CN111654661B - Video conference annotation method, video conference server and storage medium - Google Patents
Video conference annotation method, video conference server and storage medium Download PDFInfo
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- CN111654661B CN111654661B CN202010553488.6A CN202010553488A CN111654661B CN 111654661 B CN111654661 B CN 111654661B CN 202010553488 A CN202010553488 A CN 202010553488A CN 111654661 B CN111654661 B CN 111654661B
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Abstract
The invention discloses a video conference commenting method, a video conference server and a storage medium, wherein the method comprises the following steps: receiving the operation of scanning the two-dimension code on the sharing screen by at least one participant in the multi-party video conference, and sending the explanation content of the current video conference to the participant who has scanned the code; and receiving annotation information for annotating the explanation content by the participants, and sending the annotation information to the sharing screens of all members participating in the video conference. According to the invention, when the multi-person video conference is carried out, a plurality of participants can talk back and explain the content in real time and share the content on the sharing screen of all the participants, so that the participation degree and the intuition of the participants in publishing viewpoints are improved, the communication efficiency of conference subjects is improved, and the problem of low communication efficiency of the current intelligent video conference system is solved.
Description
Technical Field
The invention relates to the technical field of video conference servers, in particular to a video conference annotation method, a video conference server and a storage medium.
Background
The current intelligent conference supports an interpreter (host) to perform point-and-comment on a file during explanation, other participants can only perform dictation description based on a video conference system when the content of the explanation is problematic or a published suggestion needs to be modified, and particularly when the point-and-comment is required to be performed on the file, a picture is drawn, and other people's viewpoints are modified, the viewpoints of the participants are difficult to visually express through the intelligent conference system.
That is, the current intelligent video conference comment discussion mode is single, real-time packet comment discussion is not available, and the discussion result cannot be output in a packet form, so that the communication efficiency of the current intelligent video conference system is low.
Accordingly, the prior art is yet to be improved and developed.
Disclosure of Invention
The invention mainly aims to provide a video conference commenting method, a video conference server and a storage medium, and aims to solve the problem that the communication efficiency of the current intelligent video conference system in the prior art is low.
In order to achieve the above object, the present invention provides a method for annotating a video conference, which comprises the following steps:
receiving the operation of scanning the two-dimension code on the sharing screen by at least one participant in the multi-party video conference, and sending the explanation content of the current video conference to the participant who has scanned the code;
and receiving annotation information for annotating the explanation content by the participants, and sending the annotation information to the sharing screens of all members participating in the video conference.
Optionally, the method for annotating a video conference, wherein the receiving annotation information that the participant annotates the explanation content and sending the annotation information to a shared screen of all members participating in the video conference, further comprises:
and when the subjects corresponding to the annotation information pass, forming resolution by the annotation results of the subjects, generating a conference summary according to the resolution, and sending the conference summary to the sharing screens of all the members participating in the video conference.
Optionally, the video conference annotation method, wherein the receiving of an operation of scanning a two-dimensional code on a shared screen by at least one participant in a multi-party video conference and sending an explanation content of a current video conference to the participant who has scanned the code specifically includes:
when the real-time annotation function is started by receiving the operation of a host in a participant, displaying the two-dimensional code entering the real-time annotation on a shared screen of the video conference;
receiving the operation of scanning the two-dimensional code on the sharing screen by at least one participant in the video conference, distributing the authority of real-time annotation to the participant who has scanned the code, and completing login authentication of the participant who has scanned the code;
the method comprises the steps of obtaining explanation content of a current video conference, wherein the explanation content comprises unapproved explanation content and explanation content annotated by other participants, and sending the explanation content to the participants who have scanned codes.
