Abstract:
Provided are a method and apparatus for exchanging endpoint information, and a telepresence endpoint. According to the method, telepresence indicator information is exchanged between telepresence endpoints, so that endpoints in a telepresence system can obtain capability characteristics from each other. By means of the technical solution, the problems in the related art that requirements of the telepresence system cannot be supported and the compatibility between the telepresence system and a traditional video conference system cannot be realized are solved, unnecessary exchange between the endpoints is avoided, and the effects of meeting new demands of the telepresence system and improving the efficiency of media stream transport between the endpoints are further achieved.
Abstract:
Provided are a method and apparatus for configuring a terminal capability set. In the above-mentioned method, a ControLling mUltiple streams for tElepresence (CLUE) encoding parameter is configured in a terminal capability set, and the terminal capability set is transmitted. According to the technical solution provided in the technical solution, new demands of a telepresence system can be met, and a telepresence product can be supported.
Abstract:
Disclosed are a method and device for scheduling a protocol stack in a telepresence system. The scheduling method includes: a telepresence endpoint acquiring a first state of an H.323 protocol stack and a second state of a third-party protocol stack, herein, the third-party protocol stack is used for performing interaction and negotiation on new characteristic parameters of the telepresence system, and the new characteristic parameters are different from contents for performing capability negotiation through the H.323 protocol stack in the telepresence system; the telepresence endpoint scheduling the H.323 protocol stack and/or the third-party protocol stack to execute a corresponding internal processing action according to a preset scheduling rule based on the first state and/or second state.
Abstract:
Provide are a method and device for exchanging endpoint information and a telepresence endpoint. The method includes that: multiplexing information is exchanged between telepresence endpoints. By means of the present disclosure, the problem in the related art that there are too many ports and multiplexing transmission is unsmooth due to the fact that a multiplexing transmission mode of a traditional session system is still adopted in a telepresence system based on a conventional protocol architecture is solved, and the effect of exchanging the multiplexing information between the telepresence endpoints and therefore multiplexing can be successfully performed in the telepresence system is further achieved.
Abstract:
There are provided a method, an apparatus and a device for data analytics, and a storage medium. The method includes: determining analytics data according to a data analytics request, where the data analytics request includes a first data analytics request or a second data analytics request (S101); determining an analytics model according to the data analytics request (S102); and obtaining a data analytics result according to the analytics data and the analytics model (S103).
Abstract:
There are provided a method, an apparatus and a device for data analytics, and a storage medium. The method includes: determining analytics data according to a data analytics request, where the data analytics request includes a first data analytics request or a second data analytics request (S101); determining an analytics model according to the data analytics request (S102); and obtaining a data analytics result according to the analytics data and the analytics model (S103).
Abstract:
Disclosed is a data processing method, comprising: receiving M channels of encoded audio data; decoding the M channels of encoded audio data, to acquire space information of an audio corresponding to the M channels of audio data, wherein M is a positive integer; determining Q speaker devices corresponding to the M channels of audio data according to the acquired space information of the audio and position information of the speaker devices, wherein Q is a positive integer; and rendering the M channels of audio data with the determined Q speaker devices. Embodiments of the present invention further provide an acquisition device, a data processing device, and a storage medium.
Abstract:
Disclosed is a data processing method, comprising: acquiring space information of audio acquisition devices of an acquisition device, an acquisition space corresponding to the acquisition device being formed into a geometry, the spatial orientation deployed by video acquisition devices of the acquisition device covering the entire geometry, and the setting orientation of each video acquisition device being correspondingly provided with N audio acquisition devices, wherein N is a positive integer; regarding the N audio acquisition devices provided corresponding to the setting orientation of each video acquisition device, encoding audio data acquired by the N audio acquisition devices according to the space information of the audio acquisition devices, to form M pieces of audio data, the M pieces of audio data carrying space information of audios. Embodiments of the present invention further provide an acquisition device, a data processing device, and a storage medium.
Abstract:
The disclosure discloses an impact-resisting method and device for a mobile terminal. The method includes that: it is detected whether a mobile terminal is in a damaging falling state; when the mobile terminal is in the damaging falling state, an included angle α between a vertical line based on a preset point on a preset end surface of the mobile terminal and the preset end surface is detected, or an included angle α between the vertical line based on the preset point on the mobile terminal and a plane where the preset end surface is located is detected; according to the detected included angle α and a preset impact-resisting included angle β, it is analyzed whether posture adjustment needs to be performed on the mobile terminal; and when the posture adjustment needs to be performed on the mobile terminal, according to a difference between the detected included angle α and the preset impact-resisting included angle β, a kinetic energy component is controlled to adjust a falling posture of the mobile terminal. By adopting embodiments of the disclosure, the impact to a vulnerable portion can be avoided by adjusting the falling posture of the mobile terminal, thereby improving the impact-resisting performance of the mobile terminal.
Abstract:
Provided are a method and device for performing capability negotiation, and an endpoint. The method includes that: basic capability negotiation is performed via a terminal capability set message of an endpoint, wherein the endpoint is based on an ITU-T H.323 Recommendation, and used in a telepresence system; and secondary capability negotiation is performed on a telepresence feature of the endpoint in a pre-determined mode. By means of the present disclosure, the problem in the relevant art that negotiation of newly added feature parameters of the telepresence system cannot be realized when a conventional protocol is not changed is solved, and the effect of negotiating the newly added feature parameters of the telepresence system without changing the conventional protocol is further achieved.