction between the BMS and an EMS; the distributed domain bus is used for dividing the BMS into different domains, and cluster communication between BMS nodes is achieved in each domain. Cluster management is realized by using a distributed domain bus, the problems of complex wiring and difficult maintenance of traditional networking are solved, unified scheduling of energy storage devices of different manufacturers is realized through a self-defined domain address strategy, and addressing efficiency and distributed management and control capability of large-scale nodes are optimized.

The invention discloses a multi-protocol adaptive Internet of Things device communication management method and system, and relates to the technical field of Internet of Things device communication management, and the method comprises the steps: capturing an original message sent by a source device through a communication management node disposed at an edge side when an Internet of Things device initiates a communication request, obtaining a source device identifier, a target address and a transport layer protocol type of the original message; identifying a used application layer protocol according to the structural features and the communication context of the original message, extracting an operation intention contained in the original message, and generating a standardized semantic feature vector; on the basis of the difference degree between the standardized semantic feature vector and semantic feature vectors of other protocols, initial compatibility scores among the protocols are determined, and a communication topological graph is constructed in combination with real-time delay and node resource states of network links; and continuously recording communication execution results of different protocol pairs on each node, and generating a dynamic memory factor according to the change trend of the execution results.

The invention provides an Internet of Vehicles cross-domain data sharing system and method based on a double-layer block chain architecture. The system comprises a double-layer block chain communication module, a double-layer block chain service module and a double-layer account book module which are in communication connection with one another; the double-layer block chain communication module is used for performing dynamic communication management through dynamic fragment coordination, intelligent routing decision and zero-knowledge proof lightweight verification technologies; the double-layer block chain service module comprises a double-chain collaborative scheduling sub-module and is used for performing multi-type service management through a cross-domain consensus protocol, dynamic key management, global federated learning, cross-chain hierarchical verification and a resource scheduling optimization technology; and the double-layer account book module is used for carrying out storage and transaction management through a layered account book structure and a lightweight consensus mechanism. Through the double-layer block chain architecture, account book fusion and cooperative scheduling, the data sharing efficiency in the Internet of Vehicles environment is significantly improved, the communication overhead is reduced, and the security of the system and the data credibility are enhanced at the same time.

The invention relates to the technical field of communication management, in particular to a communication management method and system, and the method comprises the following steps: collecting overwater environment data in real time based on an overwater communication environment, obtaining weather forecast data in a future time period through weather forecast, extracting communication link node state data, and carrying out the data integration; and obtaining environment and link data. According to the invention, by predicting the weather and the communication link node state, communication faults can be timely identified and prevented, the continuity and stability of the communication link can be ensured, the reliability of the link can be evaluated by using the collected data, and the communication mode can be optimized according to the evaluation result. The whole communication system can automatically adjust and optimize the communication strategy when facing a complex and changeable environment, the control of the system on the communication state is enhanced through the real-time monitoring function, it is ensured that quick response and adjustment can be achieved when potential problems occur, and the communication quality is maintained.

The invention discloses an unmanned aerial vehicle hybrid communication management system, which comprises an air part and a ground part, the air part comprises a flight control module, a task load, a communication management module airborne end and a hybrid communication module airborne end; the flight control module receives a control instruction of the unmanned aerial vehicle ground station, and the task load sends service data to the unmanned aerial vehicle ground station; the ground part comprises an unmanned aerial vehicle ground station, a communication management module ground end and a hybrid communication module ground end; the unmanned aerial vehicle ground station sends a control instruction to the flight control module and receives service data; the hybrid communication module airborne end is matched with the hybrid communication module ground end, and a plurality of communication links are formed between the aerial part and the ground part and are managed in a unified manner; according to the invention, unified management is carried out on various communication links of the unmanned aerial vehicle, multi-channel fusion application in a complex environment is realized, and stable and reliable communication between the unmanned aerial vehicle and the ground station can be realized depending on redundancy and aggregation of various channels.

The invention relates to an automatic equipment control system based on an edge computing gateway and the edge computing gateway, and belongs to the technical field of Internet of Things communication. The equipment automatic control system comprises a configuration interface, a configuration generation module, a communication management module used for collecting input data of equipment automatic control logic accessed to the gateway, and a control module. The configuration interface is used for displaying a preset device data input end, a preset device data output end, identifiers of the preset device data input end and the preset device data output end, and configuration parameters of primitive templates corresponding to the management instructions and the logic instructions; the configuration generation module is used for reading the primitive template selected through the configuration interface and the value of the configuration parameter of the primitive template to obtain a corresponding control instruction so as to generate a configuration file corresponding to the automatic control logic process; and the control module is used for analyzing the configuration file and issuing a running operation instruction to corresponding equipment through the communication management module. The edge computing gateway of the automatic equipment control system based on the edge computing gateway can realize data sampling and control with equipment with various communication interfaces.

