CN106604240B - Intelligent speaking right real-time talkback implementation method - Google Patents
Intelligent speaking right real-time talkback implementation method Download PDFInfo
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- CN106604240B CN106604240B CN201611201688.5A CN201611201688A CN106604240B CN 106604240 B CN106604240 B CN 106604240B CN 201611201688 A CN201611201688 A CN 201611201688A CN 106604240 B CN106604240 B CN 106604240B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/06—Selective distribution of broadcast services, e.g. multimedia broadcast multicast service [MBMS]; Services to user groups; One-way selective calling services
- H04W4/10—Push-to-Talk [PTT] or Push-On-Call services
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L65/00—Network arrangements, protocols or services for supporting real-time applications in data packet communication
- H04L65/40—Support for services or applications
- H04L65/4061—Push-to services, e.g. push-to-talk or push-to-video
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W76/00—Connection management
- H04W76/40—Connection management for selective distribution or broadcast
- H04W76/45—Connection management for selective distribution or broadcast for Push-to-Talk [PTT] or Push-to-Talk over cellular [PoC] services
Abstract
The invention discloses a method for realizing intelligent speaking right real-time talkback, which is based on an intelligent machine and an internet public network, allows all users applying speaking rights to immediately obtain speaking rights (under the condition of unlimited speaking right quantity) or queue to obtain speaking rights through intelligent speaking right control (under the condition of limited speaking right quantity), and can carry out various operations such as endowing, depriving, applying, releasing and the like on the speaking rights. The simultaneous speaking can be realized for single, or multiple, or all users who obtain the speaking right, thereby realizing excellent experiences such as single talkback, duplex talkback, many people talkback simultaneously and the like. The invention provides a more reasonable talkback right control strategy, thereby improving the user experience and the real-time performance of public network talkback. A certain talk right limit can be granted, for example, 3-5 for flexible deployment. The invention can help the client to realize flexible application scene, and changes the old idea that the traditional talkback can only be used for 1 person, so that the talkback is closer to the natural communication mode.
Description
Technical Field
The invention relates to the field of wireless communication, in particular to an intelligent speech right real-time talkback implementation method based on an intelligent machine and an internet public network.
Background
VOIP talkback: the Voice communication technology in Voice over IP packet switching network is a technical system compared with the traditional circuit switching Voice communication, the Voice data is transmitted on the IP network after being encoded and compressed, and the receiving end decodes and restores the original Voice data. The talkback communication is a PTT (push to talk) service, which is a one-to-many half-duplex communication mode, and a user is in a listening state at ordinary times and enters a speaking state by pressing a PTT key.
Channel: this concept borrows from analog (FM) talkback, where only one person at one frequency can hear the other. In VOIP, a group is a group of people who can listen to each other and form a channel (or group).
The speaking right: VOIP talkback, like other talkbacks, only allows one person to talk at a time in a channel (or group). In VOIP talkback, participants in a channel apply for the right of speaking by pressing a PTT key, after the system arbitrates, a signal for allowing or rejecting or keeping is sent to the applicant, and the arbitration result is sent to other people in the channel; when several persons apply for the speaking right at the same time, the system gives the arbitration result of speaking right according to the time sequence of application, the setting of priority and the setting of speech forbidding condition.
And (3) speech right management: in the current VOIP intercom system (for example, Push to talk Over cellular poc service of china Mobile, which is standardized by Open Mobile Alliance OMA organization), the right of speech management adopted is to judge according to time, the first person allows speaking, the latter enters into a queue, and after the first person releases the PTT key, the first person sequentially sends signaling allowing speaking to the requester in the queue.
There are two significant differences between VOIP talkback and analog talkback: firstly, the system must rely on speech right management, the speech right of the traditional talkback is naturally formed by relying on the transmitting power (or distance, shielding condition and the like) and using discipline of the interphone, and the system does not have centralized speech right management; secondly, VOIP talkback depends on the mobile network, and is faced with various complex network environments, including packet loss (packet error), delay, jitter, and the like. Both of these can cause "maladaptive" problems for the user's use.
In the current VOIP intercom system, a time sequence talk right strategy with priority control is generally adopted, and people in a channel need to apply for the talk right by pressing a PTT key when speaking without giving off priority talkback (the relation between the priority talkback and the text is not great); in a channel, only one speaker can exist at a moment, so that the system distributes the speaking right in sequence according to the time of (receiving) speaking right application, the speaking right is obtained when the speaking right is applied first, the speaking right is applied later and enters a waiting queue, and if more than 2 persons apply, the rest persons except the first person sequentially enter the waiting queue.