Optionally, the method for annotating a video conference, wherein the receiving annotation information that the participant annotates the explanation content and sending the annotation information to a shared screen of all members participating in the video conference specifically includes:
receiving the operation that the scanned conferees annotate the editable explanation content in real time through an annotation tool, and acquiring annotation information of completed annotation to generate annotation records;
receiving annotation records of all participants participating in annotation, selecting one or more annotation records in all the annotation records to send to a sharing screen of all the members participating in the video conference, or sending all the annotation records to the sharing screen of all the members participating in the video conference after sequencing according to a display sequence.
Optionally, the video conference annotation method, wherein the receiving of an operation of scanning a two-dimensional code on a shared screen by at least one participant in a multi-party video conference and sending an explanation content of a current video conference to the participant who has scanned the code specifically includes:
when at least two participants need to communicate with each other and annotate together, a video conference subgroup is created, and the situation that at least two participants join the video conference subgroup is received;
when the real-time annotation function is started by receiving the operation of a host in a participant, displaying the two-dimensional code entering the real-time annotation on a shared screen of the video conference;
receiving the operation of scanning two-dimensional codes on a shared screen by all the participants in the video conference subgroup, distributing the authority of real-time annotation to all the participants in the video conference subgroup, and completing login authentication of all the participants in the video conference subgroup;
and acquiring the subject information, sending a subject editable file to all participants in the video conference subgroup, and creating a subgroup name with the subject as a name.
Optionally, the method for annotating a video conference, wherein the receiving annotation information that the participant annotates the explanation content and sending the annotation information to a shared screen of all members participating in the video conference specifically includes:
receiving the operation that all participants in the video conference subgroup annotate the editable issue in real time through an annotation tool, and acquiring annotation information of completed annotation to generate an annotation record, wherein the annotation record comprises: inviter and topic subgroup names;
receiving the annotation records of all the participants in the video conference subgroup, selecting one or more annotation records in all the annotation records to send to the sharing screens of all the members participating in the video conference, or sending all the annotation records to the sharing screens of all the members participating in the video conference after sequencing according to the display sequence.
Optionally, the video conference annotation method includes: topic, endorsement content, attendees and time.
Optionally, the method for annotating a video conference, wherein the conference summary comprises: topics, endorsement headings, resolution, time, and attendees;
the annotation broker is the annotation information of all participants participating in annotation;
the resolution is the final confirmed annotation result of the participator.
In addition, to achieve the above object, the present invention further provides a video conference server, wherein the video conference server includes: a memory, a processor and a videoconference annotation program stored on the memory and executable on the processor, the videoconference annotation program when executed by the processor implementing the steps of the videoconference annotation method as described above.
In addition, in order to achieve the above object, the present invention further provides a storage medium, wherein the storage medium stores a video conference annotation program, and the video conference annotation program implements the steps of the video conference annotation method as described above when executed by a processor.
The method comprises the steps of receiving the operation of scanning the two-dimension code on a shared screen by at least one participant in a multi-party video conference, and sending the explanation content of the current video conference to the participant who has scanned the code; and receiving annotation information for annotating the explanation content by the participants, and sending the annotation information to the sharing screens of all members participating in the video conference. According to the invention, when the multi-person video conference is carried out, a plurality of participants can talk back and explain the content in real time and share the content on the sharing screen of all the participants, so that the participation degree and the intuition of the participants in publishing viewpoints are improved, the communication efficiency of conference subjects is improved, and the problem of low communication efficiency of the current intelligent video conference system is solved.
Drawings
FIG. 1 is a flow chart of a preferred embodiment of a video conference annotation process of the present invention;
FIG. 2 is a schematic diagram illustrating the overall process of video conference annotation in the preferred embodiment of the video conference annotation method of the present invention;
fig. 3 is a schematic flow chart of the method for annotating a video conference according to the present invention, wherein the method for annotating a video conference includes the steps of annotating participants directly;
fig. 4 is a schematic flow chart of annotation after communication between groups of participants in the preferred embodiment of the annotation method for video conference;
fig. 5 is a schematic operating environment diagram of a videoconference server according to a preferred embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention clearer and clearer, the present invention is further described in detail below with reference to the accompanying drawings and examples. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
As shown in fig. 1, the video conference annotation method according to the preferred embodiment of the present invention includes the following steps:
and step S10, receiving the operation of scanning the two-dimension code on the sharing screen by at least one participant in the multi-party video conference, and sending the explanation content of the current video conference to the participant who has scanned the code.
