KR20230132358A - System and method for providing cloud video conferencing service based on intelligent account pool logic and AI image analysis - Google Patents

Abstract

The present invention relates to a system and method for providing cloud video conferencing services based on intelligent account pool logic and AI video analysis.
The method of providing a cloud video conference service based on intelligent account pool logic and AI video analysis according to the present invention includes the steps of a user terminal connecting to a service provider server and clicking a schedule on the service platform calendar; According to the click of the schedule, the control unit of the service provider server determines the AI-based account pool video conference reservation status and schedules the video conference based on it; Selecting a terminal or video conference room to be used by the user terminal, selecting a video conference date and time, and clicking a reservation button; A control unit of the service provider server designating the video conference date and time according to the selection of the video conference date and time by the user terminal; A step where the control unit inputs reservation details for a video conference with a designated date and time, completes the video conference reservation, and sends an email notifying the video conference scheduler and attendees of the video conference schedule; and a step where the video conference participant's terminal clicks the access URL in the email and enters the video conference ID to connect the video conference room and proceed with the video conference.

Description

System and method for providing cloud video conferencing service based on intelligent account pool logic and AI image analysis

The present invention relates to a system and method for providing cloud video conferencing services, and more specifically, to provide video conferencing services freely at low cost through a SaaS (Software as a Service) platform operated in a computing environment that does not require installation of separate software. It relates to a system and method for providing cloud video conferencing services based on available intelligent account pool logic and AI video analysis.

Cloud computing refers to cloud-based computing technology. The network on the Internet has a complex infrastructure structure and can be expressed as a cloud. Accordingly, cloud computing services mean that IT-related functions are provided in the form of services through the Internet. In other words, cloud computing refers to Internet-based computing technology. It can be said to be a web-based software service that loads and uses programs stored on devices capable of communication, such as servers on the Internet, on computing devices such as computers and mobile phones. .

This technology processes distributed resources on one designated device (e.g., server) on the web, allowing multiple users to remotely run their programs anywhere with Internet access. This is an expanded application of the existing cloud computing concept and applies the concept of local execution rather than simple remote data access or terminal-concept processes.

Accordingly, users can use the service more conveniently even if they do not have expert knowledge about programs supported by cloud computing. In other words, users can receive the computing resources they want anytime, anywhere via the Internet using cloud computing.

Meanwhile, many office workers these days save report data and other important data needed for work in the storage media provided inside their smartphones, mail boxes, or cloud storage media, so they can view or change the necessary data anytime, anywhere.

In addition, as various SNS (Social Networking Service) applications and messenger applications are installed on smartphones, the existing email-based work style is changing to a real-time interactive work style that allows for faster information exchange and prompt decision-making. Accordingly, in actual work situations, there may often be cases where urgent decisions and reports/announcements must be made in addition to pre-planned meetings or reports. In this case, an emergency meeting must be convened at the meeting location, and there is the inconvenience of having to prepare a laptop PC and beam projector to conduct the meeting. In addition, if there are multiple people making presentations at a meeting, the relevant data can be collected and the meeting materials can be output through Beam Project through a single laptop PC, or the conference presenters can individually prepare laptop PCs and use Beam Project whenever the presenter changes. There is the inconvenience of having to connect to .

In a typical video conferencing service, customers participate in meetings through a designated local server. Customers from around the world or other regions participate in the conference, but the connection through the local server does not reflect the local communication infrastructure, so some customers participating in the video conference experience a situation where the signal is cut off or interrupted in the middle. .

Additionally, there is the inconvenience of customers having to go to a website that provides video conferencing services and find and connect to a conference channel. The screen layout provided by a typical video conference service is 1:1 or 1:N, consisting of a presenter and attendees on a small screen. Additionally, only the presenter can share videos and documents. As these presenter-centered meetings are held, it is not easy for attendees to ask questions and share opinions.

Meanwhile, Korean Patent Publication No. 10-2016-0069271 (Patent Document 1) discloses a “method and system for providing video conferences using screen mirroring,” and the method for providing video conferences according to this method involves syncing via a wireless network. A method of providing a video conference in a mobile device that is linked to a terminal, comprising: setting a wireless transmission channel with the sink terminal when NFC tagging with the sink terminal is detected; Loading and playing presentation materials to be used in a video conference according to user selection; Operating a camera and microphone provided in the mobile device; Constructing a video conference frame by multiplexing the video frame corresponding to the camera capture, the audio frame corresponding to the voice input through the microphone, and the played frame; And transmitting the configured video conference frame to the sink terminal through the wireless transmission channel.