Only the current speaker releases the PTT key, namely after the talk right is released, the system waits for the first person in the queue to obtain the talk right, and the system gives a prompt so that the applicant can speak. The person in the waiting queue must keep the PTT key pressed, and once released, it will indicate that the application is cancelled and the queue is exited. All people in the channel, both speaking and queuing, will receive signaling of the floor assignment and reporting by the queuing people. Thus, the person who is speaking, can see that someone is queuing, and he can therefore speak briefly; the person entering the queue can also know who has the right of speaking now and can therefore decide whether to queue or not.
In conclusion, the time sequence speaking right strategy accords with the principle that only one person speaks in the talkback channel, combines the advantages of a computer information system, and can report the state of applying for speaking in the channel to channel members; in a trained team, members can avoid the situation of speaking at the same time as much as possible, and rarely can insert the conversation (apply for the speaking right) when other people speak, so that the team communication efficiency is high.
However, when VOIP talkback is gradually popularized, most users are not used to "queue up" and especially when they encounter fluctuations in network conditions, the chronological speaking right strategy becomes too stiff, which will seriously affect the user experience. The speaking right of time sequence, the delay of each person can influence the people who queue behind, and the experience of the people behind is lowered; and for everyone, applying for several seconds (when the network is bad, it may take several seconds to get the arbitration result), and getting only one queued message, the experience is also unacceptable.
Therefore, the existing sequential talk right strategy has the following disadvantages:
1. the person who applies for the speaking right and enters the queue can hear the speaking of other people (obtaining the speaking right), which is different from the using habit of the traditional interphone. In the traditional talkback, the user can speak by pressing a PTT key. (whether someone else hears, which is not guaranteed in a conventional intercom system.)
2. When a PTT key is pressed to apply for speaking, if a queuing result is obtained, the PTT key is released to listen to the speaking of other people in general. Equal to application failure, most equates to no queuing.
3. Even if people are in line, speaking one after the other, the delay between the two people is still affected by the network and this delay delays the overall talk (including queuing) activity. There is a gap between the speech of two people, not one after the other, at the side of the listener.
4. If the people are untrained, the mechanism of queuing by pressing the PTT key by the applicant does not conform to the habit of most people, and the success rate of 'getting on line (getting the right of speaking)' is very low (only 1 person succeeds by 10 persons, and the success rate is 10%).
Disclosure of Invention
The invention aims to solve the technical problem of providing an intelligent talk right real-time talkback implementation method based on an intelligent machine and an internet public network, and providing a more reasonable talkback talk right control strategy, so that the user experience and the real-time performance of public network talkback are improved.
In order to realize the technical effect, the invention discloses an intelligent speaking right real-time talkback realization method, which comprises the following steps:
setting a certain number of speaking rights for each talkback group;
after receiving a speaking right request sent by a user terminal, distributing speaking rights according to the number of the current remaining idle speaking rights in the talkback group;
when the number of the idle talk right currently remaining in the talkback group meets the allocation of the talk right request, allocating the talk right to the user terminal, informing the user terminal of the information of the granted talk right, and broadcasting the information of the talk right control acquired by the user terminal to the client terminal in the talkback group;
when the number of the current remaining free speaking rights does not meet the allocation of the speaking right request, the information of failed speaking right application or the information of queuing is notified to the user terminal;
after receiving the information of granting the speaking right, the user terminal uploads the media data to be played to a media server;
after receiving the information that the user terminal obtains the talk right control, the client terminal in the talkback group generates a dedicated decoding module and a virtual playing channel for the user terminal, decodes the media data of the corresponding user terminal in the media server by using the decoding module, sends the decoded media data to the corresponding virtual playing channel, and plays the media data in the client terminal.
The method for realizing the intelligent real-time speaking right talkback is further improved in that after receiving the information of speaking right control obtained by a plurality of user terminals, the client terminal respectively generates a dedicated decoding module and a virtual playing channel for the plurality of user terminals, decodes the media data of the plurality of corresponding user terminals in the media server by using the plurality of decoding modules and sends the decoded media data to the plurality of corresponding virtual playing channels; and mixing the media data in the virtual playing channels, delivering the mixed media data to real playing equipment of the client terminal, and performing mixed-sound playing on the media data of the client terminals.
