38 results about "Telephone network" patented technology

Disclosed is a real-time video identity trusted authentication system and method based on a telephone network, wherein the system comprises a telephone network identity authentication platform and at least one service platform located at a telephone network operator side; the service platform sends a request message when it is determined that the identity trusted authentication of a user based on biometric recognition needs to be started; the telephone network identity authentication platform adjusts the voice call between the user and the service platform into a video call between the telephone network identity authentication platform and the user and a voice call between the telephone network identity authentication platform and the service platform according to the information carried in the request message, and requests the trusted digital identity service platform to perform the identity trusted authentication of the user according to the obtained information containing the biometric features of the user, and adjusts the two calls into the voice call between the user and the service platform when the identity trusted authentication result of the user is obtained. The present disclosure is conducive to more secure and convenient implementation of the identity trusted authentication based on biometric recognition and improves the user experience.

A cellular-type communications system for cellular telephone networks to operate, control, and communicate with unmanned aerial vehicles and remotely piloted vehicles. The system includes a first near-ground region for communicating with near-ground devices, as well as one or more layers covering approximately the same area as the ground region, but separated from each other and also substantially elevated above the ground, and within which an aerial vehicle can rely on communications using the cell-based communications network.

System (1) and method for activating and deactivating at least one function of a user equipment (15) located within a protected area (PA) where use of said user equipment (15) is restricted, wherein said method comprises a first reception phase, wherein the user equipment (15) receives an inhibition signal indicating the presence of said user equipment (15) within said protected area (PA), a deactivation phase, wherein said user equipment (15) deactivates said at least one function when it receives said inhibition signal, a second reception phase, wherein said user equipment (15) receives an activation signal transmitted by a central computer (11) which has determined, on the basis of dialling data associated with a call received over a telephone network (PN), that said call is intended for said user equipment (15), and an activation phase, wherein said user equipment (15) activates said at least one function.

Machine learning systems and methods for computer modeling and optimization of telecommunications networks are provided. The system processes information relating to a telecommunications network, such as a cellular telephone network, and generates a directed network graph that represents the network as a series of connected edges and nodes with associated attributes such as transmitter power, antenna tilt, radio resource control information, handover attempts, collisions, and other parameters. The network graph is stored in a graph database, and is processed by one or more network graph model inference modules which apply one or more specially-trained artificial intelligence (AI) models to the network graph to generate an optimized version of the network graph that can be utilized to improve the telecommunications network. A modeling visualization interface is also provided, and allows users of the system to visualize modeling and optimization performed by the system.

A system and method are disclosed for automatically connecting outbound facility-originated telephone calls, such as calls placed by detainees from correctional, detention, or other secured facilities. The system includes a receiving interactive voice response (IVR) server configured to accept incoming calls and a controller configured to process preamble audio associated with the calls. The controller streams the audio to a speech recognition service, obtains a transcription, and transmits the transcription to an artificial intelligence module that determines a dual-tone multi-frequency (DTMF) tone required to accept the call. The controller instructs the receiving IVR server to issue the identified DTMF tone, thereby completing the call connection without human intervention or reliance on preconfigured facility information. The system may communicate with external services using application programming interfaces, structured data formats such as JSON or XML, and telecommunication protocols such as direct inward dialing, public switched telephone network, or equivalent mechanisms.

The invention relates to the technical field of elevator alarm, in particular to an elevator remote alarm method and system based on an outbound service cabinet, and the elevator remote alarm method comprises the steps: responding to an alarm operation in an elevator car, and initiating a first call to a duty room telephone through a machine room voice gateway; judging whether the first path of call is answered by a telephone in a duty room within a preset time, and initiating an outbound request to an outbound service cabinet based on a machine room voice gateway according to a judgment result; the outbound service cabinet determines an idle target outbound module from a plurality of outbound modules based on a scheduling algorithm in response to the outbound request; and controlling the target call-out module to initiate a second path of call to the mobile phone of the rescue worker through the public telephone network, and establishing a voice communication channel between the car alarm phone and the mobile phone of the rescue worker according to an answering result of the second path of call.

User interfaces may enable users to initiate voice-communications with voice-controlled devices via a Wi-Fi network or other network via an Internet Protocol (IP) address. The user interfaces may include controls to enable users to initiate voice communications, such as Voice over Internet Protocol (VOIP) calls, with devices that do not have connectivity with traditional mobile telephone networks, such as traditional circuit transmissions of a Public Switched Telephone Network (PSTN). For example, the user interface may enable initiating a voice communication with a voice-controlled device that includes network connectivity via a home Wi-Fi network. The user interfaces may indicate availability of devices and / or contacts for voice communications and / or recent activity of devices or contact.

