104 results about "Short Message Service" patented technology

The invention discloses a geological disaster monitoring and emergency prevention and control integrated system and method based on an AI edge box, and belongs to the technical field of geological disaster prevention and control and emergency navigation. The system comprises a sensing layer, a transmission layer, a platform layer and an application layer, the sensing layer constructs a multi-source intelligent sensing network through a Beidou GNSS high-precision monitoring station and an AI edge calculation box, and millisecond identification and data preprocessing of disaster symptoms are achieved; the transmission layer constructs a heterogeneous redundant communication link with a Beidou short message through a 4G / 5G public network and a Mesh ad hoc network, so as to ensure that disaster information is never disconnected in an extreme environment; the platform layer fuses multi-source data and carries out trend analysis and early warning based on a time sequence prediction model; the application layer provides risk avoiding, rescue and post-disaster livelihood navigation services according to real-time disaster situations. According to the invention, full-closed-loop management from disaster sensing to emergency prevention and control is realized, the monitoring real-time performance, the early warning precision and the communication stability are improved, the deployment and operation and maintenance cost is reduced, and the system can be widely applied to geological disaster-prone areas such as mountainous areas.

The invention relates to the technical field of short message sending, in particular to an industry scene-oriented short message template intelligent matching and effect prediction optimization method, which is applied to a short message service platform carrying a machine learning inference engine. Industry scene features and user response attenuation features are extracted through block processing and a community detection algorithm; and based on scene time sequence evolution analysis and in combination with effect stage modeling, dynamic prediction of short message effect attenuation is realized. And then constructing an industry knowledge graph, predicting the potential effect risk of the template, performing semantic association matching in combination with a multi-strategy library, generating an effect risk management plan, and finally realizing real-time dynamic optimization of the short message template. According to the method, the scene adaptability, the prediction accuracy and the strategy matching degree are effectively improved, and the short message marketing effect and the resource utilization rate are remarkably optimized.

The invention discloses a Beidou-based unmanned aerial vehicle global course flight automatic control system and method, and belongs to the technical field of unmanned aerial vehicle flight control. The airborne end equipment integrates a main control processing unit, a Beidou RNSS positioning module, a Beidou RDSS communication module and a flight control protocol conversion middleware, and is responsible for acquiring the position and attitude information of the unmanned aerial vehicle in real time, packaging the information into a state monitoring message and returning the state monitoring message; and the ground monitoring platform receives the analysis message and displays the state of the unmanned aerial vehicle in real time. The core lies in that a track deviation model and a pure tracking control algorithm are built in the ground monitoring platform, the three-dimensional deviation between the unmanned aerial vehicle and a preset route is solved in real time through a mathematical method, and a control instruction is automatically generated and packaged into a Beidou control message to be issued; the airborne end device issues instructions such as return flight and course correction to the unmanned aerial vehicle flight control through the protocol conversion middleware, and a remote control closed loop is formed. According to the invention, geographical restrictions of traditional ADS-B and 5G technologies are overcome by using the Beidou short message, and reliable technical guarantee can be provided for global safe flight of the low-altitude unmanned aerial vehicle.

An authentication system includes a vehicle control device and a server, a first processor and a second processor. The first processor included in the vehicle control device may transmit a signal for requesting authentication information to the server, receive a signal containing first unique information from the server, receive a short message service (SMS) message containing second unique information, transmit a signal containing third unique information to the server based on identifying the second unique information corresponding to the first unique information, receive the authentication information from the server based on the transmitted signal containing the third unique information, and perform a service based on the authentication information. The second processor included in the server may transmit the authentication information to the vehicle control device.

Described herein are a short message service function (SMSF) and unified data management node (UDM) configured to transmit and receive a permanent equipment identifier (PEI) associated with a user equipment (UE) during SMSF registration. After receiving the PEI from the SMSF, the UDM compares the received PEI to a PEI stored during a network registration for the UE. If there is a match, SMSF registration is allowed. If the received PEI does not match the stored PEI, SMSF registration is denied.

