330 results about "Communications management" patented technology

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 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.

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.

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.

The present disclosure provides a method and apparatus for task offloading and communication management in mobile edge computing, and a medium. The method comprises: acquiring first state information that indicates a current state of a network environment and a current state of a mobile device; on the basis of the first state information, determining a plurality of first decision actions from a first Q table that is pre-obtained by means of reinforcement learning, and gain information and probability distribution information of each first decision action, and determining a plurality of second decision actions from a second Q table that is pre-obtained by means of reinforcement learning, and gain information and probability distribution information of each second decision action; and determining a first target action from among the plurality of first decision actions that indicate an action decision result of task offloading and computing resource allocation, and determining a second target action from among the plurality of second decision actions that indicate an action decision result of communication resource allocation, speed control and a communication mode. In this way, a task offloading decision and a communication management decision are optimized, and the task success rate in an Internet of Things system is improved.

The invention relates to the field of automobile safety, and discloses a trailer axle intelligent temperature monitoring and intelligent fire extinguishing system which is characterized in that a temperature sensor is used for collecting axle operation temperature data in real time, whether local temperature rise rate abnormity is detected or not is judged, and a data analysis module is entered; performing multi-parameter fusion analysis on the temperature state flow, and calculating a temperature change gradient by adopting a sliding window algorithm; based on axle temperature distribution characteristics and historical working condition data, evaluating a thermal instability risk level, dynamically adjusting an alarm threshold value and a response strategy, judging whether the risk level reaches an early warning standard or not, and if yes, starting sound-light alarm and cockpit prompt; communication connection with the main control terminal is established through a vehicle-mounted bus, whether an emergency fire extinguishing instruction is received or not is judged, and if yes, the instruction is synchronously transmitted to the fire extinguishing execution module; the spraying area and the spraying intensity are automatically selected according to an emergency fire extinguishing instruction issued by the communication management module. The method has the advantage that the operation safety of the trailer is improved.

a communications system comprising a laser generation system configured to emit a set of laser beams; a computer system; and a communications manager in the computer system. The communications manager is configured to identify digital information for transmission. The communications manager is configured to control an emission of the set of laser beams by the laser generation system to generate electromagnetic radiation at positions in a space with motions between the positions, with the positions and the motions between the positions thereby encoding the digital information.

The application discloses an interactive communication management system and method based on 5G communication and belongs to the technical field of interactive communication.The application discloses an interactive communication management system based on 5G communication, which comprises an interactive communication identification module, an interactive information acquisition module, an interactive information processing module, an interactive information management and control module and a data information management module.The application solves the problem that the existing mobile terminal cannot well identify the identity of the mobile terminal when performing interactive communication, cannot timely and accurately understand the interactive communication information of the mobile terminal and leads to poor interactive communication effect.The application can identify the identity of the mobile terminal when performing interactive communication, can timely and accurately understand the interactive communication information of the mobile terminal and improves the interactive communication effect.

The invention provides a vehicle network interaction edge intelligent regulation and control method and system. The method is applied to a vehicle network interaction edge intelligent regulation and control system. The system comprises a communication management module, a load detection module, a strategy making module and an instruction execution module. The method comprises the following steps: establishing communication with user equipment by using the communication management module, and sending a signal to the load detection module in response to the establishment of communication with the user equipment; the load detection module is used for collecting real-time charging data of the user equipment and transmitting the collected real-time charging data to the strategy making module in real time; the strategy making module is used for making a regulation and control strategy according to the real-time charging data and sending the regulation and control strategy to the instruction execution module; and the instruction execution module is utilized to adjust the user equipment according to the regulation and control strategy, and an execution result corresponding to the regulation and control strategy is fed back to the strategy making module.