A monitoring system for mitigating reporting delays between a customer device and a central monitoring station (CMS), for example, over a public switched telephone network (PSTN) may include a message tone detector, an acknowledgement tone detector, an acknowledgement tone generator and a processor coupled to each of the message tone detector, the acknowledgement tone detectors and the acknowledgement tone generator. The message tone detector may be configured to monitor one or more messages sent from the customer device to the CMS. The acknowledgement tone detector may be configured to monitor one or more acknowledgements sent from the CMS to the customer device in response to each of the one or more messages, respectively. The acknowledgement tone generator may be configured to generate and transmit one or more additional acknowledgements to the customer device when two consecutive messages of the one or more messages are substantially similar.

The invention relates to an optical fiber cascade fire-fighting telephone networking system and method based on a double-channel double-ring structure, and the system comprises a plurality of fire-fighting telephone hosts and a plurality of cascade node devices, and each cascade node device is in communication connection with at least one fire-fighting telephone host. The cascade node equipment comprises a first optical transmission channel and a second optical transmission channel; the plurality of cascaded node devices are connected in series through the plurality of first optical transmission channels and the plurality of second optical transmission channels to form a first logic communication ring and a second logic communication ring which are opposite in communication direction; the first logic communication ring and the second logic communication ring are physically isolated, and the first logic communication ring and the second logic communication ring mutually realize path redundancy; a real physical and logic dual redundancy network is constructed, millisecond-level fault self-healing can be realized, deterministic communication service quality is provided, system architecture and manageability are optimized, and the method is a highly-integrated special solution special for the fire-fighting telephone.

Implementations disclosed herein optimize the performance of a telephone call for a user to interact with an interactive voice response (IVR) system. By utilizing dynamic latency statistics and intelligent call management techniques, these implementations minimize latency and reduce telephony network traffic. The call optimization system may analyze the real-time data to provide real-time latency information to the user in order to inform the user to make a decision before or while making the call. Implementations may present dynamic latency statistics that account for personalized user experience to provide more accurate information about any particular IVR navigation path from which a user may select. Selecting and executing the suggested IVR path may result in additional latency data that may be used to refine the latency statistics of the user.

The application discloses an analog encryption telephone terminal based on transmission of a public switched telephone network, and relates to the technical field of analog communication, comprising an analog line interface module, an analog voice module, a power filter module, a power supply control module, an encryption processing module, a signal coupling and isolation module, a ringing detection module and a man-machine interaction module. The method directly controls the on-off safety encryption chip power supply and the enable pin of the NMOS tube through a pure hardware switch of a physical encryption key, and realizes external independent power supply and signal coupling transformer isolation direct current, so that the technical problems of the existing analog encryption telephone, such as dependence on software control, bypassing, poor reliability of mechanical relay switching and inability of the key to be completely physically destroyed after hanging up, are solved.

Implementations disclosed herein optimize performance of phone calls where users interact with interactive voice response (IVR) systems. By utilizing dynamic wait time statistics and intelligent call management techniques, these implementations minimize wait times and reduce telephone network traffic. Call optimization systems can analyze real-time data to provide users with real-time wait time information to inform users decision-making prior to placing a call or at the time of placing a call. Implementations can present dynamic wait time statistics that consider personalized user experiences to provide more accurate information about any particular IVR navigation path that a user can select from. Selection and execution of a suggested IVR path can result in additional wait time data that can be utilized for refining wait time statistics for users.

Machine learning systems and methods for computer modeling and optimization of telecommunications networks are provided. The system processes information relating to a telecommunications network, such as a cellular telephone network, and generates a directed network graph that represents the network as a series of connected edges and nodes with associated attributes such as transmitter power, antenna tilt, radio resource control information, handover attempts, collisions, and other parameters. The network graph is stored in a graph database, and is processed by one or more network graph model inference modules which apply one or more specially-trained artificial intelligence (AI) models to the network graph to generate an optimized version of the network graph that can be utilized to improve the telecommunications network. A modeling visualization interface is also provided, and allows users of the system to visualize modeling and optimization performed by the system.

