176 results about "Telecommunications service" patented technology

The invention provides a telecommunication service fraud-related risk security assessment system based on a multi-modal fusion model, and the system comprises a multi-source data collection assembly which is responsible for obtaining original telecommunication service data in multiple ways, carrying out the preprocessing of the original telecommunication service data, and obtaining first telecommunication service data; performing feature extraction and behavior pattern analysis on the first telecommunication service data to obtain key features related to the telecommunication service; the assessment model construction component is responsible for constructing a fraud-related risk assessment model based on machine learning, inputting the key features into the fraud-related risk assessment model, outputting an intelligent assessment control matrix, classifying and rating fraud-related risks, and generating a risk assessment result; and the service collaborative linkage assembly is responsible for early warning the risk level of the telecommunication service system according to the risk assessment result, and taking prevention measures according to the risk level. According to the method, an objective evaluation standard is established, and the conversion of risk identification from experience judgment to data driving is realized.

The technologies discussed herein relate to methods, systems, media, etc., for transmitting out-of-band signals to initiate a user device trigger. In embodiments, an out-of-band node is configured to wirelessly transmit out-of-band signals to a user device that is within a threshold distance of the out-of-band node. For example, an out-of-band signal can include an ultrasonic wave. In some embodiments, two or more out-of-band nodes are positioned in an indoor room of a building. In embodiments, the transmitted out-of-band signals transmitted by the out-of-band node can include encoded data, which was received by the out-of-band node over a network from one or more servers, wherein the encoded data, when received by a user device via the out-of-band signal, triggers the user device to initiate an action. For example, the action may include automatically opening an application and initiating an update to a telecommunications service.

Methods and apparatuses for improving telecommunications services by intelligently deploying redundant links within a data center hierarchy to satisfy latency, power, availability, and quality of service requirements are described. A data center hierarchy of a cellular network is established with a first data center layer, a second data center layer, and a third data center layer. A first redundant link is established between a first node in the first data center layer and a third node in the third data center layer. In response to detecting that a failure rate of the first data center layer exceeds a threshold failure rate, the first redundant link is removed and a second redundant link is added between the third node and a second node in the second data center layer.

The invention discloses a telecommunication system service authorization method, and relates to the technical field of optical communication, and the system comprises the following components: S100, a user behavior data acquisition and analysis module, S200, an AI learning engine, S300, a personalized authorization strategy generation module, S400, a dynamic adjustment and feedback mechanism, and S500, a safety guarantee mechanism. According to the method, the diversified behavior data of the user is collected and analyzed in real time, the accurate user behavior portrait is constructed, and the prediction capability of the AI learning engine is combined, so that the future service demand of the user can be intelligently predicted, and a personalized service authorization strategy is generated according to the future service demand; according to the method and the system, telecommunication services which better meet the actual requirements of users can be provided for the users, the user experience is improved, the accuracy of service authorization can be ensured, unnecessary resource waste is reduced, and the service efficiency of operators and the customer satisfaction are improved.

Errors in network service provisioning are upstream causes to service disruptions interruptions, and failures experienced by a telecommunications network’s subscribers. These challenges are overcome by the disclosed systems for diagnosing and auditing service provisioning errors in telecommunications networks. By addressing discrepancies between Customer Facing Services (CFS) as selected by network subscribers (e.g., voice calling, messaging, roaming, unlimited or limited broadband access) and the current states of network elements in the telecommunications network, the system ensures accurate service delivery. The system performs real-time diagnosis by comparing expected network service configurations, derived from queried subscriber CFS, with the actual network states or configurations through a reverse mapping process. The system's auditing process reduces operational costs and obviates existing techniques of manual inspection.

Example embodiments are directed towards an intelligent user interface for interrelated services. The data-rich ecosystem of a telecommunication service provider's wireless network is leveraged in creative and intuitive ways to bring data points to users' fingertips how they need it and when they need it. A single pane of glass is made up of selectable and controllable user interface elements that paint a larger picture together of the telecommunication service provider's network and individual components thereof. For example, the system may electronically provide a plurality of software services, each having a respective user interface (UI), and electronically orchestrate, at a service orchestration layer, the plurality of software services such that when any one service of the plurality of services is used, usage of the one service automatically affects what data is presented or how the data is presented in one or more respective user interfaces of other services of the plurality of services.