The intelligent speaking right real-time talkback realization method is further improved in that when the number of the current remaining idle speaking rights does not meet the distribution of speaking right requests, the queuing information is notified to the user terminal requesting the speaking right, and the speaking right requests of the user terminal are listed in a queuing queue;
and when the speaking right request of the user terminal is positioned at the highest priority of the queuing queue and the quantity of the current remaining idle speaking rights meets the distribution of the speaking right request of the user terminal with the highest priority, distributing the speaking right, informing the user terminal of the information of granting the speaking right, and broadcasting the information of acquiring the speaking right control by the user terminal to the client terminal.
The intelligent speaking right real-time talkback implementation method is further improved in that the queuing queue is arranged according to time sequence and/or according to the size of the authority.
The method for realizing the intelligent real-time speaking right intercommunication is further improved in that the method further comprises the following steps: and setting a speaking right management authority, and releasing the speaking right of the user terminal according to the speaking right management authority in the process that the user terminal enjoys the speaking right.
The method for realizing the intelligent real-time speaking right intercommunication is further improved in that the method further comprises the following steps: and setting speaking right timing management, timing the speaking right after the speaking right is granted, and automatically releasing the speaking right after the timing reaches the configuration time.
The intelligent speaking right real-time talkback realizing method is further improved in that the number of the current remaining idle speaking rights is equal to the set speaking right number minus the currently distributed speaking right number.
The intelligent speaking right real-time talkback realization method is further improved in that after receiving a speaking right request sent by a user terminal, the speaking right is distributed according to the number of the current remaining idle speaking rights by the following method, including;
the number of the current remaining idle speaking right is n, n is more than or equal to 1, the number of the current remaining idle speaking right meets the allocation of the speaking right request, the speaking right is allocated, and the number of the speaking right is reduced to n-1;
the number of the idle speaking right left currently is n, n is 0, and the number of the idle speaking right left currently does not meet the allocation of the speaking right request.
The intelligent real-time speaking right talkback implementation method is further improved in that when the set speaking right number is infinite, any user terminal does not need to queue and directly obtains information of granting the speaking right.
The method for realizing the intelligent real-time speaking right intercommunication is further improved in that the user terminal and the client terminal are intelligent machines connected to the Internet public network.
Due to the adoption of the technical scheme, the invention has the following beneficial effects:
1. after the speaking right is distributed, the speaking right control informs the user terminal applying the speaking right of the information granted to the speaking right, and simultaneously informs other users (client terminals) in the talkback group of the information obtained by the user terminal for the speaking right control, so that the other users can monitor the media activity of the user terminal in real time, realize real-time listening, and more approach to the natural communication mode of people.
2. After receiving a one-time talk right request sent by a user terminal, the talk right control automatically completes the subsequent operations of giving, depriving, queuing for application, releasing and the like of the talk right, does not need to press a talk-back key for a long time to talk, and does not influence the normal work of a user.
3. The speaking right control is provided with a speaking right management right which can release the speaking right of the user terminal with the speaking right according to the requirement of the speaking right management right, so that the priority user can carry out speaking right robbery conveniently, and if someone talks all the time and needs to speak in emergency, the user can apply for the speaking right robbery and directly speak.
4. The talk right control is provided with talk right timing management, the talk right is managed by the talk right timing management for timing, and the talk right is automatically released after the timing reaches the configuration time, so that the situation that the talk right is infinitely occupied due to the fact that someone mistakenly presses the talk key or even the hardware of the talk key is bad, and nobody can talk is avoided.
Drawings
Fig. 1 is a flow chart of an implementation method of intelligent speaking right real-time talkback according to the present invention.
Fig. 2 is a functional module diagram of an intelligent speaking right real-time intercom implementation method of the present invention.
Fig. 3 is a schematic view of dynamic processing of an intelligent real-time speaking right intercom implementation method of the present invention.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings and specific embodiments.
The embodiments of the present invention are described below with reference to specific embodiments, and other advantages and effects of the present invention will be easily understood by those skilled in the art from the disclosure of the present specification. The invention is capable of other and different embodiments and of being practiced or of being carried out in various ways, and its several details are capable of modification in various respects, all without departing from the spirit and scope of the present invention.
