156 results about "Teleconference" patented technology

This document relates to providing adaptive teleconferencing experiences using generative image models. For example, the disclosed implementations can employ inpainting and / or image-to-image restyling modes of a generative image model to generate images for a teleconference. The images can be generated based on prompts relating to the teleconference. Users can be superimposed on the generated images, thus giving the appearance that the users are present in an environment generated by the generative image model.

A method for sentiment based enhancement of investor relations communication. The method includes: receiving an enhancement request including an original current earnings call transcript; processing, of the original current earnings call transcript, a plurality of original sentiment-pertinent transcript sentences using language models to respectively obtain a plurality of transcript sentence ranks; identifying a subset of the plurality of transcript sentence ranks each indicating a sentiment improvement; producing, from the original current earnings call transcript, a new current earnings call transcript including a set of enhanced sentiment-pertinent transcript sentences respectively mapped to the subset of the plurality of transcript sentence ranks; and providing the new current earnings call transcript in response to the enhancement request.

One or more systems, devices, computer program products and / or computer-implemented methods of use provided herein relate to teleconferencing and, more specifically, to the gathering and conveying of information over a teleconference by a digital delegate. A computer-implemented system can comprise a memory that can store computer executable components. The computer-implemented system can further comprise a processor that can execute the computer executable components stored in the memory, wherein the computer executable components can comprise a digital delegate component that accesses a teleconference via a computer application as a teleconference participant and an analysis component that analyzes teleconference monitoring information of the teleconference to determine responses to one or more defined points of interest determined by a meeting invitee.

Disclosed in the present invention is a Gaussian mixture shape method applicable to dynamic modeling of the head of a human body. A Gaussian mixture shape is composed of a neutral Gaussian model representing a neutral expression and a plurality of basic expression Gaussian models corresponding to a plurality of basic expressions. Each Gaussian model comprises a group of three-dimensional Gaussian functions having information such as position, shape, and color. A human face and head model of any expression is efficiently generated by linearly mixing the neutral Gaussian model and the basic expression Gaussian models. The method comprises training image acquisition and preprocessing, Gaussian mixture shape training, and human head animation generation. The present invention has higher drawing quality, can retain more high-frequency details of the head of the human body, and improves the sense of reality and fidelity of drawing; and the present invention has higher operating speed which is more than five times higher than that of the current most advanced method. Therefore, the present invention can be widely applied to movies, animation production, online games, teleconferences, etc., and has high practical value.

Techniques for transcribing and / or summarizing multimedia collaboration sessions are discussed herein. For example, users can communicate within a teleconferencing meeting associated with a channel. In some examples, a first machine learning model may be configured to receive audio-visual data and user interaction data (e.g., selected emojis, detected gestures, messages or text input by a user, a thread of messages, etc.) and output a teleconferencing meeting summary. In some examples, the teleconferencing meeting summary can include one or more highlights, action items, and / or artificial intelligence (AI) notes generated using a machine learning model(s).

Voice anonymization systems and methods are provided. Voice anonymization is done on the speaker's computing device and can prevent voice theft. The voice anonymization systems and methods are lightweight and run efficiently in real time on a computing device, allowing for speaker anonymity without diminishing system performance during a teleconference or VoIP meeting. The anonymization system outputs a transformed speaker voice. The anonymization system can also generate a voice embedding that can be used to reconstruct the original speaker voice. The voice embedding can be encrypted and transmitted to another device. Sometimes, the voice embedding is not transmitted and the listener receives the anonymized voice. Systems and methods are provided for the detection of voice transformations in received audio. Thus, a listener can be informed whether the speaker voice output from the listener's computing device is the original speaker's voice or a transformed version of the original speaker voice.

A method includes, during a teleconference between a first audio input / output device and a second audio input / output device, receiving, at an analysis and response device, a signal indicating a spoken command, the spoken command associated with a command mode. The method further includes, in response to receiving the signal, generating, at the device, a reply message based on the spoken command, the reply message to be output to one or more devices selected based on the command mode. The one or more devices includes the first audio input / output device, the second audio input / output device, or a combination thereof.

This document relates to distributed teleconferencing. Some implementations can employ adaptive audio or video enhancement to address scenarios where audio enhancement can tend to remove desirable sounds. For instance, adaptive audio enhancement can involve detecting the presence of a sound, such as clapping, and modifying audio enhancement so that the sound is retained in an enhanced audio signal. Adaptive video processing can involve detecting the presence of the sound and adding a graphical identifier to a video signal that conveys the presence of that sound.