Telephone calls can be intelligently delivered with identity attributes as described herein. In one example, a system can receives communication associated with a caller requesting to make a telephone call to a recipient, where the communication includes a recipient identifier associated with the recipient. The system can determine a terminating telecommunication service provider (TTSP) to which the telephone number is assigned. The system can then determine identification options available at the TTSP, where each identification option can be configured to provide one or more identity attributes associated with the caller to the recipient. The system can select one or more of the identification options based on a predefined policy and modify the communication to include the one or more identity attributes associated with the one or more selected identification options, thereby producing a modified communication. The system can then transmit the modified communication along a call route to the TTSP.

Extending cellular telecommunication service from a first UE to another device. The first UE may register for cellular telecommunication service with a cellular network using a first cellular service account, using a cellular communication link via a cellular radio. A second device may be discovered and a communication link may be established between the first UE and the second device. The second device may be registered to use cellular telecommunication capability provided by the first UE. Communications between the second device and the cellular network may be conveyed via the communication link between the first UE and the second device and the cellular communication link. Conveying communications between the second device and the cellular network may provide use of the first cellular service account for cellular telecommunication service to the second device.

Disclosed are systems and methods including computing-processes, which may include layers of machine-learning architectures, for assessing risk for calls directed to call center systems using carrier signaling metadata. A computer evaluates carrier signaling metadata to perform various new risk-scoring techniques to determine riskiness of calls and authenticate calls. When determining a risk score for an incoming call is received at a call center system, the computer may obtain certain metadata values from inbound metadata, prior call metadata, or from third-party telecommunications services and executes processes for determining the risk score for the call. The risk score operations include several scoring components, including appliance print scoring, carrier detection scoring, ANI location detection scoring, location similarity scoring, and JIP-ANI location similarity scoring, among others.

A device for checking coverage of a fiber optic link of a fiber optic network, the fiber optic link configured to connect an apparatus of a telecommunications service provider and terminal equipment within the fiber optic network, may include: a processing unit; a positioning unit; a modem unit; and a connection enabler. The modem unit may be configured to connect to the fiber optic link at the terminal equipment and may be configured to retrieve data indicating that the fiber optic link is established. The positioning unit may be configured to provide geographical coordinates of the device. The processing unit may be configured to provide encrypted data by encrypting the data indicating that the fiber optic link is established and the geographical coordinates of the device. The connection enabler may be configured to transmit the encrypted data to a coverage checking server via a mobile communication network.

The invention relates to a ship mail adaptive coding and dynamic bandwidth allocation method, belongs to mobile voice service, mobile data communication service and other telecommunication services, and particularly relates to the field of digital information transmission. The method comprises the following steps: intelligently predicting the total number of transmitted mails and the total number of transmitted mail data of a target ship in a current time segment by using an AI network data prediction model according to various basic data which are fully and comprehensively selected; and determining an adaptive coding strategy and a dynamic bandwidth allocation strategy for the current time segment of the target ship based on the intelligent prediction result. According to the invention, in order to solve the technical problems that effective and smooth transmission of all mail data of each future time segment of each ship is difficult to consider and the utilization rate of network transmission resources is difficult to improve, A I network data prediction models of different structures customized and designed for different ships are used; and intelligent prediction of the mail transmission state of each ship in the future time segment is completed, so that the technical problem is solved.

A game packet delivery method and a game packet delivery system are provided. The method includes executing a game program by a user device; and transmitting at least one game packet related to the game program between the user device and a game server via a telecom server and a shared router in response to the execution of the game program. The shared router belongs to a decentralized network node, and the transmission of at least one game packet does not involve any server provided by cloud service providers. Therefore, the efficiency of transferring game packets between the user device and the game server can be improved, thereby improving the game experience of the end user. Besides, because the transmission of game packets does not go through the backbone network of the cloud service providers, it can also ensure the privacy of online games for users.

The technology described herein is directed towards collecting telecommunications server infrastructure data, such as performance parameter values / metric data of server resources, and clustering (e.g., via k-means clustering) the data to generate server infrastructure information. The server infrastructure performance parameter data can be used for monitoring the server infrastructure, including telecommunication baseband units in real-time. The clustered performance parameter data can be visualized and analyzed, such as to alert an administrator in the event of one or more low performing baseband units, for maintaining the server infrastructure, and / or for forecasting server infrastructure resource needs. In one implementation, real-time telecommunications statistics can be streamed to dynamically manage the telecommunications server infrastructure in a C-RAN environment, providing an end-to-end solution, including to view and analyze a datacenter's resource behavior on a production or test environment.