Specifically, the invention aims at a multi-party online video conference, when the multi-party online video conference is started, a host in the multi-party online video conference can set a function which can be annotated by multiple parties in real time to be on or off in the video conference process, if the function is set to be on, a two-dimensional code annotated in real time is presented on a sharing screen of the video conference for any participant of multiple participants to scan codes, and when the participant obtains the explanation content of the current sharing screen by scanning the two-dimensional code.
And step S20, receiving annotation information of the conferee annotating the explanation content, and sending the annotation information to the sharing screens of all members participating in the video conference.
Specifically, after a participant obtains the explanation content of the current shared screen by scanning the two-dimensional code, the participant can annotate the file content (namely the explanation content), the annotation can be in modes such as circle points, characters, pictures and others (the annotation information of others is modified), the annotation information (topic + annotation content + participant + time) which is annotated by the participant returns to the video conference server (namely the intelligent conference server), the video conference server issues the annotation information to the shared screens of all the members participating in the conference, the annotation information is displayed on the video layer in a suspending mode, and all the members participating in the conference can see the annotation information of the participant through the intelligent conference shared screen.
In addition, when the subjects corresponding to the annotation information pass, forming a resolution according to the annotation results of the subjects, generating a conference summary according to the resolution (the conference summary comprises subjects, the annotation summary, a resolution, time and participants, the annotation summary is the annotation information of all participants who participate in annotation, and the resolution is the annotation result finally confirmed by the participants), and sending the conference summary to the sharing screens of all the members who participate in the video conference.
Further, as shown in fig. 2, the online video conference of the present invention may include a plurality of participants, for example, a user a, a user B, a user C, a user D, ·, and a user N (N is a positive integer) in fig. 2, assuming that the user a is a host (equivalent to an instructor or a coordinator of the conference) in the video conference, the video conference server has a function that the online video system supports camera video, voice transmission, and user registration authentication, and displays shared video streams, i.e., topic information on a desktop, the real-time annotation of the participants participating in the video conference in the present invention includes two annotation modes, one is that the participants directly annotate, and the other is that the participants group of the participants performs annotation after communicating, and the two modes are introduced below:
mode one, as shown in fig. 3:
step S11, when the real-time annotation function is started by receiving the operation of the host in the conference participant, the two-dimensional code entering the real-time annotation is displayed on the sharing screen of the video conference;
step S12, receiving the operation of scanning the two-dimension code on the sharing screen by at least one participant in the video conference, distributing the authority of real-time annotation to the participant who has scanned the code, and completing the login authentication of the participant who has scanned the code;
step S13, obtaining the explanation content of the current video conference, wherein the explanation content comprises the unapproved explanation content and the explanation content annotated by other participants, and sending the explanation content to the participants with scanned codes;
step S14, receiving the operation of real-time annotation of the edited explanation content by the scanned conferee through an annotation tool, and acquiring annotation information of completed annotation to generate an annotation record;
and step S15, receiving the annotation records of all participants participating in annotation, selecting one or more annotation records in all the annotation records to send to the sharing screens of all the members participating in the video conference, or sending all the annotation records to the sharing screens of all the members participating in the video conference after sequencing according to the display sequence.
For example, as shown in fig. 2, a user C (any one of participants) scans a two-dimensional code on a shared screen through a mobile phone, obtains real-time annotation authority and performs login authentication, obtains a desktop shared video stream, obtains topic information, a video conference server sends an editable file of the topic to the user C, the user C opens an annotation tool, performs real-time annotation on the topic content according to the topic content and own opinions, that is, adds a new annotation, and generates a new annotation record, or can directly obtain an editable file already annotated by other users when obtaining the topic information, that is, revises the annotations of other users, generates a new annotation record, and sends the generated new annotation record to the video conference server.
