148 results about "Unified communications" patented technology

The invention relates to the technical field of Internet of Things, in particular to a multi-protocol conversion Internet of Things terminal communication method. Comprising the following steps: monitoring a communication data packet sent by Internet of Things terminal equipment in real time through a protocol sniffing module, and extracting a protocol feature field; matching the protocol feature field based on a dynamic protocol library, and identifying a native protocol type of the equipment; generating a protocol conversion strategy according to a target platform protocol demand, and calling a corresponding protocol analysis engine to perform semantic analysis on the data packet; the analyzed data content is reconstructed according to a target protocol format, and a unified communication interface packaging layer is added; and an optimal communication link is selected through an adaptive routing algorithm, and cross-protocol data transparent transmission is completed. The invention provides an integrated communication method capable of realizing efficient protocol dynamic identification, high-reliability semantic conversion, intelligent link optimization and safe packaging, so as to break through the technical barrier of multi-protocol Internet of Things terminal interconnection.

The invention provides a computing power center resource centralized self-adaptive control scheduling system and method, and the method comprises the steps: S1, a user submits a computing power training task through an API, and sends the task to a DAG task composer, and forms a task list to be scheduled; s2, the intelligent monitoring analysis module is used for continuously collecting node data and calculating real-time CS and HS scores of each node; s3, analyzing the dependency relationship type data by a task composer, and calling a dynamic programming algorithm in an adaptive scheduler to make a decision; s4, the adaptive scheduler performs dynamic task distribution according to the task list of the DAG task orchestrator and the intelligent monitoring analysis module, and S5, the distributed runtime and environment management module is used for uploading the prepared Docker mirror image to the distributed storage; and S6, through the unified communication adaptation layer, the mirror image is pulled from the distributed storage on the target node and the container is started, the user does not need to concern the difference of the operating system in the whole process, and efficient and intelligent adaptive scheduling is realized.

The invention provides a smart home door and window control system, which is applied to the technical field of doors and windows, and realizes the combination of hardware and software of smart doors and windows through the integration of a door and window hardware structure and a control software structure. A signal acquisition module is arranged to be connected with an internal control end and an external port of the system to obtain user command information, door and window state information and external environment information; various standard data information is fused through the data processing module; and the data decision-making module executes weighted operation to generate control information, so that intelligent control on door and window hardware is realized. Therefore, the intelligent household door and window control system realizes the control function of intelligent electric door and window products and other whole-house intelligent household appliances, and has the advantages of unified communication protocol, realization of multi-source data fusion, improvement of control decision intelligence, enhancement of system security and privacy protection.

The invention discloses a railway station energy consumption intelligent management method and system based on artificial intelligence. The method comprises the steps that sensors are deployed in subsystems of a railway station, and environment parameters, equipment operation parameters and historical energy consumption data are collected; a unified communication protocol and a standard interface are adopted, and any one or more subsystems of air conditioner ventilation, cold and heat sources, illumination and elevators and escalators are interconnected; according to the real-time environment change and the load demand, carrying out self-adaptive control on the plurality of pieces of energy consumption equipment; based on a mechanism model and an artificial intelligence prediction model, energy consumption simulation and comparison are carried out on different control strategies, and the global maximum is automatically searched through an intelligent algorithm on the premise of meeting passenger comfort and safe operation. According to the technical scheme, through deep combination of mechanism modeling and artificial intelligence, high-precision prediction and adaptive regulation and control can be realized in railway station multi-system energy consumption management, and the energy utilization efficiency is comprehensively improved.