In the case of Patent Document 1 as described above, in video conference mode, it is possible to multiplex the voice of the mobile device user and the user video captured by the camera in real time with the playback screen on the mobile device and transmit them to a remote sink terminal, and video conference When there are multiple presenters through mobile devices in the mode, there is an advantage in being able to switch presenters through mirroring token passing between presenters, but the overall configuration of the system for implementing the video conference provision method is complex, and it is used accordingly. This is somewhat difficult and cumbersome, and involves the problem of requiring a lot of money to build the system.

Korean Patent Publication No. 10-2016-0069271 (June 16, 2016)

The present invention was created in comprehensive consideration of the above matters, and allows video conferencing services to be freely used at a low cost through a SaaS (Software as a Service) platform operated in a computing environment that does not require installation of separate software. The purpose is to provide a cloud video conference service provision system and method based on intelligent account pool logic and AI video analysis that can provide web-based video conference services through the establishment of video conference solutions for companies and institutions.

In order to achieve the above object, the cloud video conference service provision system based on intelligent account pool logic and AI video analysis according to the present invention,

It provides services related to video conferencing. As the user terminal clicks on a schedule on the service platform calendar, the internal control unit determines the AI-based account pool video conference reservation status, schedules the video conference based on that, and sends the information to the user terminal. Provides a service that specifies the video conference date and time according to the selection of the video conference date and time, enters the reservation details for the video conference with the specified date and time, completes the video conference reservation, and sends an email notifying the video conference schedule to the video conference reservation holder and attendees. business server;

A user terminal that connects to the service provider server, clicks on a schedule in the service platform calendar, selects a terminal or video conference room to use, selects a video conference date and time, and clicks a reservation button; and

Its feature is that it includes a video conference participant terminal that receives the email sent by the service provider server, clicks on the access URL of the email, enters the video conference ID, connects the video conference room, and conducts the video conference. there is.

Here, the control unit can determine the account pool video conference reservation status using a pre-machine-learned artificial intelligence (AI) model and make a video conference reservation based on it.

Additionally, the video conference reservation details input by the control unit may include at least one of recording, reservation holder, and attendees.

In addition, when the control unit completes the video conference reservation and sends an email informing the reservation holder and attendees of the video conference schedule, the control unit creates a video conference room for a multi-party conference and sends the video conference room information through the email. It can be delivered to the reservation holder and attendees.

At this time, the video conference room information may include a host ID and password (PW), and a video conference web link (Web Link).

Additionally, when the video conference participant terminal conducts a video conference, the control unit may analyze the video using the pre-machine learned artificial intelligence (AI) model.

In addition, in order to achieve the above object, the method of providing cloud video conferencing service based on intelligent account pool logic and AI video analysis according to the present invention,

a) the user terminal connects to the service provider server and clicks a schedule on the service platform calendar;

b) according to the click on the schedule, the control unit of the service provider server determines the AI-based account pool video conference reservation status and schedules the video conference based on it;

c) selecting a terminal or video conference room to be used by the user terminal, selecting a video conference date and time, and clicking a reservation button;

d) the control unit of the service provider server designating a video conference date and time according to the video conference date and time selected by the user terminal;

e) the control unit inputting reservation details for the video conference at which the date and time are specified, completing the video conference reservation, and sending an email notifying the video conference scheduler and attendees of the video conference schedule; and

f) The video conference participant's terminal is characterized in that it includes the step of clicking the access URL of the email and entering the video conference ID to connect the video conference room and proceed with the video conference.

Here, after step f), the control unit may further include downloading the recorded file to at least one terminal of the user terminal, the video conference reservation holder, and the participant terminal by linking video conference recording file information. .

Additionally, in step b), the control unit may determine the account pool video conference reservation status using a pre-machine-learned artificial intelligence (AI) model and reserve the video conference based on this.

Additionally, in step e), the reservation details of the video conference may include at least one of recording, reservation holder, and attendees.