A computer implemented method of processing calls in a telephone network, the method comprising: identifying a plurality of calls that have been made by a particular telephone number to destination telephone numbers in the telephone network; dividing the plurality of calls into N subsets of calls, determining whether a sequence of one of the subsets of calls corresponds to a correct calling order, wherein the correct calling order is determined based on a predetermined rule for ordering destination telephone numbers in the telephone network, that rule having previously been generated based on a secret shared with a party that is authorised to use the particular telephone number; and determining that one or more of the calls were made by spoofing the particular telephone number when that sequence does not correspond to the correct calling order.

The invention relates to a real-time audio and video calling method and system and electronic equipment. The method comprises the following steps: an access gateway service receives an audio and video call request sent by a first client through the Internet; the audio and video call request comprises identification information of a second client responding to the audio and video request; the access gateway service sends the audio and video call request to a voice interaction service, and the voice interaction service requests a call from a call center platform; collecting and issuing audio and video data of the first client through streaming media service; and the call center platform determines a second client according to the identification information, so that the second client responds to the audio and video data, and an audio and video connection between the first client and the second client is established. According to the scheme provided by the invention, Internet audio and video access can be added on the call center platform, dual-network access of a telephone network and the Internet is realized, and the expansibility and flexibility of the call center platform are improved.

To appropriately improve voice communication. [Solution] The generation device 100 extracts issues regarding the usage of voice communication by users who utilize voice communication via the telephone network for their business activities. Using the extracted issues and acquired information on the users' business activities, the generation device 100 inputs prompts into a large-scale language model that include commands to generate solutions corresponding to the issues and talk scripts in which the solutions are expressed based on a predetermined story, thereby generating solutions and talk scripts.

The invention relates to a method for controlling scams in which a phone call requests a return call to a target number, comprising the following steps:collecting signalling data of phone calls made via a telephone network (2);detecting suspicious calls from signalling data collected and using a detection algorithm, and for each suspicious call detected, identifying a suspicious number;comparing the suspicious number with a number and / or at least one range of certified target numbers contained in a certification database, and defining a risk profile for the suspicious number accordingly.Methods and systems for controlling phone scams.

A method and system for routing a communication using a communication system between a first participant device, on an Internet Protocol (IP) network, associated with a first participant, and a second participant device associated with a second participant. The method involves receiving a second participant identifier associated with the second participant device, causing the at least one processor to access a user profile that is specific to the first participant, performing a comparison of the second participant and at least one first participant attribute associated with the user profile, determining whether at least one route exists to the second participant device using a first type of communication or a second type of communication based on route information, including an Internet Protocol (IP) address of a suitable communication network element, and establishing the communication to the second participant. The system may utilize Public Switched Telephone Network (PSTN) compatible numbers to identify route information.

Computing systems, devices and automated processes are described for automatically tagging new functions prior to deployment in a cloud-based telecommunications system, such as a 5G wireless network implemented in accordance with an open radio access network (ORAN) specification. The automated processing evaluates the new function to identify one or more attributes of the new function relating to the ORAN that can be used to generate a tag. The tag can be used during subsequent operation to filter, identify or otherwise access functions for execution by particular components of the cloud-based telecommunication system.

This invention provides a communication method, apparatus, electronic device, and storage medium. The communication method is applied to a video server connected to a telephone network node via an IP network, comprising: receiving a first video call call sent by the telephone network node based on the IP network connection, the video call call including an identifier of a first dialing device; responding to the first video call call, determining a first video channel with the first dialing device and a second video channel with a first IP terminal device and a second IP terminal device, wherein the first dialing device and the telephone network node are located within the telephone network; and channel fusion of the first and second video channels to establish a multi-party video call between the first dialing device and multiple IP terminal devices. This invention improves the video service capabilities of IP networks and telephone networks while saving communication costs.

This document describes a method for determining a set of trajectories of a user carrying a mobile device ( ) in a mobile telephone network, over a given territory, comprising a plurality of antennas ( ), the method essentially consisting of collecting signaling data ( ) of said mobile device ( ), each signaling data comprising a timestamp ( ) associated with coordinates ( ) of an antenna communicating with said mobile device, and determining at least one series of successive signaling data ( ) associated with a single common antenna, and calculating a cumulative time for each series of signaling data, and determining the set of trajectories from said set of mobile series ( ).

A communication server system may one or more processors and one or more non-transitory, computer-readable media storing instructions that, when executed by the one or more processors, cause the communication server system to detect a call event relating to a telephone network identifier. The system may dynamically link one or more active client accounts to a reservable private branch exchange (PBX) system identifier based on first details of the call event and second details of the one or more active client accounts. The PBX system may employ a session initiation protocol (SIP). The system may route call data between one or more devices associated with the active client accounts dynamically linked to the reservable PBX system identifier and a user device associated with the telephone network identifier.