Systems and methods are provided for performing out-of-band authentication, validation, and reconciliation of telecommunications services.

Disclosed herein is a method and a system for classifying a user for detecting phishing attacks. The system retrieves communication data associated with a plurality of users from a telecom server and creates a user relationship model in a database. The user relationship model comprises a plurality of nodes representing the plurality of users, each node comprises the communication data and an initial reputation score. The system determines one or more senders to the user from the user relationship model and determines a subset of senders based on the initial reputation score of each of the one or more senders. The system updates the user relationship model at least by updating the initial reputation score of the user based on the communication data of each of the subset of senders and classifies the user as one of ‘genuine’ and ‘phishing’ based on the updated user relationship model.

Methods and apparatuses for improving telecommunications services using virtualized network functions are described. The virtualized network functions may be deployed across different data centers of a data center hierarchy that electrically connect one or more user devices with one or more data networks. A set of virtualized network functions may be assigned to computing resources within a particular data center based on latency requirements, power requirements, and / or quality of service requirements for one or more network slices supported by the set of virtualized network functions. The set of virtualized networks functions may include a set of shared core network functions that are shared by two or more network slices.

A disclosed method may include (i) receiving, at a mobile virtual network operator, a request for the mobile virtual network operator to perform a network switch by porting a phone number of a client of the mobile virtual network operator from a source network infrastructure of a source mobile network operator to a target network infrastructure of a target mobile network operator that is serving clients for the mobile virtual network operator, (ii) porting out, by the mobile virtual network operator in response to the request, the phone number from the source network infrastructure of the source mobile network operator, and (iii) porting in, by the mobile virtual network operator in response to the same request, the phone number into the target network infrastructure of the target mobile network operator such that the mobile virtual network operator provides telecommunication service to the client through the target network infrastructure.

The invention relates to the technical field of mobile telecommunication services such as new-generation mobile communication base station equipment, new-generation mobile communication core network and access network construction, networking and the like, in particular to a 6G communication and sensing integration method for multi-dimensional radio frequency characteristic intelligent analysis, which comprises the following steps of: S1, establishing a ground multi-antenna base station, and collecting radio frequency characteristics of a target; s2, establishing a self-adaptive path loss model, and realizing accurate estimation of a target distance by analyzing received signal strength data; s3, estimating an angle of arrival of the target signal in combination with an improved MUSIC-ESPRIT fusion algorithm based on the radio frequency characteristics; s4, based on the frequency change information of the target signal, estimating the distance position and the motion state of the target relative to the ground multi-antenna base station according to a Doppler frequency shift theory in combination with a hybrid filtering architecture driven by environmental perception; and S5, performing information fusion of different levels on the distance position and the motion state obtained by signal feature analysis to obtain a final target tracking result.

Aspects herein provide for generating customized messaging to deliver accurate composite allocations for available telecommunication services of a user device. In aspects, middleware intelligently determines composite allocations for data, voice, and / or roaming, for example, by executing a summation instruction that combines corresponding parameter thresholds for a base service and one or more supplemental services. A message can be customized with the composite allocation and communicated to the user device with an accurate indication of available data, voice, and / or roaming services that are available. Subsequent messages can be similarly customized and communicated that include updated allocations and / or alerts, in aspects.

A timer may be used by a device during registration for one or more services of a telecommunication service provider. The function of the timer is to decrease the time that the device (and, hence, the user of the device) waits for successful registration in instances where the device becomes aware that the user clearly wants to use a service (e.g., make a call). The timer may be configured to start in response to the device receiving user input to establish a communication session during registration, and to stop in response to the device receiving a response indicating a successful registration. If the timer expires during registration, an IMS restoration procedure may be performed to attempt registration using a different approach, which, because of the relatively short duration of the timer, expedites the IMS restoration procedure to establish the session more quickly.

A disclosed method may include (i) detecting, by a mobile virtual network operator, that an improvement in telecommunication service would result from performing a network switch that switches a home network of a client of the mobile virtual network operator from a first network infrastructure of a first mobile network operator that is serving clients for the mobile virtual network operator to a second network infrastructure of a second mobile network operator that is also serving clients for the mobile virtual network operator and (ii) detecting, by the mobile virtual network operator, that the network switch is prohibited at least in part by detecting that the client has failed to satisfy a condition that is controlled at least in part by the client and that is necessary for performing the network switch successfully.