In addition, when completing the video conference reservation in step e) and sending an email informing the reservation holder and attendees of the video conference schedule, the control unit creates a video conference room for a multi-party conference and sends the video conference room information to the email. It can be delivered to the reservation holder and attendees through .

At this time, the video conference room information may include a host ID and password (PW), and a video conference web link (Web Link).

Additionally, in step f), when the video conference participant terminal conducts a video conference, the control unit may analyze the video using the pre-machine learned artificial intelligence (AI) model.

According to the present invention, video conferencing services can be freely used at a low cost through a SaaS (Software as a Service) platform operated in a computing environment that does not require installation of separate software, and video conferencing solutions can be built for companies and institutions. There is an advantage in being able to provide web-based video conferencing services through .

Figure 1 is a diagram schematically showing the configuration of a cloud video conference service provision system based on intelligent account pool logic and AI video analysis according to the present invention.
FIG. 2 is a diagram showing the cloud configuration of the service platform built on the service provider server of the cloud video conference service provision system shown in FIG. 1.
Figure 3 is a flowchart showing the execution process of the intelligent account pool logic and AI video analysis-based cloud video conferencing service provision method according to the present invention.
Figure 4 is a diagram showing the sequence operation of the intelligent account pool logic and AI video analysis-based cloud video conference service provision system according to the present invention.
Figure 5 is a diagram showing a schedule click on the service platform calendar in the video conference service provision method according to the present invention.
Figure 6 is a diagram showing the video conference reservation process in the video conference service provision method according to the present invention.
Figure 7 is a diagram showing the video conference platform selection process in the video conference service provision method according to the present invention.
Figure 8 is a diagram showing completion of conference reservation in the video conference service provision method according to the present invention.
Figure 9 is a diagram showing a list of meeting videos (recording files) in the video conference service provision method according to the present invention.
Figure 10 is a diagram showing meeting attendance details in the video conference service provision method according to the present invention.
Figure 11 is a diagram showing the details of the participant meeting in the video conference service provision method according to the present invention.

Terms or words used in this specification and claims should not be construed as limited to their ordinary or dictionary meanings, and the inventor may appropriately define the concept of terms to explain his or her invention in the best way. It should be interpreted as meaning and concept consistent with the technical idea of the present invention based on principles.

Throughout the specification, when a part “includes” a certain element, this means that it does not exclude other elements but may further include other elements, unless specifically stated to the contrary. In addition, terms such as "...unit", "...unit", "module", and "device" used in the specification refer to a unit that processes at least one function or operation, which refers to hardware, software, or a combination of hardware and software. It can be implemented as:

Hereinafter, embodiments of the present invention will be described in detail with reference to the attached drawings.

Figure 1 is a diagram schematically showing the configuration of a cloud video conference service provision system based on intelligent account pool logic and AI video analysis according to an embodiment of the present invention.

Referring to Figure 1, the cloud video conference service provision system 100 based on intelligent account pool logic and AI video analysis according to the present invention includes a service provider server 110, a user terminal 130, and a video conference participant terminal 140. It is composed including.

The service provider server 110 provides services related to video conferencing, and as the user terminal 130 clicks a schedule on the service platform calendar (see FIG. 5), the internal control unit (not shown) creates an AI-based account pool. Determine the video conference reservation status, reserve the video conference based on it, designate the video conference date and time according to the selection of the video conference date and time by the user terminal 130, enter the reservation details of the video conference with the designated date and time, and The conference reservation is completed, and an email notifying the video conference schedule is sent to the video conference reservation holder and attendees (i.e., to the participant terminal 140). Here, the control unit of the service provider server 110 can determine the account pool video conference reservation status using a pre-machine-learned artificial intelligence (AI) model and make a video conference reservation based on it. Additionally, the video conference reservation details input by the control unit may include at least one of recording, reservation holder, and attendees.

In addition, when the control unit completes the video conference reservation and sends an email informing the reservation holder and attendees of the video conference schedule, the control unit creates a video conference room for a multi-party conference and sends the video conference room information through the email. It can be delivered to the reservation holder and attendees. At this time, the video conference room information may include a host ID and password (PW), and a video conference web link (Web Link).