A method for controlling a radio transceiver (120), implemented in a motor vehicle (100), comprising the transceiver (120), the transceiver (120) being capable of transmitting a radio signal, the transceiver (120) comprising an antenna (124) and a spatial filter (121), the filter (121) being capable of receiving a first command and configuring itself to focus the radio signal transmission in a direction determined by the first command, the transmission method being characterized in that it comprises the following steps: Verification of a criterion, then sending the first command to the spatial filter (121), the direction being: If the criterion is met, that of a satellite (200), If the criterion is not met, that of a terrestrial radio station (301) of a mobile telephone network (300). Figure for the abstract: Figure 1

Systems and methods for routing packages between a plurality of computer network originator systems and a plurality of computer network processing systems. The computer network routing system can include one or more processing circuits including one or more processors and memory storing instructions that, when executed by the one or more processors, cause the one or more processors to perform operations. The operations include providing an interface for registering at least one user with a computer network routing system, wherein the at least one network is at least one of a local area network (LAN), wide area network (WAN), a telephone network, a wireless link, an intranet, or internet. The operations include issuing at least one UPC to the at least one user. The operations include receiving and selecting a computer network processing system. The operations include updating at least one first data segment and transmitting the routing package.

Novel tools and techniques are provided for implementing cloud-based voice calling service, video calling service, and / or over-the-top (“OTT”) services. In various embodiments, with a unified communications and collaboration interconnection (“UCCI”) interconnection established between separate hyperscalers or communication service providers that have separate administrative domains, Internet Protocol (“IP”) based communications services may be instantiated between a first user device or a first telephone number (or call identifier (“ID”)) via a first hyperscaler and a second user device or a second telephone number (or call ID) via a second hyperscaler, without touching or traversing the public switched telephone network (“PSTN”). By bypassing the PSTN, not only can cloud-based voice calling services be implemented or established over the UCCI, but cloud-based video calling services and OTT services may also be instantiated, with the OTT services being instantiated during either the cloud-based voice calling services or the cloud-based video calling services.

The present application relates to elevator alarm technical field, especially a kind of elevator remote alarm method and system based on outbound service cabinet, elevator remote alarm method includes: in response to the alarm operation in elevator car, first road call is initiated to on-duty room telephone through machine room voice gateway;Whether first road call is answered by on-duty room telephone within preset time is judged, according to the result of judgment, outbound request is initiated to outbound service cabinet based on machine room voice gateway;Outbound service cabinet responds to outbound request, determines an idle target outbound module from several outbound modules based on scheduling algorithm;Control target outbound module initiates second road call to rescuer mobile phone through public telephone network, and the voice communication channel between car alarm telephone and rescuer mobile phone is established according to the result of answering second road call.

Aspects of the subject disclosure may include, for example, a method in which a processing system determines a plurality of combinations of settings for a session border controller (SBC) communicating with a first network and installed at a premises. The method also includes listing the combinations, and identifying a combination that coincides with settings of a primary rate interface (PRI) circuit. The method further includes enabling a first connection between a first port of the SBC and the PRI circuit and a second connection between a second port of the SBC and a second network; settings of the SBC correspond to the identified combination, and the SBC comprises a connection between the first and second ports. The method also includes subsequently disabling the second connection, resulting in the PRI equipment communicating with the first network without a change to the settings of the PRI equipment. Other embodiments are disclosed.

The invention discloses a real-time video identity credibility authentication system and method based on a telephone network. The system comprises a telephone network identity authentication platform and at least one service platform, wherein the telephone network identity authentication platform is positioned on a telephone network operator side; the service platform sends a request message when determining that identity credibility authentication based on biological feature recognition for the user needs to be started; the telephone network identity authentication platform adjusts a voice call between the user and the service platform into a video call between the telephone network identity authentication platform and the user and a voice call between the telephone network identity authentication platform and the service platform according to the information carried in the request message, and sends the voice call to the user according to the obtained information containing the biological characteristics of the user. And requesting the trusted digital identity service platform to carry out identity trusted authentication on the user, and when an identity trusted authentication result of the user is obtained, adjusting the two sections of calls into voice calls between the user and the service platform. According to the invention, identity credible authentication based on biological feature recognition can be realized more safely and conveniently, and the user experience is improved.