The invention discloses a multifunctional earphone storage box and a dual-mode audio system, and belongs to the technical field of intelligent software and hardware equipment.The multifunctional earphone storage box comprises a device product, an array microphone, a built-in banded loudspeaker, an earphone cabin cover, a TWS wireless Bluetooth earphone, a Type-c usb charging port, a liquid crystal display panel and a multifunctional button. According to the mobile phone, the text conversion and translation service is supported, the translated and translated text content can be edited and modified, a user can conveniently manage and utilize recording data, the mobile phone APP supports voiceprint information management, a speaker can be created, modified and deleted, and the mobile phone APP is convenient to use, high in practicability and high in practicability. And meanwhile, a large model conference summary capability is requested from a server, summary summarization and to-be-processed extraction are realized, conference efficiency is improved, the system can be used as a mobile phone loudspeaker and an external microphone after Bluetooth audio connection, and the system is suitable for a remote conference scene and is not limited by third-party conference software or a teleconference.

A back-end server system responds to a request for web-based browser or dedicated application interaction associated with an entity with which the user holds at least one account; performs basic authentication to grant a basic level of remote user access over the Internet to the user device; performs elevated authentication and grants access (i) to an elevated level of remote user access to the at least one account and (ii) access to a pre-authenticated teleconference session.

: Disclosed herein is a medical system (100, 300) comprising a communication system (110) configured for establishing a teleconference session between multiple telecommunication devices (106). The medical system further comprises a memory (116) storing machine executable instructions (120), at least one presentation slide (122), and presentation slide specific lecture text (124). The medical system further comprises a computational system (110). Execution of the machine executable instructions causes the computational system to repeatedly: receive (200) presentation slide specific user data (128) from the communications system; construct (202) presentation slide specific modification text (126) using the presentation slide specific user data; and modify (204) the presentation slide specific lecture text using the presentation slide specific modification text.

Systems, methods and programmed products for using visual information in a video stream of a recording streaming teleconference among a plurality of participants to diarize speech, involving obtaining respective components of the teleconference including a respective audio component, a respective video component, respective teleconference metadata, and transcription data, parsing components into speech segments, tagging speech segments with source feeds, and diarizing the teleconference so as to label the speech segments based on neural network or heuristic analysis of visual information.

The utility model belongs to the technical field of intelligent education, and particularly relates to intelligent management equipment for video education and teleconference, which comprises a bottom plate and a display screen, a support plate is fixedly mounted at the top of the bottom plate, a protective box is fixedly mounted at the top of the support plate, and the display screen is positioned in the protective box. An adjusting assembly capable of adjusting the position of the display screen is arranged in the protection box, box covers are hinged to the two ends of the top of the protection box so that opening and closing of the protection box can be controlled, and a handle is fixedly installed at the top of each box cover so that a person can rotate the box covers conveniently; the display screen is arranged in the protection box, and the box cover is arranged on the protection box, so that the display screen can be protected and managed, the display screen can be prevented from being damaged, the display screen can be prevented from being damaged, and the service life of the display screen is prolonged. And therefore, the phenomenon that the display screen is damaged due to collision and the like can be avoided to a certain extent.

A method of setting up a teleconferencing system using mobile devices is disclosed. Participants with mobile devices in multiple rooms may communicate based on the disclosed teleconferencing application executed on the mobile devices. Each room has one of the mobile devices designated as a leader device for that room. The leader devices may communicate using VoIP over the Internet. Other mobile devices in a room are designated as client devices associated with the leader devices. Participants operating the client devices can talk to other participants in that room and the other rooms through the client device communicating through the leader device of the room. The leader device synchronizes the playing of received audio between all of the client devices in the room. The leader device includes a selection algorithm that selects one of the devices to act as the microphone for audio signals generated in the room.

Method for transmitting information relating to a hearing aid (2) to an external device (1), where the external device is a multimedia device or a communication system for teleconferencing, or a device used by a hearing aid acoustician for audiological analysis and / or for fitting the hearing aid, or an audio system for the general dissemination of information and / or music, wherein the hearing aid (2) is placed in an environment (14) of the external device (1), wherein the hearing aid (2) sends out a generally accessible unencrypted first piece of information (18) which contains metadata about the hearing aid (2) and / or access data, wherein the metadata includes a product name, a product type, a manufacturer, a firmware version and / or a device type, and the access data includes a reference to a storage location, wherein the unencrypted first information (18) is received from the external device (1), and wherein, directly or indirectly as a result of the first information (18), the external device (1) changes its operating mode and continues to operate in the changed operating mode.