The video conference server receives the annotation records, selects whether to display the annotation records (for example, a conference host can review the annotation records of other participants, and selects whether to send the current annotation records to other participants for viewing according to the annotation conditions), or performs sequencing of the display sequence according to the annotation conditions when a plurality of annotation records exist, finally performs edition annotation version, generates an issue conference summary, continues to discuss, annotate and classify the next issue, generates an overall conference summary of the conference after all issues are finished, a host (namely a user A) issues the conference summary and the annotation summary, archives videos of the conference summary, the annotation summary and the video conference in the video conference server, and then dissembles the conference.
Mode two, as shown in fig. 4:
step S21, when at least two participants need to communicate with each other and annotate together, a video conference subgroup is created, and the participants are received to join the video conference subgroup;
step S22, when the real-time annotation function is started by receiving the operation of the host in the conference participant, the two-dimensional code entering the real-time annotation is displayed on the sharing screen of the video conference;
step S23, receiving the operation of scanning two-dimensional codes on a shared screen by all the participants in the video conference subgroup, distributing the authority of real-time annotation to all the participants in the video conference subgroup, and completing login authentication of all the participants in the video conference subgroup;
step S24, obtaining the subject information, sending the editable document of the subject to all the participants in the video conference subgroup, and creating a subgroup name with the subject as the name;
step S25, receiving an operation of all participants in the video conference subgroup for annotating the editable issue in real time by using an annotation tool, and acquiring annotation information with completed annotation to generate an annotation record, where the annotation record includes: inviter and topic subgroup names;
step S26, receiving the annotation records of all participants in the video conference subgroup, selecting one or more annotation records of all annotation records to send to the sharing screens of all members participating in the video conference, or sending all annotation records to the sharing screens of all members participating in the video conference after sorting according to the display sequence.
For example, as shown in fig. 2, a group annotation communication topic needs to be performed, for example, a user C and a user D perform team communication annotation, the user C needs to communicate with the user D and perform mutual annotation, a video conference subgroup can be created, the user C scans a two-dimensional code on a shared screen through respective mobile phones to obtain real-time annotation rights and perform login authentication, obtain a desktop shared video stream, obtain topic information, the video conference server sends an editable file of the topic to the user C and creates a subgroup name with the topic as a name, the user C invites an online video conference user D to enter the group, or invites non-video conference members to enter the group, the non-video conference members do not have video conference participation rights and only have subgroup annotation rights, the user entering the subgroup can open an annotation tool to annotate the topic content in real time according to the topic content and own opinions, namely, a new annotation is added to generate a new annotation record, or an editable file already annotated by other users can be directly acquired when the topic information is acquired, namely, the annotations of other users are corrected, a new annotation record (including an inviter and an topic subgroup name) is generated, the generated new annotation record is sent to a video conference server, then a subgroup of the topic annotation can be dispersed, or subgroup members are modified or kept to the next topic for subgroup annotation again.
The video conference server receives the annotation records, selects whether to display the annotation records (for example, a conference host can review the annotation records of other participants, and selects whether to send the current annotation records to other participants for viewing according to the annotation conditions), or performs sequencing of the display sequence according to the annotation conditions when a plurality of annotation records exist, finally performs edition annotation version, generates an issue conference summary, continues to discuss, annotate and classify the next issue, generates an overall conference summary of the conference after all issues are finished, a host (namely a user A) issues the conference summary and the annotation summary, archives videos of the conference summary, the annotation summary and the video conference in the video conference server, and then dissembles the conference.