This invention relates to the field of communication management technology, specifically to a remote communication management method and system for inspection equipment based on protocol identification. The method includes the following steps: based on a zoned operation scenario, the structure of the communication data frames of the inspection equipment is analyzed sequentially; field parameters are located and parsed; parameter sets and structure templates are compared; related field combinations are filtered and their overlap is determined; structural differences in consecutive data frames are analyzed; structural misalignment changes are identified; and a sequence offset indicator is obtained. This invention, by combining data frame structure analysis and dynamic feature comparison mechanisms during communication interaction, achieves real-time determination of field arrangement and verification relationships. It adaptively adjusts the parsing and control process according to the data content, possessing the ability to continuously perceive changes in communication structure. This avoids parsing obstacles caused by protocol evolution, reduces manual intervention, and improves the communication consistency, command recognition accuracy, and data interaction continuity of inspection equipment in multi-version mixed access environments.

A communication management resource receives wireless service usage information indicating travel speeds of multiple communication devices using a first wireless network in a geographical region to access a remote network. The communication management resource further receives a metric indicating wireless services to provide in the geographical region via a second wireless network. Based on the travel speeds of the multiple communication devices and the metric, the communication management resource produces a wireless base station installation plan to install the second wireless network.

A communication management resource can be configured to dynamically provide latency adjustments associated with queuing and forwarding data packets to support reduction in energy consumption. For example, the communication management resource can be configured to establish a first wireless link between a wireless base station and a first communication device. Assume that the communication management resource receives a first notification to change data packet latency settings of queuing and forwarding data packets associated with the first mobile communication device, where the data packets are queued for conveyance over the first wireless link. In response to receiving the first notification and other notifications, the communication management resource dynamically adjusts the data packet latency settings associated queuing and forwarding of the data packets over the first wireless link.

This invention discloses an integrated relay protection and communication management system for new energy power plants, relating to the field of power grid protection and monitoring technology. It includes a power management module, a signal acquisition module, an execution module, a fault acquisition and protection processing module, and a communication management module. The power management module converts AC input to DC output. The signal acquisition module acquires analog and status signals. The fault acquisition and protection processing module performs protection logic operations and generates protection action signals when a fault occurs. The execution module sends control signals to external devices based on the protection action signals or user instructions. The external devices adjust accordingly to ensure safe operation. The communication management module communicates with the host computer and acquires data from the slave computer. This invention integrates relay protection and communication management, saving installation space at the power plant, reducing on-site configuration complexity, and improving the selectivity and flexibility of power plant equipment protection.

The invention discloses an equipment communication management system and a battery formation test system, and belongs to the technical field of equipment communication. The invention provides a modularized and configurable equipment communication management system, which is characterized in that a collaborative architecture of a configuration file receiving module, a command and data routing module and an equipment interaction module is introduced, and a dynamic configuration file containing equipment identification information, a communication protocol type and a request / response message structure definition is combined; uniform adaptation of various industrial communication protocols is realized. A request message structure definition comprises a sending mode parameter, a sending frequency parameter and a sending interval parameter, so that the system can flexibly support complex interaction modes such as periodic communication, single request or limited times of polling according to configuration. The equipment communication management system provided by the invention comprehensively supports a complex communication scene, greatly improves the equipment access efficiency, enhances the system compatibility and expansibility, and reduces the maintenance cost and the firmware version fragmentation risk.

The invention discloses a production workshop-oriented multi-device wireless communication optimization method and device, and relates to the related field of wireless communication networks, and the method comprises the steps: executing real-time task calling and interpreting a production service intention through the interaction between a standard interface and a workshop service system, and carrying out the QoS parameter coding to generate a communication KPI; according to the communication KPI, assisting a slice manager embedded in a communication center controller, dynamically generating a network slice, performing protocol element reading coupling under multiple communication protocols, and determining a communication element condition set; and for the communication element condition set, dimension joint optimization based on network resource scheduling is carried out, a resource configuration strategy is determined, communication management is carried out on task-related equipment interaction terminals, temporary communication isolation is established between non-associated task terminals, and a loose channel network is used as alternative configuration. The technical problem that existing production workshop multi-device wireless communication is insufficient in stability and reliability is solved, and the technical effect of improving the stability and reliability of communication is achieved.