The invention relates to the technical field of intelligent contracts, and discloses an intelligent contract safety generation and risk insight method fusing a large language model and a digital signature, and the method comprises the steps: firstly obtaining a telephone conference voice, carrying out the telephone band processing, and carrying out the system sound interference suppression, and obtaining a purified signal; positioning a short near-end fragment based on the purification signal, extracting an energy peak moment, and setting an early window and a late window; estimating a fundamental frequency in the early window and constructing a harmonic set, calculating a normalized double-coherence intensity set average value of the early window and the late window, constructing a characteristic index and forming a time-varying gating weight field through monotone mapping; obtaining a word-level timestamp through automatic speech recognition, and calculating word availability in combination with a gating weight field; extracting an offer of the speaker A, collecting response words of the speaker B in a preset time window, and calculating response reliability according to word availability and time closeness; and generating a clause draft, judging whether the clause draft is included in the first draft of the contract, and outputting risk clauses of the contract draft.

Described herein are methods, systems, devices, and processor readable storage devices for use during a teleconference among a plurality of users that each uses a respective device, of a plurality of devices, to participate in the teleconference. Certain such embodiments use positional information to cause displaying, by a device that is provided with the positional information, of a respective graphical indicator that indicates where a region of interest is within or relative to the viewport that is being displayed on the device.

A controller of a virtual conferencing system commands an online conference platform to create an online main conference room associated with a meeting, and commands a telephonic conference platform to create a telephonic main conference room associated with the meeting. The controller further commands at least one of the online and telephonic conference platforms to join the online main conference room and the telephonic main conference room together so audio is passed therebetween to form an integrated main conference room. A similar process is used to create an integrated screener room. The controller stores a question queue identifying both online and telephonic attendees who have questions. Attendees who have an unscreened question are moved into either an online or telephonic part of the integrated screener room depending on the way the attendee joined the meeting. Moderators move both telephonic and online attendees with screened questions into the main conference room.

The telephone relay device (30) is communicably connected to a teleconference server that relays an audio call between communication terminals participating in a teleconference via an IP network. The telephone relay device includes: a participation request unit (32) that requests the teleconference server to permit participation in the teleconference in response to receiving, from the teleconference server, an audio quality reduction notification indicating that audio quality of the audio call between the communication terminals becomes less than a predetermined level; a call making unit (33) that makes a call to a telephone terminal associated with the communication terminal in response to being permitted to participate in the teleconference; and a call relay unit (34) that relays an audio call of the teleconference between the telephone terminal and the teleconference server in response to receiving a response to the call from the telephone terminal.

Systems and methods are provided for identifying polling questions from a conference call discussion. One or more text strings are identified, the one or more text strings comprising a textual form of one or more spoken phrases provided by one or more participants of a conference call. The one or more text strings are provided as input to a trained machine learning model. One or more outputs are obtained from the trained machine learning model. A spoken phrase of the one or more spoken phrases provided by the one or more participants is extracted from the one or more outputs that comprises a confidence level that a question associated with a poll during the conference call. In response to a determination that the confidence level satisfies a confidence criterion, the spoken phrase is designated as a polling question presented during the conference call.

The invention belongs to a dog training device, and particularly relates to an odor identification comprehensive training device and training method for identifying SF6 gas by dogs, the device comprises a training module for identifying and training dogs, a live broadcast recording module for providing training site videos, a verification module for performing infrared imaging on SF6 gas and a teleconference module; the live broadcast recording module provides high-definition live broadcast of a training site and uploads the high-definition live broadcast to a server, so that synchronous watching of a mobile terminal is realized; the verification module is used for providing a basis for judging an SF6 gas identification training result; the remote conference module is used for comparing and presenting live broadcast pictures provided by the live broadcast recording module and the basis provided by the verification module at the same time, and evaluation experts carry out comprehensive evaluation on training remotely, so that the device and the method can greatly improve the training efficiency and accuracy of the detection dogs for identifying the SF6 gas; and the excellent detection dogs capable of discovering and quickly positioning SF6 gas leakage points of the GIS equipment on site can be stably cultivated.

A method (300, 400) of operating a telephony system (100), said system comprising a: client server (170), configured to: access a conferencing server (140) for establishing a conference call; connect a plurality of terminals (180) to the conferencing server; and communicate with a UE (160) so as to receive a call from the UE; the method comprising the steps of, by the client server: detecting initiation of a call between the UE and a given one of the plurality of terminals (320, 420); identifying the UE and said given terminal; assessing whether the detected call is a conference call or a non-conference call; in response to assessing that the call is a non-conference call: requesting, from the conferencing server, establishment of a conference call for the identified UE and the given terminal and corresponding to said non-conference call (330-2, 430); receiving, from the conferencing server, access information for accessing the requested conference call (340, 440); and distributing the access information to each of the plurality of terminals (360, 460), thereby permitting any of said terminals to access the conference call.