The invention discloses an inference task collaborative scheduling system and method oriented to multiple terminals of a swan gap. The inference task collaborative scheduling system comprises a communication module Broker, a system monitoring module SystemProfilter, a scheduling module Scheduler and an inference task execution module Worker. According to the method, a structured resource state vector is constructed based on an NDK native interface so as to comprehensively represent the real-time availability of equipment; a lightweight MQTT protocol is adopted to support low-overhead and high-robustness cross-terminal state synchronization and task distribution; a comprehensive load scoring mechanism fusing task priorities and dynamic weights is designed, a multi-objective optimization problem based on a non-dominated sorting genetic algorithm (NSGA-II) is introduced, task delay is minimized in a combined mode, terminal loads are balanced, and energy consumption is controlled; meanwhile, the execution time delay is efficiently estimated in combination with a proxy model based on linear regression, and the scheduling overhead caused by real reasoning and calling is avoided; the whole architecture is deeply adaptive to a swan-mong system, and is compatible with an Android platform through modular packaging and unified communication interface design, and efficient, self-adaptive and cross-platform collaborative scheduling oriented to a swan-mong multi-terminal reasoning task is realized for the first time.

The invention relates to the technical field of computers, discloses a heterogeneous computing low-delay communication method and system, and aims to solve the problem of high delay caused by high communication protocol overhead, lack of dynamic scheduling collaboration, memory migration redundancy and non-uniform cross-node communication abstraction in existing heterogeneous computing. The method comprises the following steps: receiving a task scheduling request and analyzing a task dependency graph; tasks are dynamically allocated based on node loads and link states; rDMA, NVLink or PCIe straight-through protocols are adaptively selected according to node types to establish communication channels; zero-copy data exchange is realized through a shared memory mapping buffer area; hardware timestamps are utilized to synchronize feedback delays with PTP to optimize scheduling. The system comprises a heterogeneous computing node cluster, a unified communication scheduling controller, a low-delay communication protocol stack, a shared memory mapping buffer area and a communication delay sensing task distributor. According to the scheme, the communication delay is remarkably reduced, and the throughput and the task execution efficiency are improved.

A system and method for preventing fraudulent access to user accounts and user data resulting from SIM swapping are disclosed. A server providing a unified communications service receives a message containing an authentication code addressed to a subscriber mobile device. The server determines a threat level by analyzing recent subscriber login data for suspicious patterns. If the threat score exceeds a threshold, the server divides the authentication code into two portions before sending. One portion is transmitted via regular SMS to the native messaging app on the subscriber's device. The other portion is sent through a subscriber messaging client of the unified communications service. This dual channel delivery allows legitimate users to receive the full code while preventing unauthorized users who may have swapped the subscriber's SIM card. Additional threat detection involves monitoring the status of the native messaging app and notifying subscribers of anomalies indicating potential SIM swapping.

The invention provides an SOA architecture vehicle-cloud integrated communication middleware system and a deployment method, and the system comprises a unified communication interface module which is used for providing a Topic-based publishing / subscribing model communication interface for an application layer, and providing a Method-based client / server model remote service calling interface; the communication abstraction and adaptation module is used for performing unified abstraction and protocol conversion on various heterogeneous physical buses and communication protocols in the vehicle and among vehicle clouds; the system configuration and management module is used for carrying out centralized configuration and management on definition of communication interfaces, mapping relations of communication channels and system operation parameters; the system receives a communication request of an application layer through the unified communication interface module, obtains configuration information through the system configuration and management module, and adapts the communication request to a specific physical bus or a network protocol for transmission through the communication abstraction and adaptation module. According to the system and the deployment method provided by the invention, the service logic of the application layer and the complex communication of the bottom layer are thoroughly decoupled.

Systems and methods for identifying and authenticating users in a conference room are described. In an illustrative, non-limiting embodiment, an Information Handling System (IHS) can include: a processor; and a memory coupled to the processor, the memory having program instructions stored thereon that, upon execution by the processor, cause the IHS to: obtain context information of a remote conferencing application that enables a remote conferencing session in a conference room; and modify controls for one or more objects in the conference room based, at least in part, on the context information of the remote conferencing application.

Customers of a software platform, such as a unified communications as a service platform, are enabled to control their own encryption keys used to encrypt and decrypt data from various communication services in the software platform. A key connector service is used to coordinate communications with a key management server for generating plaintext keys for data encryption and encrypted keys based on the plain text keys, and with a key broker server for storing and retrieving copies of the encrypted keys. A context identifier may be associated with an encrypted key and used to track which data has been encrypted with an underlying plaintext key. Examples of data encrypted may include conference recordings, webinar recordings, phone call recordings, voicemails, emails, and calendar tokens.