The invention discloses a dynamic data mapping method and system based on field matching, and relates to the technical field of data processing. The dynamic data mapping method based on field matching comprises the following steps: maintaining a full data address by a communication management module; dynamically generating a field mapping table by judging whether the lower-level service input can be covered by the output field combination of the upper-level service group; and extracting the required field from the superior service according to the mapping table by using a preset algorithm, and filling the required field into the subordinate input Message. According to the method, the limitation that communication between services needs strict data type matching is solved, flexible connection and efficient data multiplexing are achieved, and the method is suitable for constructing a complex and changeable distributed task process.

Apparatuses, methods, and systems for a light fixture are disclosed. One apparatus of a light fixture includes a sensor unit and a light intensity controller. The sensor unit includes a sensor operative to generate a sensed signal based on at least one of a sensed motion or light, a wireless communication circuitry operative to maintain a link with a network, and a controller. The controller is operative to manage communications with the network, manage receipt of a beacon through the wireless communication circuitry, wherein the beacon is received from an object and the beacon includes information associated with the object, and generate a dimming control based on at least one of the sensed signal and the communications from the network. The light intensity controller is configured to receive the dimming control and operative to adjust an intensity of emitted light of a light source of the light fixture.

A communication management resource as discussed herein receives antenna test information derived based on simultaneous transmission of a first wireless carrier frequency and a second wireless carrier frequency from each of multiple different types of antenna hardware. The communication management resource uses the antenna test information to determine wireless interference associated with each of the multiple different types of antenna hardware. The communication management resource then deploys the multiple different types of antenna hardware in a network environment based upon the determined wireless interference.

Methods and systems for managing operation of a deployment of data processing systems are disclosed. The operation may be managed by determining a synchronicity classification of data that is to be transmitted between the data processing systems, and performing the transmission based on the synchronicity classification. The data may be classified as synchronous and / or asynchronous. If the data is classified as synchronous, then the data may be transmitted through a synchronous channel immediately and / or at a predetermined future time when the synchronous channel is operational. Otherwise, if the data classified as asynchronous, then the data may be appended to a queue of data to be transmitted at a future time.

The invention relates to the technical field of vehicle-mounted intelligent terminals, in particular to a vehicle-mounted intelligent terminal software architecture system compatible with multiple protocols and an implementation method. The vehicle-mounted intelligent terminal software architecture system comprises an application layer module, a middleware layer module, a function service layer module, a basic service layer module, a hardware interface layer module and a protocol adaptation layer module. The protocol adaptation layer module can quickly adapt to protocol standards of different vehicle manufacturers, the compatibility is remarkably improved, the application layer module and the function service layer module achieve real-time response through an event-driven mechanism of the middleware layer module, the user experience is optimized, and meanwhile the user experience is improved. The basic service layer module is responsible for system management, resource management and communication management of the vehicle-mounted intelligent terminal, and ensures stable operation of an operating system of the vehicle-mounted intelligent terminal and reasonable allocation of resources. Through the architecture, not only are the expansibility and development efficiency of the vehicle-mounted intelligent terminal improved, but also the coupling degree is reduced, and rapid expansion and maintenance of functions are facilitated.

To accurately detect a communication abnormality occurring in a robot or a control device and resolve the communication abnormality. [Solution] The robot control system includes multiple robots (R), a control device (10) that manages the operation of the multiple robots (R) via wireless communication, and a wireless communication access point (20). Each of the multiple robots (R) is equipped with an AP unit (3) that functions as an access point (20). The robot control system is equipped with a communication anomaly detection unit (5, 15) that detects a communication anomaly that occurs in the multiple robots (R) or the control device (10), and an AP control unit (6, 16) that activates the AP unit (3) of a robot (R) located near the robot (R) or control device (10) in which the communication anomaly has been detected.