The user terminal 130 connects to the service provider server 110, clicks on a schedule in the service platform calendar, selects the terminal or video conference room to be used, selects the video conference date and time, and clicks the reservation button. Such a user terminal 130 may include a smartphone 130a, a laptop PC 130b, a desktop PC 130c, etc.

The video conference participant terminal 140 receives the email sent by the service provider server 110, clicks on the connection URL in the email, enters the video conference ID, connects the video conference room, and conducts the video conference. Here, when the video conference participant terminal 140 conducts a video conference, the control unit may analyze the video using the previously machine-learned artificial intelligence (AI) model. Here, there is no particular limitation to the video conference participant terminal 140 as described above as long as it is capable of performing a video conference in conjunction with a PC camera. For example, the video conference participant terminal 140 may be a desktop PC 140a or a body-integrated PC 140b or 140c.

FIG. 2 is a diagram showing the cloud configuration of the service platform built on the service provider server of the cloud video conference service provision system shown in FIG. 1.

Referring to FIG. 2, the service platform built on the service provider server 110 is composed of a number of software programs (applications) that provide services based on Amazon Web Service (AWS).

In other words, the service platform is a network operated by AWS, including 'Amazon CloudFront' (111), which provides a CDN (Content Delivery Network) service that safely transmits data, videos, applications, and API (Application Programming Interface) to customers. , 'Amazon API Gateway' (112), which provides a fully managed service that allows you to easily create, publish, maintain, monitor, and secure APIs, and 'Elastic', which automatically distributes incoming application traffic between application servers. Load Balancing' (113), 'AWS WAF' (114), a web application firewall that protects web applications or APIs from web attacks, and services that use network configuration and storage management by building a virtual server on a computer. 'Amazon EC2 (Elastic Computer Cloud)' (115), 'Amazon S3 (Simple Storage Service)' (116), which is an online storage web service that provides storage through a web service interface, and NoSQL (key-value and document) 'Amazon DynamoDB' (117), a proprietary NoSQL (Non SQL (Structured Query Language)) database service that supports key-value and document data structures as a database specialized for microservice-based environments, and provided as part of Amazon Web Services 'AWS Lambda' (118) is an event-based serverless computing platform that registers each function performed by the application system in function units and provides a service that calls and executes the function, and is a cloud machine learning platform that provides machine learning 'Amazon SageMaker' (119), a service platform that allows you to develop, train, and deploy (ML) models in the cloud, and 'Amazon SES (Simple Email Service)', which provides high-capacity inbound and outbound cloud email services. (120), a notification service that monitors infrastructure and logs, and visualizes and notifies resource performance problems, and is a web service that provides real-time monitoring of resource utilization of Amazon's EC2 customers such as CPU, disk, and network. It consists of ‘Amazon CloudWatch’ (121).

Then, the following will explain a method of providing a cloud video conference service based on the intelligent account pool logic and AI video analysis-based cloud video conference service provision system 100 according to the present invention having the above configuration.

Figure 3 is a flowchart showing the execution process of a method for providing a cloud video conference service based on intelligent account pool logic and AI video analysis according to an embodiment of the present invention, and Figure 4 is a cloud based on intelligent account pool logic and AI video analysis according to the present invention. This is a diagram showing the sequence operation of the video conference service provision system.

Referring to Figures 3 and 4, the method of providing a cloud video conference service based on intelligent account pool logic and AI video analysis according to the present invention includes a cloud video conference service provision system based on intelligent account pool logic and AI video analysis as described above ( As a method of providing a cloud video conference service based on 100), the user terminal 130 first connects to the service provider server 110 and clicks on a schedule on the service platform calendar as shown in FIG. 5 (step S301, FIG. 4) ①).

According to the click of the schedule by the user terminal 130, the control unit of the service provider server 110 determines the AI-based account pool video conference reservation status and schedules the video conference based on it (step S302, FIG. ② of 4). Here, the control unit can use a pre-machine-learned artificial intelligence (AI) model (2-1 in FIG. 4) to determine the account pool video conference reservation status and make a video conference reservation based on it.

As described above, when the control unit of the service provider server 110 schedules a video conference, conference room reservation information is linked and transmitted to the user terminal 130. Then, as shown in FIGS. 6 and 7, the user terminal 130 selects the terminal or video conference room to be used, selects the video conference date and time, and clicks the reservation button (step S303, ③ and ④ in FIG. 4).