The invention relates to the technical field of data exchange networks, in particular to an intelligent commanding and dispatching method for a unified communication network, which comprises the following steps of: 1, dynamically sensing the state of a heterogeneous network; 2, emergency task grading quantification: analyzing command instruction text keywords, and matching a task emergency grading label library to output a task type code and a time delay tolerance threshold; based on the task type code and the current network load rate, generating a resource demand vector through historical task data interpolation; step 3, reinforcement learning dynamic decision making; step 4, carrying out survivability resource scheduling; step 5, optimizing a closed-loop strategy: acquiring actual task completion time delay, path switching times and node resource utilization rate standard deviation as evaluation indexes; and when the average reward value of the continuous tasks is lower than a historical average threshold value, finely adjusting actor network parameters. Through multi-dimensional state perception and reinforcement learning decision, in combination with historical data analysis and network load correction, efficient scheduling and dynamic optimization of different tasks are realized.

The invention discloses a method and system for communication through a unified communication slot, and relates to the technical field of intelligent communication networks, and the method comprises the steps that the communication slot receives heterogeneous protocol data streams in real time, parses protocol grammar structures and semantic features of the heterogeneous protocol data streams in parallel through two channels, fuses the protocol grammar structures and the semantic features, generates PIR vectors, and sends the PIR vectors to a server; acquiring broadcast information and dynamic routing update messages of adjacent equipment in real time, and generating a real-time topology state library; and on the basis of a PIR vector, a delay sensitivity coefficient and a fault-tolerant threshold parameter are extracted, a quantum optimization model is constructed in combination with a real-time topology state library, a path with the minimum comprehensive transmission cost is calculated, physical address mapping, protocol compression packaging and service index verification are carried out, and a simplified quantum routing tag is generated. Unified semantic representation of heterogeneous protocols is realized through dual-channel protocol analysis and feature fusion, and high-timeliness secure transmission is realized through quantum optimization routing and dynamic encryption binding.

The present invention relates to a display device modularization kit, which provides a modularized physical linkage and a unified communication connection for a frontend module with different specifications and a separable control box module with different specifications. The display device modularization kit includes: a multi-specification mounting module configured to link a display component with different specifications to form the frontend module; and a unified communication connection module including a first connector and a single transmission line, wherein the first connector is configured to communicatively connect with an internal display port with different specifications included in the display component and the single transmission line is configured to communicatively connect with a single internal communication connector included in the separable control box module.

The invention discloses a DCS (Distributed Control System) visualization system integrated with PLC (Programmable Logic Controller) communication, which relates to the technical field of DCS visualization systems and comprises a protocol adaptation module, a configuration analysis module, a variable mapping module, a data acquisition module, a quality evaluation module, an analysis early warning module and a visualization guide module. The protocol adaptation module is used for loading communication protocol plug-ins supporting different PLC brands, each plug-in realizes a unified communication interface specification, and a connection channel with PLC equipment is established; the configuration analysis module is used for analyzing a PLC hardware configuration file, extracting equipment address configuration information in the PLC hardware configuration file and generating structured configuration data containing equipment types, slot addresses and module parameters; and the variable mapping module is used for converting a PLC register address into a variable label with a service meaning based on physical address information in the structured configuration data in combination with a preset semantic naming rule, and establishing a mapping relation table of the address and the label.

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.

The invention discloses an insurance service full-process processing method and device based on multi-agent cooperation, and belongs to the technical field of artificial intelligence. A user request is received through the user interaction layer, a natural language processing technology is utilized to identify a user intention and extract key entity information, and structured user input data is generated; dynamically routing the request to a corresponding AI agent through a task distribution module according to the intention type, wherein the AI agent comprises a customer consultation agent, a risk assessment agent and a claim settlement processing agent; each agent cooperatively processes a business process based on shared session context information, exchanges structured data through a unified communication protocol and executes a cross-link task; and finally, integrating processing results of all agents, generating a service response conforming to insurance business logic, and feeding back the service response to a user through a user interaction layer. According to the invention, efficient automation and intelligent cooperation of the whole insurance service process are realized, and the accuracy and response speed of service processing are remarkably improved.