The invention discloses a distribution network low-voltage equipment state monitoring method, system, equipment and medium, and the method comprises the steps: collecting an electrical quantity signal through an electrical quantity collection unit, transmitting the electrical quantity signal to a heterogeneous calculation unit for processing, and obtaining equipment state data; the input communication management unit performs cache scheduling and outputs scheduled data to be sent; and selecting a target communication network, carrying out encryption protection by adopting an encryption algorithm, and sending to a far-end monitoring platform. According to the invention, high accuracy and real-time analysis of equipment state data are realized through high-precision signal acquisition and heterogeneous calculation processing, and transmission reliability and real-time performance of key monitoring data in a complex power distribution environment are improved in combination with a cache scheduling and communication mechanism; security protection encryption is carried out by adopting the national secret encryption standard, a full-link, high-reliability and high-security monitoring solution from data acquisition, processing to transmission is constructed, and the real-time performance, accuracy and reliability of state monitoring of the low-voltage equipment and the overall system efficiency are improved.

This invention relates to the field of communication management technology, specifically to a data traffic management method, electronic device, and storage medium. The cloud-based data traffic management method includes: receiving a function activation request for a target function and determining the remaining available resources corresponding to the target function; generating function activation parameters containing the remaining available resources and sending the function activation parameters to the device; wherein the function activation parameters are configured to: trigger the device to start the target function; accumulate resource consumption in real time during the operation of the target function; and perform resource control operations on the target function when the resource consumption reaches a first threshold determined based on the remaining available resources. This method stores the control logic and policies in the cloud, avoiding the risk of local firmware tampering; simultaneously, through function-level independent limits and real-time monitoring, high-traffic functions exceeding their limits only affect themselves, and status reporting is not interrupted, achieving precise resource isolation and control.

Methods, systems, and devices for communications management are described. In one example, a method for wireless communication at a user equipment (UE) is described. The method may include receiving a configuration of a first search space (SS) set and a second SS set and identifying a link between the first SS set and the second SS set for physical downlink control channel repetition. The method may also include identifying one or more monitoring occasions in the first SS set or the second SS set to monitor for downlink control information based at least in part on an overlap rule associated with the link between the first SS set and the second SS set for physical downlink control channel repetition. The method may include monitoring the identified one or more monitoring occasions in at least the first SS set or the second SS set for the downlink control information.

This application provides an SPI communication method and apparatus for automotive instrument clusters. The method includes: starting the SPI communication system through an instrument cluster application; in the data transmission link, the instrument cluster application encapsulates instrument cluster application data, performs unified scheduling by a communication manager, performs communication protocol conversion by a multi-protocol adaptation layer, encapsulates the data in SPI frame format by the multi-protocol adaptation layer, and sends it to an external device; in the data reception link, the external device actively reports peripheral data, performs communication protocol parsing by the multi-protocol adaptation layer, performs SPI frame unpacking by the multi-protocol adaptation layer, and forwards the data to the SPI callback interface via the internal bus through the communication manager; notifies the instrument cluster application to complete real-time processing through the SPI callback interface; during the data exchange process, the communication status is obtained through periodic polling and monitoring by a task scheduler, and the polling task is adjusted based on the communication status.

Provided is an operation method of a user plane function (UPF) apparatus in a wireless communication system, the operation method including: obtaining a subscription request message from either a TSN AF or a TSCTSF or both on the basis of an exposure service for a UPF event, the subscription request message including TSC management information; performing triggering for subscription to the UPF event on the basis of the TSC management information; and providing a notification message to either the TSN AF or the TSCTSF or both, the notification message including the TSC management information.

One aspect of the present invention relates to a communication device that relays communication between a lower-level device and a higher-level device, the communication device comprising: a media access control (MAC) address learning unit that, on the basis of a downlink communication frame from the higher-level device, learns a MAC address of a device serving as a transmission source of the downlink communication frame; and a management unit that manages a communication management table for determining whether or not to perform learning of the MAC address. The communication management table holds a connection state with the communication device of each of the lower-level devices, and the MAC address learning unit determines whether or not to perform MAC address learning on the lower-level device on the basis of the connection state of each of the lower-level devices.