Thereafter, the control unit of the service provider server 110 specifies the video conference date and time according to the selection of the video conference date and time by the user terminal 130 (step S304, ⑤ in FIG. 4).

Then, the control unit inputs the reservation details of the video conference at which the date and time is specified and completes the video conference reservation (at this time, a message indicating that the video conference reservation has been completed is displayed on the screen, as shown in FIG. 8), and the video conference reservation person and An email is sent to the participants (to the participant terminal 140) informing them of the video conference schedule (step S305, ⑥ and ⑨ in FIG. 4). Here, the video conference reservation person may be one of the video conference attendees, or may be a person who only made a video conference reservation regardless of attending the video conference. In addition, the person making the reservation may be the same person as the user of the user terminal 130, or another person (for example, although the user makes the reservation, the person who requested (requested) the reservation rather than entering the user's name in the reservation name field (If you write your name), it may be. Here, the reservation details of the video conference may include at least one of recording, reservation holder, and attendees. In addition, when completing the video conference reservation in step e) and sending an email informing the reservation holder and attendees of the video conference schedule, the control unit creates a video conference room for a multi-party conference (⑦ in FIG. 4), and Conference room information can be delivered to the reservation holder and attendees through the email (⑧ in FIG. 4). At this time, the video conference room information may include a host ID and password (PW), and a video conference web link (Web Link).

In this way, when an email informing the video conference scheduler and attendees (to the participant terminal 140) of the video conference schedule is sent, the video conference participant terminal 140 clicks the access URL of the email and enters the video conference ID to start the video conference. Connect the conference room and proceed with the video conference (step S306, ⑩, ⑪ in FIG. 4).

Here, after step S306, the control unit links the video conference recording file information to at least one of the user terminal 130 and the video conference reservation and participant terminals 140 to display the recording file as shown in FIG. 9 ( The step of downloading the meeting video) may be further included (⑫ in FIG. 4).

In addition, when the video conference participant terminal 140 conducts a video conference in step S306, the control unit may analyze the video using the pre-machine learned artificial intelligence (AI) model (11 in FIG. 4- One).

In FIG. 4, reference numbers 411 to 415 refer to the sequence operation of the intelligent account pool logic and AI video analysis-based cloud video conference service provision system 100 according to the present invention as described above. Items managed by the server 110 include 411 for basic system management and administrator registration management, 412 for hardware (HW) terminal registration management, 413 for video service account management, 414 for overall reservation status management, and 415 for basic statistics management. represents each.

Meanwhile, FIG. 10 is a diagram showing meeting attendance details in the video conference service provision method according to the present invention, and FIG. 11 is a diagram showing detailed meeting details of attendees.

As shown in Figures 10 and 11, in the method of providing a video conference service according to the present invention, the participants' meeting attendance details (e.g., participants' first entry time into the conference room, last exit time, total participation time, number of entries, etc.), and meeting details of attendees (e.g., number of entries for a specific attendee among attendees: 1, entry time: 2022.02.17 10:30, exit time: 2022.02.17 10:33, participation time: 3 minutes, etc.) can be provided as a form of service to video conference participants or reservation holders, or to specific people who need such meeting attendance details.

As described above, the system and method for providing cloud video conferencing services based on intelligent account pool logic and AI video analysis according to the present invention are provided through a SaaS (Software as a Service) platform operated in a computing environment that does not require installation of separate software. The advantage is that video conferencing services can be freely used at a low cost, and web-based video conferencing services can be provided through the establishment of video conferencing solutions for companies and institutions.

Above, the present invention has been described in detail through preferred embodiments, but the present invention is not limited thereto, and various changes and applications can be made without departing from the technical spirit of the present invention. Self-explanatory to technicians. Therefore, the true scope of protection of the present invention should be interpreted in accordance with the following claims, and all technical ideas within the equivalent scope should be interpreted as being included in the scope of rights of the present invention.