The invention discloses a sound box light control method and a sound box light control system. The sound box light control method comprises the following steps: acquiring a communication protocol, an API interface, control mode data, environment illumination data and music rhythm data of a sound box and light equipment; the music rhythm, rhythm and melody change are identified by adopting an audio analysis technology, and a light response algorithm is optimized; analyzing historical and real-time data of the user, setting custom options, and adjusting light according to preferences and scenes; an intelligent machine learning algorithm is applied to continuously learn optimization and automatically adjust the light effect; storing the adjusted light effect to a sound box local storage system; the user interface layout is clear, the function organization is orderly, and the light effect change is displayed; according to the sound box light control method and the sound box light control system, a unified communication protocol and a standardized interface are adopted, interconnection and intercommunication of equipment of different brands and models are realized, and the operation convenience and comfort of a user are improved through a concise interface, navigation, timely feedback and graphical display.

The invention discloses a self-adaptive and self-coordinated unified communication system and method based on an SDN, and relates to the field of coordinated communication, and the method comprises the steps: collecting network state data of a switch, extracting traffic chaos features through a lightweight chaos analysis algorithm, generating a traffic feature vector, generating a network management threshold based on the traffic feature vector, and carrying out the dynamic adjustment, updating a flow table, generating a resource state log, evaluating cross-domain network congestion according to the resource state log, calculating a congestion index, generating a key through a quantum key distribution unit, dynamically adjusting a key update frequency and distributing the key update frequency to a cross-domain switch, recording a key distribution log, and using the key distribution log and a real-time network state to determine the congestion of the cross-domain network. Detecting network abnormity, defining as an antigen, running an antibody generation algorithm to generate a repair strategy, and storing as an antibody record; according to the method, the traffic feature vector is generated through the chaos analysis algorithm, potential congestion or abnormity can be detected earlier, and the dynamic adaptability of a cross-domain network is improved.

The invention discloses an artificial intelligence monitoring system based on the Internet of Things, and the system comprises a device access and protocol adaptation module which is responsible for enabling Internet of Things devices produced by different manufacturers to access the system, recognizing and analyzing a communication protocol of each Internet of Things device, converting the communication protocol into a unified communication format in the system, and transmitting the communication protocol to a server; the converted equipment data is transmitted to the data communication and transmission module; the data communication and transmission module is responsible for transmitting and exchanging equipment data and transmitting the equipment data to the equipment management and monitoring module; according to the invention, through the equipment access and protocol adaptation module, the Internet of Things equipment produced by different manufacturers is accessed to the system, and the communication protocol of the Internet of Things equipment is identified and analyzed and converted into a unified communication format in the system. The function greatly improves the compatibility of the equipment, so that the equipment from different manufacturers can be seamlessly connected and interoperate in the system, and the flexibility and expandability of the system are remarkably improved.

The invention discloses a low-altitude aircraft and vehicle cooperative intelligent high-speed management and control system, and relates to the technical field of intelligent transportation, and the system comprises a heterogeneous network fusion unit which is used for building a unified communication protocol framework based on the demands of an aircraft and vehicle communication network, and formulating a general communication rule and a data format, protocol conversion and adaptation among different networks are realized; the positioning sensing recognition unit is used for integrating multiple positioning technologies, fusing original data of different sensors, recognizing target behavior attributes through a layered uncertainty modeling and transmission mechanism, establishing a target tracking algorithm and tracking positions and motion states of an aircraft and a vehicle in real time; and the collaborative decision control unit is used for fusing the traffic data of the aircraft and the vehicle, planning the paths of the aircraft and the vehicle, and designing an emergency event collaborative processing mechanism through a sensor and data fusion technology. According to the invention, efficient cooperative management and control of the low-altitude aircraft and the vehicle are realized.