It should be noted that the structures, ratios, sizes, and the like shown in the drawings attached to the present specification are only used for matching the disclosure of the present specification, so as to be understood and read by those skilled in the art, and are not used to limit the conditions of the present invention, so that the present invention has no technical essence, and any structural modification, ratio relationship change, or size adjustment should still fall within the scope of the present invention without affecting the efficacy and the achievable purpose of the present invention. In addition, the terms "upper", "lower", "left", "right", "middle" and "one" used in the present specification are for clarity of description, and are not intended to limit the scope of the present invention, and the relative relationship between the terms and the terms is not to be construed as a scope of the present invention.
The invention provides an intelligent speaking right real-time talkback realization method based on an intelligent machine and an internet public network, which allows all users applying speaking rights to immediately obtain speaking rights (the situation of unlimited speaking right quantity) or queue to obtain speaking rights through intelligent speaking right control (the situation of limited speaking right quantity), and can carry out various operations of endowing, depriving, applying, releasing and the like on the speaking rights. The simultaneous speaking can be realized for single, or multiple, or all users who obtain the speaking right, thereby realizing excellent experiences such as single talkback, duplex talkback, many people talkback simultaneously and the like. The invention provides a more reasonable talkback right control strategy, thereby improving the user experience and the real-time performance of public network talkback. A certain talk right limit can be granted, for example, 3-5 for flexible deployment. The invention can help the client to realize flexible application scene, and changes the old idea that the traditional talkback can only be used for 1 person, so that the talkback is closer to the natural communication mode.
Referring to fig. 1 in detail, fig. 1 is a flowchart of an intelligent speaking right real-time intercom implementation method of the present invention, and the intelligent speaking right real-time intercom implementation method mainly includes the following steps:
s001: setting a certain number of speaking rights for each talkback group;
when the number of the speaking right is configured to be infinite (such as 1 hundred million), any user terminal does not need to queue and directly obtains the information of the speaking right;
when the number of the speaking right is configured to be the limited number of the speaking right, the speaking right is distributed or queued to obtain the speaking right through intelligent speaking right control.
S002: after receiving a speaking right request sent by a user terminal, allocating speaking rights according to the number of the remaining idle speaking rights;
the number of the current remaining idle speaking right is equal to the set speaking right number minus the currently distributed speaking right number; after receiving a speaking right request sent by a user terminal, the method can distribute speaking rights according to the number of the current remaining idle speaking rights, including;
assuming that the number of the remaining idle speaking rights is n, when n is larger than or equal to 1, the number of the remaining idle speaking rights meets the allocation of the speaking right request (namely, any user applying the speaking right can directly obtain the speaking right when the number of the speaking rights is not conflicted with each other), at the moment, the speaking right control system allocates the speaking right, and for the speaking right control system, the number of the speaking rights is directly reduced by n-1;
if the number of the idle speaking right left at present is n, and n is 0, then when the user terminal applies for the speaking right, the speaking right control system judges that the number of the idle speaking right left at present does not satisfy the allocation of the speaking right request.
S003: when the number of the remaining idle speaking right meets the allocation of the speaking right request, allocating the speaking right, informing the user terminal requesting the speaking right of the information granted to the speaking right, and broadcasting the information of the user terminal obtaining the speaking right control to the client terminal (the client terminal is other user terminals in the talkback group);
s004: when the number of the remaining idle speaking right does not meet the allocation of the speaking right request, the information of failed speaking right application or the information of queuing is notified to the user terminal requesting the speaking right;
when the number of the remaining idle speaking right does not meet the allocation of the speaking right request, the user terminal requesting the speaking right can be informed of the queuing information, and the speaking right request of the user terminal is listed in a queuing queue, wherein the queuing queue comprises the queuing according to time sequence and/or the permission size;
when the speaking right request of the user terminal in the queue is positioned at the highest priority of the queue, and the number of the current remaining idle speaking rights meets the allocation of the speaking right request of the user terminal with the highest priority (the number n of the idle speaking rights is more than or equal to 1), the system automatically allocates the speaking right for the user terminal, informs the user terminal of the information of the granted speaking right, and broadcasts the information of the user terminal obtaining the speaking right control to all other client terminals in the talkback group.