The bridge navigation monitoring and anti-collision device comprises an anti-collision connecting strip, a transverse frame connecting strip and a distance monitoring device, the anti-collision connecting strip is in a long-strip U shape and can be conveniently inserted into the edge position of a bridge, and a plurality of installation connecting holes with openings vertically penetrating and communicating are formed in the anti-collision connecting strip. According to the scheme, the distance between the ship and the bridge is monitored in real time through the distance monitoring device, once the ship is close to the preset safety threshold value, the information board can immediately display warning information to remind a ship driver to pass carefully, and the accident that the ship collides with the bridge is effectively avoided; according to the scheme, the navigation state and the stress condition of the bridge can be obtained in real time through the remote monitoring center, and countermeasures can be taken in time. And in case of emergency, alarm information can be quickly sent to related personnel through short message service, so that the speed and efficiency of emergency response are enhanced.

The application discloses a short message reach analysis method based on a data model. The short message reach analysis method based on the data model comprises the following steps: obtaining usage data of a user using an application program, the usage data being related to a short message service and / or an order placing behavior; analyzing, based on the usage data and the data model, an analysis result of whether the short message reach is used; verifying the analysis result based on a preset verification model to obtain a verification result; and modifying the data model based on the verification result. The application also discloses a short message reach analysis device based on the data model, a computer device and a computer readable storage medium. The data model obtains the analysis result of whether the short message reach is used based on the usage data of the user using the application program, the analysis result is further verified by the verification model, and the data model is further optimized according to the verification result, so that the objectivity and accuracy of the analysis result analyzed by the data model are higher.

The invention discloses a deep ground medical first-aid digital twinning method based on an environmental physiological coupling algorithm. The method comprises the following steps: data acquisition and digital twinning modeling; matching first-aid knowledge; generating an intelligent first-aid scheme; and scheme execution and real-time feedback: pushing the scheme to a deep ground rescue terminal through ultralow frequency communication and Beidou short message double links, receiving execution state feedback in real time, updating the digital twin model, and dynamically adjusting the scheme according to environment and physiological data changes to form closed-loop management. The method has the advantages that the environment and physiology coupling algorithm conducts collaborative modeling through multiple parameters such as temperature, pressure, gas concentration and humidity, the limitation of traditional single parameter correlation is broken through, and the comprehensive influence of the deep complex environment on core physiological indexes such as the heart rate, blood oxygen and body temperature of the human body can be dynamically and accurately reflected; the problem that in an existing scheme, the environment scene is disjointed with the human physiological state is effectively solved, and it is ensured that the first-aid scheme can meet the real physiological needs of trapped people.

The invention discloses an unmanned aerial vehicle cluster autonomous decision-making method and system fusing Beidou enhancement service and multi-source perception, and the method comprises the steps: enabling each unmanned aerial vehicle to receive a satellite-based enhancement signal, carrying out the real-time calculation of the satellite-based enhancement signal through employing a precise single-point positioning technology, and obtaining precise PVT information; each unmanned aerial vehicle synchronously collects sensor information, carries out space-time alignment on the sensor information and the precise PVT information, and processes local sensing features and wide-area geographic information by using an information fusion model to generate a global environment situation tensor; inputting the global environment situation tensor into a deep reinforcement learning strategy network to obtain a task instruction set; carrying out consensus confirmation on key instructions in the task instruction set by utilizing a Beidou global short message to obtain a task instruction after consensus; and each unmanned aerial vehicle performs collaborative operation based on the task instruction after consensus, performs real-time fusion on new perception data generated in the execution process and precise PVT information, and inputs the fused data into the information fusion model again to complete an autonomous decision closed loop.

The invention discloses a short message short chain multi-dimensional feature intelligent interception system, and belongs to the technical field of telecommunication. The system comprises a data acquisition module, a feature extraction module, an intelligent analysis module, an interception execution module, a data storage module and a tracking service module, multi-dimensional data acquisition and refined feature extraction are carried out, short message service core data and position information of a sender and a receiver are acquired, three-dimensional key features of short chains, content and positions are extracted, and the tracking service module is used for tracking the short message service core data and the position information of the sender and the receiver. A comprehensive data source is provided for risk judgment, hierarchical intelligent evaluation is carried out, comprehensive risk scores are calculated according to feature weights, four-level risk levels are refined, risk grading accuracy is ensured, interception strategies are configured in a grouping mode based on user positions and behavior habits, and high-risk sender tracking and receiver position scenarized adjustment strategies are achieved. Thousands of people and scene protection are achieved, regional risks are restrained from the source of a sender through position dynamic management and control, different scene protection intensities are adapted to a receiver, and the flexibility and accuracy of an interception strategy are further improved.