The invention provides a satellite operating system and a satellite end for realizing satellite interconnection based on a unified communication protocol, an inner kernel layer of the satellite operating system is integrated with a communication protocol stack interpretation component, and a service framework consisting of a satellite-ground communication engine, an in-satellite communication engine and an inter-satellite communication engine is constructed; the satellite-ground remote control communication engine calls a communication protocol stack interpretation component, and remote control structured data corresponding to the remote control data is constructed according to a communication protocol; the satellite-ground telemetering communication engine calls a communication protocol stack interpretation component, and constructs a telemetering data byte stream corresponding to the telemetering packet data according to a communication protocol; an in-satellite communication engine calls a communication protocol stack interpretation component, and performs conversion between in-satellite structured data and in-satellite data byte streams according to a communication protocol; and the inter-satellite communication engine calls the communication protocol stack interpretation component, and performs conversion between the inter-satellite structured data and the inter-satellite data byte stream according to the communication protocol. According to the invention, satellite-ground, in-satellite and inter-satellite communication interconnection architecture and service framework of satellites are unified.

The invention belongs to the technical field of equipment management, and particularly relates to a multi-equipment access-oriented mobile rehabilitation workstation management system, which comprises a mobile terminal, a doctor advice management module and an equipment interface module, the mobile terminal is deployed on the portable electronic equipment and is used for providing a unified operation interface; the doctor's advice management module is in communication connection with a hospital information system HIS and is used for receiving, executing and cancelling rehabilitation treatment doctor's advice; the equipment interface module provides a standardized equipment access interface, supports access of various rehabilitation equipment at least including an aspirator, a six-minute walking tester, continuous monitoring equipment and a power bicycle, and realizes automatic acquisition and transmission of equipment data. According to the invention, through a standardized device interface module, all devices are forcibly required to follow a unified communication protocol to access the mobile terminal, and new devices can access the system only through an adaptive interface; collecting equipment data in real time during treatment; and the equipment data is communicated with the HIS system, so that the risk of manual operation errors is reduced.

The invention discloses a token life cycle collaborative management and session synchronization control method and system, and relates to the technical field of session token management. According to the method, an encryption mapping data structure is established in a main control module, the corresponding relation between a user identity token and two or more subsystem local authority tokens is recorded, and index retrieval based on user identification is supported. The main control module cooperatively completes synchronous updating of the identity token and the local token based on parameters such as token expiration time, network delay, processing delay and operation state; and when a global logout request is received, controlling the plurality of subsystems to complete local token logout and delete the mapping information according to the dynamically calculated batch number and priority sequence. All updating and logout operations are completed through a unified communication interface with identity authentication, security verification and exception retry mechanisms, an original authority control mechanism of the subsystem does not need to be modified, and the security, consistency and expansibility of cross-system session management are improved.

The utility model discloses a belt conveyor electric control device based on a mine red system, which is applied to the technical field of mine belt conveyors and comprises an upper computer, a PLC (Programmable Logic Controller) control cabinet and bottom layer sensing equipment, the PLC control cabinet comprises a main belt well control cabinet, a main conveying part I control cabinet and a main conveying part II control cabinet; the bottom layer sensing equipment comprises a motor, a belt camera, a smoke sensor, a coal piling sensor and a deviation sensor; the bottom layer sensing device utilizes a 5G base station to transmit collected data to the upper computer in real time through the PLC control cabinet, and the upper computer issues a control instruction through the PLC control cabinet according to the collected data. According to the utility model, ground centralized control and real-time automatic monitoring of the underground belt conveyor are realized, stable and reliable transmission based on a unified communication protocol among equipment is also realized, the safety and reliability of the belt conveyor are effectively enhanced, the overall automatic management level of the mine belt conveyor is improved, and the purposes of staff reduction and efficiency improvement are achieved.

A method for rerouting communication in a unified communications network. The method comprises: receiving, at a disaster plan server, a mapping of an original telephony number to a substitute telephony number; storing, at the disaster plan server, the mapping between the original telephony number and the substitute telephone number as part of a disaster plan; receiving, at a disaster plan server, a request to activate the disaster plan; transmitting, from the disaster plan server to a routing server, a message to activate the disaster plan based on receiving the request to activate the disaster plan; revising, at the routing server, routing details to the original telephony number based on the disaster plan; and routing, at a session border controller, a call to the original telephony number to a new destination based on the revised routing details associated with the disaster plan.