1. The name of the product of this design: Video conferencing terminal (VX60‑A). 2. Purpose of this design product: used for signal processing and switching of video conferencing, video calls, and telephone conferences. 3. The design key point of this appearance design product lies in the shape of the product. 4. The picture or photo that best illustrates the key points of the design: 3D drawing of Design 1. 5. Designate Design 1 as the base design.

A second device (e.g., a session border controller (SBC) receives, from a first device (e.g., a video teleconference server) of an IP communication network, an invitation (e.g., a session initiation protocol (SIP) message) to create a session between the first device and a third device (e.g., a computer of a person participating in the teleconference) of the network. The invitation includes a session description, e.g., in session description protocol (SDP) format. The second device determines whether to forward the invitation toward the third device based on a datastore comprising i) prior invitations received by the second device to create sessions between devices of the network, and ii) results of the prior invitations. Upon determining to forward the invitation, the second device forwards the invitation.

The present disclosure relates to a video teleconferencing method between at least two remote video teleconferencing apparatuses in communication via a communication network, wherein each video teleconferencing apparatus comprising a camera and a display, wherein at least one video teleconferencing apparatus, called first video teleconferencing apparatus, comprising a camera, called first camera, whose field of view covers at least partially a viewpoint of an end-user of the first video teleconferencing apparatus and a display, called first display, wherein the method comprises the following steps: -capturing (100), by the first camera, a first video representative of a self-view of the end-user of the first video teleconferencing apparatus on a reflective surface of a mirror located in front of the end-user and in the field of view of the first camera; -extracting (110), from the first video, at least one pixel region surrounding the self-view of the end-user; and -transmitting (120) first video data representative of said at least one extracted pixel region to at least one remote video teleconferencing apparatus.

A method of operating a telephony system, the system including a client server to access a conferencing server for establishing a conference call, connect a plurality of terminals to the conferencing server; and communicate with a UE so as to receive a call from the UE;, the method including, by the client server, detecting initiation of a call between the UE and a given one of the plurality of terminals; identifying the UE and the given terminal; assessing whether the detected call is a conference call or a non-conference call; in response to assessing that the call is a non-conference call: requesting, from the conferencing server, establishment of a conference call for the identified UE and the given terminal and corresponding to the non-conference call; receiving, from the conferencing server, access information for accessing the requested conference call; and distributing the access information to each of the plurality of terminals, thereby permitting any of the terminals to access the conference call.

A method and apparatus for signaling multiple audio mixing gains using a single Real-Time Transport Protocol (RTP) header extension in a teleconference is provided. The method includes: receiving an input audio stream from a 360-degree video / audio stream, the input audio stream including multiple mixing gains from the input audio stream and an overlay audio stream; declaring a single RTP header extension for all mixing gains (including one or more of an element identifier, a length of the extension element, and a magnitude of the mixing gain); and signaling the mixing gains using the single RTP header extension. The single RTP header extension can use a one-byte header extension format or a two-byte header extension format, and the one-byte header extension format or the two-byte header extension format is declared using the Session Description Protocol (SDP).

1. Name of the Design Product: Conference TV Terminal (Remote Collaboration). 2. Use of the Design Product: For video conferencing, telephone conferencing, and remote collaboration. 3. Design Key Points of the Design Product: Lies in the overall shape of the product. 4. Picture or Photograph that Best Illustrates the Design Key Points: Perspective view.

1. The name of the product of this design: Video conferencing terminal (VX60‑C). 2. Purpose of this design product: This design product is used for signal processing and switching of video conferencing, video calls, and telephone conferences. 3. The design key point of this appearance design product lies in the shape of the product. 4. The picture or photo that best illustrates the key points of the design: 3D drawing of Design 1. 5. Designate Design 1 as the base design.

Participants may use one or more devices for engaging in a meeting, such as phones, conferencing devices, and / or computers. The devices include microphones that capture speech for determining the presence of distinct participants. Speech signals originating from different participants, or microphones, may be determined and associated with the participants. For example, microphones may be directional and more sensitive to sound coming from one or more specific directions than sound coming from other directions. By associating an individual with a microphone, or set of microphones, overlapping voices may be disambiguated to provide clear voice streams that aid in producing a clear transcript indicating the speech of the participants, respectively. An identity of the participants may be determined using voiceprint and / or voice recognition techniques.