This application discloses an information transmission method, apparatus, terminal, and network-side device, belonging to the field of communication technology. The information transmission method of this application includes: a terminal sending a first NAS message to a first network element; wherein, the first NAS message includes at least one target container, the target container includes information related to a target service supported by the terminal, and the target service includes at least one of the following: location service, IMS service, AI service, computing power service, AIoT service, sensing service, slicing service, V2X service, satellite service, proximity service, immersive service, data service, short message service, energy saving service, task service, and security service.

Apparatus, systems, and methods for location service and short message service enhancement for user equipment having multiple registers with a 5G system. In one embodiment, a method includes receiving a first preference indicator for a first registration of a user equipment, the first registration supported by a first serving network function via a first access, the first preference indicator indicating whether the first registration of the user equipment is preferred for a service delivering a communication system to the user equipment. The first preference indicator is stored at the UDM. A second preference indicator is received for a second registration of the user equipment, the second registration being supported by the first serving network function or the second serving network function via the second access, and the second preference indicator being different from the first preference indicator. The second preference indicator is stored at the UDM.

The present invention relates to a method for secure Application-to-Person, A2P, short messaging service, SMS, communication at a network node. The method comprises receiving an A2P SMS from an A2P sender for delivery to a subscriber and determining that the A2P SMS requires secure A2P SMS delivery to the subscriber. The method also comprises encrypting a payload of the A2P SMS using at least one pre-shared key, PSK, and an encryption algorithm, wherein the at least one PSK and the encryption algorithm have been securely provided to a SIM associated with the subscriber. The method further comprises encoding the encrypted A2P SMS payload to obtain an encoded A2P SMS payload and relaying the encoded A2P SMS payload to the SIM. A method for communication at a subscriber device comprising a SIM associated with a subscriber.

The invention discloses a short message sending method and device, equipment, a storage medium and a program product, and the method comprises the steps: segmenting short message service flow according to preset time slice configuration, and obtaining short message data under a plurality of time slices; performing rate segmentation on the plurality of channel resources according to a preset rate arrangement strategy and a thread concurrency number to obtain rate configuration of a plurality of threads of each channel resource; wherein the rate arrangement strategy is used for indicating rate configuration of each channel resource; binding the short message data with a plurality of threads so as to enable the threads to execute sending on the bound short message data in each time slice according to own rate configuration; according to time arrangement and careful division of the channel rate, the sending efficiency of a multi-short-message service large-batch sending scene can be improved, sudden surge short message data can be effectively dealt with, multi-short-message service channel blockage caused by short message backlog is avoided, and the success rate of short message service sending loss is improved.

An online concierge system provides a client application executed on a client device for customers to generate orders for fulfillment by the online concierge system. If the client device is unable to establish a data connection to a network, the client application locally caches data on the client device for one or more retailers that includes items that have been previously purchased by the customer or that are popular among customers.  The customer generates an order through the client application for a retailer based on the locally cached items for the retailer. The online concierge system application generates an encrypted text message based on the order that is transmitted to the online concierge system via short message service (SMS). The online concierge system may also return messages via SMS, which may be presented by the client application.

This application discloses a method for allocating SMS service channel resources, including: receiving input business SMS data, performing logical processing on the business SMS data, and outputting the logically processed business SMS data; periodically collecting and storing attribute information of the business SMS data, and performing business type analysis, average rate analysis, and business success rate analysis on the attribute information; monitoring the operating status of the SMS service channel, collecting and storing SMS service channel parameters, periodically performing data quantitative analysis on the SMS service channel parameters, and calculating a comprehensive availability score for the SMS service channel within a period; and optimizing the allocation of SMS service channel resources, including allocating channel resources for new SMS services, recovering or expanding the channel capacity of existing SMS services, and reallocating channel resources for abnormally operating SMS services. This application also discloses an SMS service channel resource allocation system, device, and storage medium.