There are provided measures for (e. g. enabling / facilitating / realizing enhancements and / or improvements for) management of UE-satellite-UE communication, i.e. a satellite communication between a first user equipment and a second user equipment. Such measures may, for example, comprise that a network function, element or entity, such as e.g. a P-CSCF, obtains first information regarding user equipment connectivity via satellite access for a first user equipment involved in a call, obtains second information regarding user equipment connectivity via satellite access for a second user equipment involved in the call, and detects, based on the first information and the second information, whether a satellite communication between the first user equipment and the second user equipment is feasible.

An intelligent power distribution controller and a safety monitoring system and controller thereof, and a vehicle, which relate to the technical field of vehicles. The intelligent power distribution controller comprises a main power supply channel for supplying power to loads of a first level and loads of a second level, a backup power supply channel for supplying power to the loads of the first level, and a controller for monitoring the main power supply channel and the backup power supply channel. The safety monitoring system is applied to a controller, and the safety monitoring system comprises: a first software layer, which is used for performing first-level diagnosis on power supply channels, and performing communication management; a second software layer, which is used for performing second-level diagnosis and control on the power supply channels, and performing fault mode processing; and a third software layer, which is used for performing hardware monitoring on the controller.

In one example, a communications system includes a unified communications platform and a channel-communications management circuit. The unified communications platform is to process different types of communications services respectively using different types of communications channels. The channel-communications management circuit may be used to provide an effective merging of data communications received via the different types of communications services to develop an interaction record for a reply communication on a preferred channel and / or for use in a subsequently-received inbound data communication. The channel-communications management circuit may also react to a subsequently-received inbound data communication such as by using the interaction record in another communication subsequent to the inbound data communications, and / or by accessing the record and / or replying to content in the different types of communications services based on a determined identity of a sender or participant of the data communications.

A system as discussed herein includes a communication management resource operative to manage wireless communications in a network environment. The communication management hardware receives feedback indicating signal quality, and operating channel of wireless access points receiving wireless communications from each other in the network environment. The communication management resource groups the wireless access points into one or more clusters based on the received feedback indicating the signal quality. Based on the grouping, the communication management resource further assigns different wireless channels for use by respective wireless access points in each cluster of the multiple clusters.

Systems and methods for predictive wireless communication management. In some implementations, a wireless transmit / receive unit (WTRU) may establish communications with a network node via a first physical communication channel; and determine that a difference between measured characteristics of a reference signal and measured characteristics of a previous reference signal exceeds a reporting threshold. The WTRU may transmit, to the network node responsive to the determination, an identification of the measured characteristics of the reference signal; and may receive, from the network node via the first physical communication channel, an indication of predicted beam failure generated responsive to receipt of the identification of measured characteristics of the reference signal. The WTRU may reconfigure, responsive to receipt of the indication of predicted beam failure, communications with the network node to utilize a second physical communication channel.

The invention provides a first-aid transfer monitoring system and method, and the system comprises a data communication module which is used for the communication management between a terminal device in an ambulance and each module, and is used for storing communication data; managing authentication between the ambulance and the system; the detection control module is used for carrying out monitoring and early warning on the first-aid environment in the ambulance, the operation condition of the monitoring equipment, the patient information and the monitoring data; receiving the control instruction to adjust equipment in the ambulance; the evaluation strategy module is used for receiving an instruction of the medical staff to the system, generating etiological analysis, first-aid measure suggestions and patient condition evaluation for the medical staff, and generating a first-aid transfer report; and the interface interaction module is used for displaying the output of each module of the system, including interface interaction in an ambulance and interface interaction in a hospital. The method has the advantages that it is ensured that the medical staff can master the vital signs of the patient and the state of the monitoring equipment in real time, and scientific decision support is provided for the medical staff.

A computer-implemented sustainable communications management system for monitoring, analyzing, and optimizing institutional communication practices with regard to sustainability goals. The system includes: a communication interface configured to receive communication-related data from a variety of digital and physical communication channels assigned to an institution; a processing unit that is operationally coupled with the communication interface and configured to process communication-related data with reference to a variety of sustainability parameters, including ecological, social and ethical dimensions; a storage system that is operationally linked to the processing unit and stores the following: predefined sustainability targets aligned with institutional goals; thresholds corresponding to key performance indicators (KPIs); and historical records of previous communication activities; a controller configured to coordinate the data flow between the communication interface, the processing unit and the storage, thus ensuring real-time updates of performance data; a sustainability assessment server configured to calculate sustainability impact assessments based on the correlation between the processed data and the predefined sustainability parameters; and a display interface configured to present the calculated impact assessments, performance analyses, and adaptive communication recommendations via a graphical dashboard accessible to authorized users.