The invention realizes multi-party real-time annotation, compared with the current intelligent video conference system which is additionally provided with a real-time video annotation module, the host can set the function as on or off in the video conference process, if the function is set to on then a real-time annotated two-dimensional code is presented on the shared screen of the videoconference, the participants can obtain the explanation content of the current screen by scanning the two-dimensional code and can annotate the file content, wherein the annotation can be in the modes of circle points, characters, pictures, others 'annotation correction and the like (others' annotation information is modified), the remarking information (topic + remarking content + attendees + time) of the attendees after remarking is returned to the video conference server, the video conference server issues the remarking information to the videos of all the attended conference members, the comment information is displayed on the video layer in a suspending mode through the comment layer, and all members participating in the conference can see the comment information of participants through the intelligent conference sharing screen. The multiple conference participants can send the annotation information on the same topic, the annotation information of the conference participants can be corrected by other conference participants, and the host can adjust the display sequence and the corresponding relation of the annotation information (the corresponding relation refers to the annotation correction relation).
And if the subjects pass the examination of all the participants, forming the final annotation result of the subjects into a resolution, sending the annotation result of the resolution to all the participant sharing screens through an annotation module, and forming a conference summary if the participants do not have a conference.
The conference summary includes an issue, an endorsement summary (endorsement information of all persons (issue + endorsement content + attendees + time)), a resolution (the endorsement result finally confirmed by attendees), time, attendees. The conference summary can be sent to the participants through the conference system in the form of videos, texts and pictures.
In addition, the user can invite a video conference participant to form a team to communicate with a certain subject in the video conference process, or invite a non-participating member to form a team to communicate with a certain subject, and generate a conference comment to a video conference subject video stream for communication discussion with the conference members.
The invention provides a real-time, rapid and efficient video conference communication method, and particularly provides a video conference tool capable of commenting conference discussion files in real time in a consistent manner when users participating in a video conference enter video conference terminals in an inconsistent manner, so that the communication efficiency of conference subjects is improved, and the problem of low communication efficiency of the current intelligent video conference system is solved.
Further, as shown in fig. 5, based on the above-mentioned video conference annotation method, the present invention also provides a video conference server, wherein the video conference server includes a processor, and a memory connected to the processor, and the memory stores a video generation program, and the video generation program is executed by the processor to implement the following steps of the video generation method:
receiving the operation of scanning the two-dimension code on the sharing screen by at least one participant in the multi-party video conference, and sending the explanation content of the current video conference to the participant who has scanned the code;
and receiving annotation information for annotating the explanation content by the participants, and sending the annotation information to the sharing screens of all members participating in the video conference.
The receiving of the comment information of the conferee annotating the explanation content and the sending of the comment information to the sharing screens of all the members participating in the video conference further comprises:
and when the subjects corresponding to the annotation information pass, forming resolution by the annotation results of the subjects, generating a conference summary according to the resolution, and sending the conference summary to the sharing screens of all the members participating in the video conference.
The receiving of the operation of scanning the two-dimensional code on the shared screen by at least one participant in the multi-party video conference and the sending of the explanation content of the current video conference to the participant who has scanned the code specifically comprises:
when the real-time annotation function is started by receiving the operation of a host in a participant, displaying the two-dimensional code entering the real-time annotation on a shared screen of the video conference;
receiving the operation of scanning the two-dimensional code on the sharing screen by at least one participant in the video conference, distributing the authority of real-time annotation to the participant who has scanned the code, and completing login authentication of the participant who has scanned the code;
the method comprises the steps of obtaining explanation content of a current video conference, wherein the explanation content comprises unapproved explanation content and explanation content annotated by other participants, and sending the explanation content to the participants who have scanned codes.
The receiving of the comment information that the participant commented on the explanation content and sending the comment information to the shared screens of all the members participating in the video conference specifically includes:
receiving the operation that the scanned conferees annotate the editable explanation content in real time through an annotation tool, and acquiring annotation information of completed annotation to generate annotation records;
receiving annotation records of all participants participating in annotation, selecting one or more annotation records in all the annotation records to send to a sharing screen of all the members participating in the video conference, or sending all the annotation records to the sharing screen of all the members participating in the video conference after sequencing according to a display sequence.