S005: after receiving the information of granting the speech right, the user terminal requesting the speech right uploads the media data to be played to the media server;
s006: after receiving the information that the user terminal obtains the talk right control, the client terminal generates a dedicated decoding module and a virtual playing channel for the user terminal, decodes the media data corresponding to the user terminal in the media server by using the decoding module, sends the decoded media data to the corresponding virtual playing channel, and plays the media data in the client terminal.
After receiving information of speaking right control obtained by a plurality of user terminals, the client terminal respectively generates a dedicated decoding module and a virtual playing channel for the plurality of user terminals, decodes media data of the plurality of user terminals corresponding to the media server by using the plurality of decoding modules, and sends the decoded media data to the corresponding plurality of virtual playing channels; and mixing the media data in the virtual playing channels, delivering the mixed media data to real playing equipment of the client terminal, and performing mixed-sound playing on the media data of the client terminals. Therefore, the client terminal has the function of receiving, decoding and playing the media data of a plurality of user terminals at the same time.
The above steps form the general idea of the intelligent speaking right real-time talkback implementation method of the invention, in the speaking right control, after the speaking right is distributed, the information granted to the speaking right is notified to the user terminal applying the speaking right, and simultaneously the information obtained by the user terminal and controlling the speaking right is notified to all other users (client terminals) in the talkback group, so that other users can monitor the media activity of the user terminal in real time, realize real-time listening, more approach to the natural communication mode of people, can speak when wanting to speak, and have no background sound when not wanting to speak. And the speaking right control automatically completes the following operations of giving, depriving, queuing, applying, releasing and the like to the speaking right after receiving a one-time speaking right request sent by the user terminal, and does not need to press the talk-back key for a long time, thereby not influencing the normal work of the user.
Furthermore, the method for realizing the intelligent speaking right real-time talkback further comprises the following steps: and setting a speaking right management authority, and releasing the speaking right of the user terminal according to the speaking right management authority in the process that the user terminal enjoys the speaking right. The user terminal with the speech right can be released according to the requirement of the speech right management authority, so that the priority user can carry out speech right robbery conveniently, and if someone talks all the time and needs to talk in emergency, the user can apply for the speech right robbery and directly talk.
The intelligent speaking right real-time talkback realizing method of the invention also comprises the following steps: and setting speaking right timing management, timing the speaking right after the speaking right is granted, and automatically releasing the speaking right after the timing reaches the configuration time. The talk right is managed by using talk right timing to carry out timing, and after the timing reaches the configuration time, the talk right is automatically released, so that the situation that the talk right is infinitely occupied because someone mistakenly presses the talk key or even the hardware of the talk key is bad is avoided, and nobody can talk.
The following table 1 shows the code design of the speech right control signaling in the intelligent speech right real-time intercom implementation method, and the speech right control system can perform various operations such as giving, depriving, applying, releasing and the like on the speech right through the following codes.
TABLE 1 floor control signaling design
Referring to fig. 2 and fig. 3, fig. 2 is a functional module schematic diagram of an intelligent speaking right real-time intercom implementation method of the present invention, and fig. 3 is a dynamic processing schematic diagram of the intelligent speaking right real-time intercom implementation method of the present invention.
The user terminal and the client terminal in the invention are intelligent machines connected to the internet public network, such as a smart phone or a mobile PC, etc., and form an intercommunication group based on the internet public network, in the intercommunication group, the user terminal and the client terminal are in the equivalent status, and are users, and can be a speaking right controller and a listener, for convenience of description, the user who applies for and has the speaking right is called the user terminal, and the listener is used as the client terminal. In the application of the invention, the multi-talk right real-time talkback control based on the intelligent machine and the internet public network can be realized only by downloading one talk right control server 11 (such as APP) to the corresponding intelligent machine, and the talk right control server 11 is provided with a talk right control list 111 so as to arrange the talk right distribution information and queue the talk right requests (such as a queue). A plurality of user terminals 12 under the talk right control server 11 are wirelessly connected to the talk right control server 11 and the media server 13 through the internet public network; the media server 13 is a media service cluster, and is provided with a media queue 131 to arrange media data uploaded by each user terminal 12. Each user terminal 12 is provided with a virtual playing engine 121, a video and audio controller 122 and a playing device 123, wherein the virtual playing engine 121 can be used to generate a decoding module and a virtual playing channel, and the decoding module and the virtual playing channel are identified by the video and audio controller 122 and then delivered to the real playing device 123 for video and audio playing.