The invention provides an offshore positioning and search and rescue information coding method based on a Beidou short message, which comprises the following steps: a server acquires an SSR data stream in real time, and preprocesses and compressively codes the SSR data; the server encapsulates the compressed and encoded SSR data into a Beidou short message service data unit, and broadcasts or multicasts the Beidou short message service data unit to an offshore terminal in a target sea area through a Beidou GEO satellite; the offshore terminal receives the Beidou short message and recovers the SSR data; based on the received GNSS observed quantity and SSR data, the offshore terminal carries out three-dimensional position and speed estimation and obtains a horizontal precision factor at the same time; the maritime terminal encodes rescue information containing three-dimensional position and speed estimation and a horizontal precision factor, packages the rescue information into a rescue short message, and sends the rescue short message to the outside through a Beidou satellite according to a rescue judgment rule; and the received rescue short message is analyzed, and rescue decision and scheduling are carried out according to data obtained through analysis.

A self-contained tide gauge with positioning and data remote transmission function, including shell and pressure sensor, data acquisition and processing unit, storage unit, Beidou positioning communication unit and power supply unit arranged in the shell, the data acquisition and processing unit includes signal conversion device and signal amplifier, the signal conversion device is electrically connected with the pressure sensor, the signal amplifier is electrically connected with the signal conversion device, the storage unit is electrically connected with the signal amplifier, the Beidou positioning communication unit receives Beidou navigation satellite signal to realize positioning, and transmits positioning data and pressure data to the onshore control end through Beidou short message service, and the power supply unit is electrically connected with other components.The utility model discloses through increasing Beidou communication module, through Beidou short message to the onshore control end position information of self-contained tide gauge is sent in time and the tide level data of continuous back transmission acquisition is guaranteed, and the abnormality such as the instrument can be timely and effectively recovered after being fished out of water by fishing net and so on the tide data of acquisition is verified.

This invention relates to a method and system for fire spread prediction and emergency early warning based on on-board computing, belonging to the field of remote sensing satellite technology. The system completes fire point identification, environmental parameter extraction, lightweight dynamic spread simulation, and multi-frame fire line spatiotemporal sequence compression encoding on-board, and transmits the data instantly to ground terminals via BeiDou short message service, achieving an emergency closed loop of "on-board imaging, on-board computing, on-board prediction of future trends, and on-board transmission." This overcomes the problems of existing technologies where forest fire spread prediction relies on ground station processing, resulting in poor timeliness, and the inability to receive early warning information in remote areas lacking communication links.

1. The name of the design product: graphical user interface for displaying SMS verification code of electronic device. 2. The use of the design product: for an electronic device. 3. The design points of the design product: the graphical user interface for displaying SMS verification code in the display screen panel of the electronic device. 4. The picture or photo that best indicates the design points: front view. 5. The use of the graphical user interface: the interface of the present design is the graphical user interface for displaying the main content of the SMS verification code in the display screen panel of the electronic device. 6. Other circumstances that need to be explained: the front view reference diagram is the reference diagram of the front view, the circular area on the left side of the interface is the changeable avatar area, the "X" in the interface represents the changeable text content area, including text and / or numbers and / or symbols.

An online concierge system provides a client application executed on a client device for customers to generate orders for fulfillment by the online concierge system. If the client device is unable to establish a data connection to a network, the client application locally caches data on the client device for one or more retailers that includes items that have been previously purchased by the customer or that are popular among customers. The customer generates an order through the client application for a retailer based on the locally cached items for the retailer. The online concierge system application generates an encrypted text message based on the order that is transmitted to the online concierge system via short message service (SMS). The online concierge system may also return messages via SMS, which may be presented by the client application.

The invention provides a short message service scheduling system and method applied to multiple operators, and relates to the technical field of telecommunication network resource management and scheduling. The short message service scheduling system and method applied to the multiple operators comprises the following modules: a protocol conversion module, an intelligent routing module, a state monitoring module and a disaster recovery processing module, and the protocol conversion module is used for analyzing different operator protocols by adopting a finite-state machine algorithm based on a multi-protocol adaptation engine, converting heterogeneous messages into a unified JSON format through a template mapping technology, ensuring data integrity by utilizing a CRC32 check code, and generating a standardized instruction set. A heterogeneous protocol is analyzed through a finite-state machine algorithm, a template mapping technology is combined to realize standardized conversion of a message structure, improvement of data integrity verification efficiency and coverage of protocol compatibility on mainstream interface specifications of three major operators, an improved entropy weight method is adopted to dynamically calculate a channel weight index, and a long and short-term memory network prediction model is fused. The routing decision accuracy is improved, and the delay prediction error is reduced.