The receiving of the operation of scanning the two-dimensional code on the shared screen by at least one participant in the multi-party video conference and the sending of the explanation content of the current video conference to the participant who has scanned the code specifically comprises:
when at least two participants need to communicate with each other and annotate together, a video conference subgroup is created, and the situation that at least two participants join the video conference subgroup is received;
when the real-time annotation function is started by receiving the operation of a host in a participant, displaying the two-dimensional code entering the real-time annotation on a shared screen of the video conference;
receiving the operation of scanning two-dimensional codes on a shared screen by all the participants in the video conference subgroup, distributing the authority of real-time annotation to all the participants in the video conference subgroup, and completing login authentication of all the participants in the video conference subgroup;
and acquiring the subject information, sending a subject editable file to all participants in the video conference subgroup, and creating a subgroup name with the subject as a name.
The receiving of the comment information that the participant commented on the explanation content and sending the comment information to the shared screens of all the members participating in the video conference specifically includes:
receiving the operation that all participants in the video conference subgroup annotate the editable issue in real time through an annotation tool, and acquiring annotation information of completed annotation to generate an annotation record, wherein the annotation record comprises: inviter and topic subgroup names;
receiving the annotation records of all the participants in the video conference subgroup, selecting one or more annotation records in all the annotation records to send to the sharing screens of all the members participating in the video conference, or sending all the annotation records to the sharing screens of all the members participating in the video conference after sequencing according to the display sequence.
Wherein the annotation information comprises: topic, endorsement content, attendees and time; the conference summary includes: topics, endorsement headings, resolution, time, and attendees; the annotation broker is the annotation information of all participants participating in annotation; the resolution is the final confirmed annotation result of the participator.
The invention also provides a storage medium, wherein the storage medium stores a video conference annotation program, and the video conference annotation program realizes the steps of the video conference annotation method when being executed by a processor.
In summary, the present invention provides a video conference annotation method, a video conference server and a storage medium, wherein the method includes: receiving the operation of scanning the two-dimension code on the sharing screen by at least one participant in the multi-party video conference, and sending the explanation content of the current video conference to the participant who has scanned the code; and receiving annotation information for annotating the explanation content by the participants, and sending the annotation information to the sharing screens of all members participating in the video conference. According to the invention, when the multi-person video conference is carried out, a plurality of participants can talk back and explain the content in real time and share the content on the sharing screen of all the participants, so that the participation degree and the intuition of the participants in publishing viewpoints are improved, the communication efficiency of conference subjects is improved, and the problem of low communication efficiency of the current intelligent video conference system is solved.
Of course, it will be understood by those skilled in the art that all or part of the processes of the methods of the above embodiments may be implemented by a computer program instructing relevant hardware (such as a processor, a controller, etc.), and the program may be stored in a computer readable storage medium, and when executed, the program may include the processes of the above method embodiments. The storage medium may be a memory, a magnetic disk, an optical disk, etc.
It is to be understood that the invention is not limited to the examples described above, but that modifications and variations may be effected thereto by those of ordinary skill in the art in light of the foregoing description, and that all such modifications and variations are intended to be within the scope of the invention as defined by the appended claims.
Claims (10)
1. A video conference annotation method is characterized by comprising the following steps:
receiving an operation of scanning a two-dimensional code on a shared screen by at least one participant in a multi-party video conference, and sending explanation content of the current video conference to the participant who has scanned the code, wherein the explanation content comprises explanation content which is not annotated and explanation content which is annotated by other participants;
receiving annotation information for annotating the explanation content by the participants and sending the annotation information to a shared screen of all members participating in the video conference, wherein the annotation information is obtained by annotating the explanation content by the participants through a mode of circle points, characters, pictures and others' annotation;
in the video conference process, non-participating members are invited to form a team to communicate with the conference on the basis of an invitation instruction of a user, and a conference comment is generated and is sent to a video stream of the video conference for communication and discussion with the conference members.