With reference to fig. 1 to 3, a speaking right control method using an intelligent speaking right real-time intercom implementation method is specifically described, which includes:
1.1 supposing that the current idle talk right number is n, when n >1, any user terminal applying talk right can directly obtain talk right under the condition that the talk right numbers are not conflicted with each other, for the talk right control system, the talk right number is directly reduced to n-1, and the talk right control system broadcasts the information that the user obtains talk right control to other users (client terminals) in the talk group, so that the other users can monitor the media activity of the user in real time to realize real-time listening.
1.2 supposing that the number of idle talk burst is n-0, when there is a user terminal applying talk burst, there can be two flexible strategies to answer, one is to directly notify the applicant that the talk burst application fails, and the other processing strategy is to notify the applicant that the user is queuing, and once there is another user releasing talk burst, in the queue, the user with the highest queuing priority (for example, the waiting time is longest, for example, the authority is greatest) is granted talk burst, and all users in the talk-back group are notified to process according to the 1.1 condition.
1.3 when the client terminal receives the speaking right notice that a certain user terminal obtains the speaking right, the client terminal generates a decoding module and a virtual playing channel which are exclusive for the user terminal. Assuming that the number of users currently obtaining the number of talk rights is m, in the processing logic of the corresponding client terminal, there will be m decoding modules in total to decode the media data of the m corresponding user terminals, and send the decoded media to the virtual play channel corresponding to the user.
1.4 before the media data are really delivered to the real playing device, the media data of the virtual playing channels are mixed, so that the client terminal can receive, decode and play m user media simultaneously.
Compared with the traditional VOIP talkback, the intelligent speaking right real-time talkback implementation method has the following beneficial effects:
1. after the system distributes the speaking right, the system informs the information of the granted speaking right to the user terminal applying the speaking right, and simultaneously informs all other users (client terminals) in the talkback group of the information of the user terminal obtaining the speaking right control, so that the other users can monitor the media activity of the user terminal in real time, realize real-time listening, more approach to the natural communication mode of people, can speak when wanting to speak, and have no background sound when not wanting to speak.
2. After receiving a one-time speaking right request sent by a user terminal, the system automatically completes the subsequent operations of giving, depriving, queuing, applying, releasing and the like of the speaking right, does not need to press a talk-back key for speaking for a long time, and does not influence the normal work of a user.
3. The system is provided with a speech right management authority which can release the speech right of the user terminal with the speech right according to the requirements of the speech right management authority, so that the priority user can conveniently carry out speech right robbery, and if someone talks all the time and needs to speak in emergency, the system can apply for the speech right robbery and directly speak.
4. The system is provided with speaking right timing management, the speaking right is managed by utilizing the speaking right timing to carry out timing, and after the timing reaches the configuration time, the speaking right is automatically released, so that the situation that the speaking right is infinitely occupied due to the fact that a person mistakenly presses an speaking key or even the hardware of the speaking key is bad, and no person can speak is avoided.
Although the present invention has been described with reference to a preferred embodiment, it should be understood that various changes, substitutions and alterations can be made herein without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (9)
1. An intelligent speaking right real-time talkback implementation method is characterized by comprising the following steps:
setting a certain number of speaking rights for each talkback group;
after receiving a speaking right request sent by a user terminal, distributing speaking rights according to the number of the current remaining idle speaking rights in the talkback group;
when the number of the idle talk right currently remaining in the talkback group meets the allocation of the talk right request, allocating the talk right to the user terminal, informing the user terminal of the information of the granted talk right, and broadcasting the information of the talk right control acquired by the user terminal to the client terminal in the talkback group;
when the number of the current remaining free speaking rights does not meet the allocation of the speaking right request, the information of failed speaking right application or the information of queuing is notified to the user terminal;
after receiving the information of granting the speaking right, the user terminal uploads the media data to be played to a media server;
after receiving information that a user terminal obtains a talk right control, a client terminal in the talkback group generates a dedicated decoding module and a virtual playing channel for the user terminal, decodes media data of the corresponding user terminal in the media server by using the decoding module, sends the decoded media data to the corresponding virtual playing channel, and plays the media data in the client terminal;
the user terminal and the client terminal form an intercommunication group based on the Internet public network; and the number of the first and second electrodes,
after receiving the information of the speaking right control obtained by a plurality of user terminals, the client terminal respectively generates a dedicated decoding module and a virtual playing channel for the plurality of user terminals, decodes the media data of the plurality of corresponding user terminals in the media server by using the plurality of decoding modules, and sends the decoded media data to the plurality of corresponding virtual playing channels; and mixing the media data in the virtual playing channels, delivering the mixed media data to real playing equipment of the client terminal, and performing mixed-sound playing on the media data of the client terminals.