100: (Present invention) Cloud video conference service provision system based on intelligent account pool logic and AI video analysis
110: Service provider server 130: User terminal
140: Video conference participant terminal

Claims (13)

It provides services related to video conferencing. As the user terminal clicks on a schedule on the service platform calendar, the internal control unit determines the AI-based account pool video conference reservation status, schedules the video conference based on that, and sends the information to the user terminal. Provides a service that specifies the video conference date and time according to the selection of the video conference date and time, enters the reservation details for the video conference with the specified date and time, completes the video conference reservation, and sends an email notifying the video conference schedule to the video conference reservation holder and attendees. business server;
A user terminal that connects to the service provider server, clicks on a schedule in the service platform calendar, selects a terminal or video conference room to use, selects a video conference date and time, and clicks a reservation button; and
Intelligent account pool logic that includes a video conference participant terminal that receives the email sent by the service provider server, clicks on the access URL of the email, enters the video conference ID, connects the video conference room, and conducts the video conference; and AI video analysis-based cloud video conferencing service provision system.
According to paragraph 1,
The control unit uses a pre-machine-learned artificial intelligence (AI) model to determine the status of account pool video conference reservations, and based on this, it is a cloud video conference service provision system based on intelligent account pool logic and AI video analysis that schedules video conferences.
According to paragraph 1,
The video conference reservation details input by the control unit include at least one of recording, reservation holder, and attendees. A cloud video conference service providing system based on intelligent account pool logic and AI video analysis.
According to paragraph 1,
When the control unit completes the video conference reservation and sends an email informing the reservation holder and attendees of the video conference schedule, the control unit creates a video conference room for a multi-party conference and sends the video conference room information to the reservation holder through the email. and a cloud video conference service provision system based on intelligent account pool logic and AI video analysis delivered to attendees.
According to paragraph 4,
The video conference room information is a cloud video conference service provision system based on intelligent account pool logic and AI video analysis that includes a host ID and password (PW) and a video conference web link.
According to paragraph 2,
When the video conference participant terminal conducts a video conference, the control unit analyzes the video using the pre-machine learned artificial intelligence (AI) model. A cloud video conference service providing system based on intelligent account pool logic and AI video analysis.
a) the user terminal connects to the service provider server and clicks a schedule on the service platform calendar;
b) according to the click on the schedule, the control unit of the service provider server determines the AI-based account pool video conference reservation status and schedules the video conference based on it;
c) selecting a terminal or video conference room to be used by the user terminal, selecting a video conference date and time, and clicking a reservation button;
d) the control unit of the service provider server designating a video conference date and time according to the video conference date and time selected by the user terminal;
e) the control unit inputting reservation details for the video conference at which the date and time are specified, completing the video conference reservation, and sending an email notifying the video conference scheduler and attendees of the video conference schedule; and
f) A cloud video conference service based on intelligent account pool logic and AI video analysis, including the step of the video conference participant terminal clicking the access URL of the email and entering the video conference ID to connect the video conference room and proceed with the video conference. How to provide.
In clause 7,
After step f), the control unit links the recorded file information of the video conference and downloads the recorded file to at least one terminal of the user terminal, the video conference reservation holder, and the participant terminal. Intelligent account pool logic further comprising: and a method of providing cloud video conferencing services based on AI video analysis.
In clause 7,
In step b), the control unit determines the account pool video conference reservation status using a pre-machine-learned artificial intelligence (AI) model, and uses intelligent account pool logic and AI video analysis-based cloud video to reserve the video conference based on this. How to provide conference services.
In clause 7,
In step e), the reservation details of the video conference include at least one of recording, reservation holder, and attendees. A method of providing a cloud video conference service based on intelligent account pool logic and AI video analysis.
In clause 7,
In step e), when completing the video conference reservation and sending an email informing the reservation holder and attendees of the video conference schedule, the control unit creates a video conference room for a multi-party conference and sends the video conference room information through the email. A method of providing a cloud video conference service based on intelligent account pool logic and AI video analysis delivered to the reservation holders and attendees.
According to clause 11,
The video conference room information includes a host ID and password (PW), and a video conference web link. A method of providing a cloud video conference service based on intelligent account pool logic and AI video analysis.
According to clause 9,
In step f), when the video conference participant terminal conducts a video conference, the control unit performs an intelligent account pool logic and AI video analysis-based cloud video conference that analyzes the video using the pre-machine-learned artificial intelligence (AI) model. How we provide services.