The invention provides vehicle-mounted middleware, a vehicle-mounted middleware data processing method and electronic equipment, and the vehicle-mounted middleware comprises a hardware abstraction module, a middleware module and a business module: the hardware abstraction module performs pre-classification processing on received hardware equipment data to determine a theme corresponding to the hardware equipment data; the hardware equipment data are classified and packaged based on themes, and the packaged data are published to a middleware module according to the themes; and the middleware module selects a target communication adapter based on a system environment, receives the encapsulated data by using a unified communication mechanism interface of the target communication adapter, and distributes the encapsulated data to a target service processing unit in the service module through a unified interface of the event management unit for processing. By adopting the vehicle-mounted middleware, the vehicle-mounted middleware data processing method and the electronic equipment, the problems of high coupling degree and poor expansibility between services caused by single communication mechanism of the vehicle-mounted middleware are solved.

The application belongs to the technical field of digital information communication, and discloses an Internet of Things equipment unified communication and data integration platform for a smart ward; comprising: a data acquisition module, which acquires medical equipment analog operation data, performs data cleaning, and obtains a multi-source medical equipment data set; a delay compensation module, which performs data delay estimation and delay compensation on the multi-source medical equipment data set; an association correction module, which constructs an association event chain for a time sequence correction data set; an abnormality filtering module, which performs transmission signal abnormality filtering and outputs a fluctuation elimination data set; an inhibition adjustment module, which acquires ward broadcast information, performs inhibition correction on the ward broadcast information, and obtains inhibition correction broadcast information; and a unified transmission module, which integrates the fluctuation elimination data set and the inhibition correction broadcast information into a transmission data stream, and uses the transmission data stream for equipment communication; the accuracy and reliability of the smart ward Internet of Things equipment communication are improved.

Customers of a software platform, such as a unified communications as a service platform, are enabled to control their own encryption keys used to encrypt and decrypt data from various communication services in the software platform. A key broker server is employed to map encryption and decryption requests from servers in the platform to key management servers of customers based on user identifiers. Examples of data encrypted may include conference recordings, webinar recordings, phone call recordings, voicemails, emails, and calendar tokens.

The invention discloses an energy storage battery cabinet multi-BCU master-slave control system and a control method thereof, and belongs to the technical field of electric energy storage systems. Hardware of the master BCU and hardware of the slave BCU are redundant to each other, and data interaction and communication handshake are achieved through an internal communication bus. The master BCU is directly connected with part of moving ring equipment, and the slave BCU governs a specified battery cluster and is connected with the distributed moving ring equipment; and the main BCU is a unified communication gateway and is in communication connection with the upper-layer EMS. The method comprises the steps of system initialization and role establishment; normal operation and cooperative control; fault-tolerant processing and degradation operation are carried out. According to the invention, a master-slave double-BCU redundancy architecture and a fault-tolerant processing mechanism are adopted, so that the risk of system global paralysis caused by faults of a single control unit is thoroughly eliminated. The fundamental contradiction that IO resources of a single BCU system are scarce is solved, the monitoring capacity and engineering applicability of the system are improved, and the capacity expansion requirements in different scenes are met.

The invention discloses an optimization method of an automatic line upper computer and a computer readable storage medium. The optimization method of the automatic line upper computer comprises the following steps: S101, defining a unified communication interface for all communication classes in the upper computer, setting a communication configuration list based on an xm < l > file, and performing communication by taking the xm < l > file as information middleware; s102, defining a unified class instantiation interface for all module classes in the upper computer, setting a class instantiation configuration list based on an xml file, and calling an instantiation specific object through the class instantiation configuration list; and S103, defining a fixed interface display frame in the upper computer, setting an interface configuration list based on an xml file, and configuring the U I interface class object instantiated in the step S102 to a corresponding position in the interface configuration list. According to the method, the development process of the automatic upper computer control system software can be greatly simplified, the development period is shortened, the project development cost is saved, and the development difficulty is reduced.