2. The method of claim 1, wherein the receiving of the comment information of the participants for commenting the explanation content and sending the comment information to a shared screen of all members participating in the video conference further comprises:
and when the subjects corresponding to the annotation information pass, forming resolution by the annotation results of the subjects, generating a conference summary according to the resolution, and sending the conference summary to the sharing screens of all the members participating in the video conference.
3. The method according to claim 1, wherein the receiving of the operation of scanning the two-dimensional code on the shared screen by at least one participant in the multi-party video conference and the sending of the explanation content of the current video conference to the participant who has scanned the code specifically comprises:
when the real-time annotation function is started by receiving the operation of a host in a participant, displaying the two-dimensional code entering the real-time annotation on a shared screen of the video conference;
receiving the operation of scanning the two-dimensional code on the sharing screen by at least one participant in the video conference, distributing the authority of real-time annotation to the participant who has scanned the code, and completing login authentication of the participant who has scanned the code;
the method comprises the steps of obtaining explanation content of a current video conference, wherein the explanation content comprises explanation content which is not annotated and explanation content which is annotated by other participants, and sending the explanation content to the participants who have scanned codes.
4. The method according to claim 3, wherein the receiving annotation information that the participant annotates the explanation content and sending the annotation information to a shared screen of all members participating in the video conference specifically comprises:
receiving the operation that the scanned conferees annotate the editable explanation content in real time through an annotation tool, and acquiring annotation information of completed annotation to generate annotation records;
receiving annotation records of all participants participating in annotation, selecting one or more annotation records in all the annotation records to send to a sharing screen of all the members participating in the video conference, or sending all the annotation records to the sharing screen of all the members participating in the video conference after sequencing according to a display sequence.
5. The method according to claim 1, wherein the receiving of the operation of scanning the two-dimensional code on the shared screen by at least one participant in the multi-party video conference and the sending of the explanation content of the current video conference to the participant who has scanned the code specifically comprises:
when at least two participants need to communicate with each other and annotate together, a video conference subgroup is created, and the situation that at least two participants join the video conference subgroup is received;
when the real-time annotation function is started by receiving the operation of a host in a participant, displaying the two-dimensional code entering the real-time annotation on a shared screen of the video conference;
receiving the operation of scanning two-dimensional codes on a shared screen by all the participants in the video conference subgroup, distributing the authority of real-time annotation to all the participants in the video conference subgroup, and completing login authentication of all the participants in the video conference subgroup;
and acquiring the subject information, sending a subject editable file to all participants in the video conference subgroup, and creating a subgroup name with the subject as a name.
6. The method according to claim 5, wherein the receiving annotation information that the participant annotates the explanation content and sending the annotation information to a shared screen of all members participating in the video conference includes:
receiving the operation that all participants in the video conference subgroup annotate the editable issue in real time through an annotation tool, and acquiring annotation information of completed annotation to generate an annotation record, wherein the annotation record comprises: inviter and topic subgroup names;
receiving the annotation records of all the participants in the video conference subgroup, selecting one or more annotation records in all the annotation records to send to the sharing screens of all the members participating in the video conference, or sending all the annotation records to the sharing screens of all the members participating in the video conference after sequencing according to the display sequence.
7. The video conference annotation method of claim 2, wherein said annotation information comprises: topic, endorsement content, attendees and time.
8. The video conference annotation method of claim 7, wherein said conference summary comprises: topics, endorsement headings, resolution, time, and attendees;
the annotation broker is the annotation information of all participants participating in annotation;
the resolution is the final confirmed annotation result of the participator.
9. A video conference server, characterized in that the video conference server comprises: a memory, a processor, and a videoconference annotation program stored on the memory and executable on the processor, the videoconference annotation program when executed by the processor implementing the steps of the videoconference annotation method of any of claims 1-8.
10. A storage medium storing a videoconference annotation program that, when executed by a processor, performs the steps of the videoconference annotation method of any of claims 1-8.
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