The application discloses a kind of telecommunication service verification method, device, equipment and medium.Method includes: obtaining at least one service voucher data of target telecommunication service;Business voucher data is prompted word construction based on prompt word engineering, obtain business prompt word, and input business prompt word into large language model to infer, obtain at least one business scene corresponding to target telecommunication service;According to the association relationship of scene link of business scene and preset, generate the verification logic link corresponding to target telecommunication service;Based on verification target, the verification mode corresponding to the input data is used to verify the input data, and the node verification result of verification logic node is obtained;According to the node verification result of at least one verification logic node, generate the target verification result of target telecommunication service.The application embodiment can realize the automation processing of telecommunication service verification, improve the examination efficiency of telecommunication service.

A telecommunication system that carries out telecommunication functions between multiple parties as initiated by the user interaction with a social network application, while maintaining privacy of the device identifiers (phone numbers or static IP addresses assigned to devices) of the participating parties.

Methods, media, and systems are provided for automated delivery schedules for telecommunication networks associated with a particular provider. The methods, media, and systems identify telecommunication networks corresponding to the provider. Additionally, location data for each of the telecommunication networks is received. The location data may be associated with one or more IP addresses for each telecommunication network. Servers or server clusters are identified along with associated location data for the servers or server clusters. The servers or server clusters are also associated with the provider. The location data for each of the telecommunication networks and the location data for each of the servers or server clusters are mapped. A distance between at least one of the telecommunication networks and at least one of the servers or server clusters is determined. Based on the distance determined, a telecommunication network is assigned a delivery schedule.

We provide the system. [Solution] The present invention relates to a system that enables telecommunications service retailers to quickly and accurately create, propose, contract, and manage billing for optimal new pricing plans for each customer. The system comprises a customer request acquisition unit, an optimal plan generation unit, a profit determination unit, a new plan creation unit, and a billing monitoring unit. By making essential use of generation AI in each unit, the system automates the entire process from the automatic generation of optimal plan specifications based on diverse and complex customer requests, to the automatic determination of profit criteria, plan registration, and monitoring of billing and payment information and anomaly detection. This simultaneously achieves individual optimization, operational efficiency, profit securing, and trouble prevention, which were difficult with conventional manual or rule-based processing.

Methods and apparatus for improving caller identification in telecommunications services based on general-purpose networks are described. A gateway device may process invitation messages sent from a telephone via a private branch exchange, in which the private branch exchange has replaced the number of the telephone with a customized number. The gateway device may determine that the customized number is mapped to an account-related number, and insert that number into a field of the invitation messages that is examined by a telecommunications provider and associated trunking services for account-related purposes.

Methods, media, and systems are provided for controlling cell site selection by a user device in a telecommunications network. A System Information Block (SIB) message (e.g., an SIB Type 1 message) is transmitted (e.g., by a cell site) for receipt by the user device for cell site selection. In some aspects, the SIB message is transmitted while the user device is camping on a serving cell of a base station other than the cell site. The SIB message comprises information that identifies a type of the cell site. The type of the cell site is a cell site other than a macro cell, such as a small cell for example. Upon selection of the cell site by the user device based on the SIB message and the type of the cell site, the user device is provided access to a telecommunications service.

A tracking system is configured for personal safety and security. The tracking system includes an Internet of Things (IoT) device having a multifunctional ultraviolet (UV) light sensor and optionally includes one or more Time of Flight (ToF) sensors. The multifunctional UV sensor is used to detect when smoke particles exceed a threshold and when UV light exceeds a threshold. The thresholds vary depending on the location of the IoT device. The system can present an alert to a user when the thresholds are exceeded. The ToF sensor(s) can be used to build a baseline three-dimensional (3D) visualization of a secured zone, and alert the user of the presence of an unexpected person in that zone based on the 3D visualization.

The present invention provides a method and system for connecting an outbound call module of a telecommunication service, which relates to the field of telecommunication service support technology, including: obtaining order data in real time through an outbound call workflow, including order status and order information; querying all scenarios that meet outbound call conditions according to order data; traversing each scenario to determine whether the order information meets the push rules; adding the outbound call scenario with the highest priority among the scenarios that meet the push rules as the order data to a push queue; scanning the push queue, and pushing the current order information and outbound call scenario to the outbound call module. The present invention provides a method and system for connecting an outbound call module of a telecommunication service, and reminds the user in real time at each activation link in the process of the user receiving a number card, thereby solving the problem of the activation success rate of the electronic channel service acceptance form in the telecommunication service and improving the user experience.