Present disclosure provides system and method for enabling a secure and verifiable process for Application-to-Person (A2P) SMS transmission using Distributed Ledger Technology (DLT) network. The process commences with registering a plurality of entities involved in SMS delivery; each assigned an identifier. A predefined SMS delivery path may then be established based on the identifier, and a predefined hash value is determined and stored on the DLT network. During real-time SMS transmission, the actual sequence of entities traversed by the SMS is used to generate a real-time hash value, which is then compared with the predefined hash value. If both the hash values match, the SMS may be delivered, ensuring compliance with the approved route. If they do not match, the SMS may be rejected, preventing unauthorized message manipulation, thus ensuring that SMSs follow an authorized and predefined delivery path, preventing fraud and unauthorized routing.

Techniques pertaining to handling of emergency Short Message Service (SMS) over Internet Protocol (IP) Multimedia Subsystem (IMS) ) in mobile communications are described. A user equipment (UE) determines that there is a need for an emergency SMS over IMS. The UE also determines either or both of an access category and a radio resource control (RRC) establishment cause for the emergency SMS over IMS. The UE then performs an operation with respect to the emergency SMS over IMS.

The disclosed system and method enables communication of 5G Non-Access Stratum (NAS) messages in a communication network In a 5G network, a Short Message Service Function (SMSF) (100) enables transfer of SMS over the NAS and the SMSF relays message between a User Equipment (UE) and a Short Message Service Center (SMSC) through Access and Mobility Management Function (AMF). The SMSF serves as an interface and a bridge between the 5G core network and a traditional SMSC for receiving and sending 5G NAS messages. The SMSF (100) offers services to the AMF via an Nsmsf service based interface.

The application provides a data processing method, device and equipment, readable storage medium and program product. The method comprises the following steps: when it is detected that a target message fails to be successfully delivered, a plurality of fallback messages corresponding to the target message are acquired, and a priority corresponding to each fallback message is acquired; the plurality of fallback messages are sent to a receiving object corresponding to the target message according to the priority; during the sending of the plurality of fallback messages, when it is detected that a first fallback message fails to be successfully delivered, a second fallback message is sent to the receiving object; when it is detected that the first fallback message is successfully delivered, the sending of the fallback message to the receiving object is stopped; the first fallback message and the second fallback message are two fallback messages with adjacent priorities in the plurality of fallback messages, and the priority of the first fallback message is higher than that of the second fallback message. The application can be applied to various scenes such as cloud technology, artificial intelligence, vehicle-mounted, content pushing, short message service and the like, so as to improve the success rate of message sending and reduce network resource consumption.

The invention relates to a satellite communication method and device, electronic equipment and a storage medium. The satellite communication method comprises the following steps: determining that a terminal completes sending a short message to a satellite, and starting a timer; based on the timer, controlling a satellite protocol stack to enter a low-power-consumption state, and monitoring a short message service of the terminal in the low-power-consumption state; wherein the power consumption of the terminal in the low power consumption state is smaller than a power consumption threshold value. According to the satellite communication method provided by the embodiment of the invention, the power consumption of the terminal can be reduced.

The application provides a short message service control method and device, electronic equipment and storage medium. The method is applied to a service call session control function (S-CSCF) network element, and comprises the following steps: receiving a session initiation protocol (SIP) message sent by a user equipment (UE), wherein the SIP message encapsulates a short message; when the SIP message does not include a reply parameter of a short message single stop iFC, the SIP message is transferred to a set network element on a server side for processing or the SIP message is discarded. In the embodiment of the application, the reply parameter of the short message single stop iFC is judged by the S-CSCF, so that the short message single stop is no longer controlled by an eSMSC, but is controlled by a trigger condition preset by the iFC through the S-CSCF. The reply parameter is ingeniously applied in the short message single stop iFC trigger rule, that is, no additional investment is increased, and no network architecture is changed, so that the purpose of real-time short message single stop is achieved.

The application provides a method, device and terminal for accessing a network. The method for accessing a network comprises: when a terminal finds that multiple independent standalone non-public networks (SNPNs) are available for selection, obtaining an SNPN list, wherein the SNPN list comprises access identifiers of at least two SNPN networks; selecting a target network from the at least two SNPN networks according to the access identifiers of the SNPN networks, and accessing the target SNPN network. The scheme of the application can improve the network selection efficiency of the terminal for the SNPNs providing short message services, reduce a large amount of invalid signaling interaction, and reduce network overhead.

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