2. The method for implementing intelligent speaking right real-time talkback according to claim 1, characterized in that:
when the number of the remaining idle speaking right does not meet the allocation of the speaking right request, the information which is queuing is informed to the user terminal which requests the speaking right, and the speaking right request of the user terminal is listed in a queuing queue;
and when the speaking right request of the user terminal is positioned at the highest priority of the queuing queue and the quantity of the current remaining idle speaking rights meets the distribution of the speaking right request of the user terminal with the highest priority, distributing the speaking right, informing the user terminal of the information of granting the speaking right, and broadcasting the information of acquiring the speaking right control by the user terminal to the client terminal.
3. The method for implementing intelligent speaking right real-time talkback as claimed in claim 2, wherein: the queuing queue is arranged according to time sequence and/or according to the authority size.
4. The method for implementing intelligent speaking right real-time intercommunication according to claim 1, further comprising: and setting a speaking right management authority, and releasing the speaking right of the user terminal according to the speaking right management authority in the process that the user terminal enjoys the speaking right.
5. The method for implementing intelligent speaking right real-time intercommunication according to claim 1, further comprising: and setting speaking right timing management, timing the speaking right after the speaking right is granted, and automatically releasing the speaking right after the timing reaches the configuration time.
6. The method for implementing intelligent speaking right real-time talkback according to claim 1, characterized in that: the number of currently remaining free talk spurts is equal to the set number of talk spurts minus the number of currently assigned talk spurts.
7. The method for implementing intelligent speaking right real-time talkback according to claim 6, characterized in that after receiving a speaking right request sent by a user terminal, the speaking right is distributed according to the number of the currently remaining idle speaking rights, including;
the number of the current remaining idle speaking right is n, n is more than or equal to 1, the number of the current remaining idle speaking right meets the allocation of the speaking right request, the speaking right is allocated, and the number of the speaking right is reduced to n-1;
the number of the idle speaking right left currently is n, n is 0, and the number of the idle speaking right left currently does not meet the allocation of the speaking right request.
8. The method as claimed in claim 7, wherein the method comprises: when the set number of the speaking right is infinite, any user terminal does not need to queue and directly obtains the information of the speaking right.
9. The method for implementing intelligent speaking right real-time talkback according to claim 1, characterized in that: the user terminal and the client terminal are intelligent machines connected to the Internet public network.
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| CN107241113A (en) * | 2017-05-12 | 2017-10-10 | 深圳市普天宜通技术股份有限公司 | Digital Clustering intercommunication method, system, Digital Clustering intercom and storage medium |
| CN107317825B (en) * | 2017-08-09 | 2021-03-02 | 贵阳朗玛信息技术股份有限公司 | Multi-person voice conference chat method and device |
| CN107659902A (en) * | 2017-08-16 | 2018-02-02 | 北京中兴高达通信技术有限公司 | The phone system and method for network audio mixing |
| CN107733848A (en) * | 2017-08-16 | 2018-02-23 | 北京中兴高达通信技术有限公司 | The phone system and method for terminal audio mixing |
| CN108924504B (en) * | 2018-07-27 | 2021-02-09 | 中船电子科技有限公司 | Custom smuggling law enforcement single police comprehensive information interaction method |
| CN109005516A (en) * | 2018-08-01 | 2018-12-14 | 北京中兴高达通信技术有限公司 | The transmission method and device of Media Stream |
| CN111212334A (en) * | 2018-11-22 | 2020-05-29 | 星锐科技股份有限公司 | Intelligent interphone system |
| CN109831833B (en) * | 2019-03-18 | 2021-01-05 | 成都极客通科技有限公司 | Emergency call-in system and method based on sound mixing control |
| CN111770238B (en) * | 2020-06-22 | 2022-05-13 | 上海纳雅智能科技有限公司 | Customer service wireless communication system, method and related components |
| CN112381240A (en) * | 2020-10-23 | 2021-02-19 | 岭东核电有限公司 | Collective talkback data processing method and device, computer equipment and storage medium |
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