KR100795890B1 - System and method for controlling and scheduling multi channel image contents and digital contents - Google Patents

Abstract

The present invention is to provide a mixed scheduling video control system and method between a multi-channel video signal and digital content, connected to a remote place via a set-top box and the Internet, and transmits the content to the set-top box in real time, A remote server running remotely; A local server connected locally with the set top box through the Internet, transmitting content to the set top box in real time, and executing the transmitted content locally; By connecting to the remote server and the local server via the Internet to receive the content, a set-top box for executing a plurality of the received content by the browser for Windows; including, by reducing the playback time delay and infinite rolling is possible It will be able to play the content stably regardless of external obstacles.

Remote Area, Local Area, Multi-Channel, Video, Content, Internet, Broadcast

Description

System and method for mixed scheduling image control between multi-channel video signal and digital content {channel and method for controlling and scheduling multi channel image contents and digital contents}

1 is a conceptual diagram of a conventional multi-channel image content processing system.

2 is a flowchart illustrating a conventional method of processing multi-channel video content.

3 is a block diagram of a mixed scheduling video control system between a multi-channel video signal and digital content according to an embodiment of the present invention.

4 is a conceptual diagram of FIG. 3.

5 is a conceptual diagram illustrating a mixed scheduling video control method between a multi-channel video signal and digital content according to an embodiment of the present invention.

6 is a flowchart illustrating a method for controlling mixed scheduling video between a multi-channel video signal and digital content according to an embodiment of the present invention.

7 is a conceptual diagram illustrating a processing method of FIG. 6.

FIG. 8 is a conceptual diagram illustrating an example of executing content by event scheduling in FIG. 6.

9 is a diagram illustrating an example of a group management function when executing a management program in a remote server or a local server of FIG. 3.

FIG. 10 is a diagram illustrating an example of a client (set-top box) management function when executing a management program on a remote server or a local server of FIG. 3.

FIG. 11 is a diagram illustrating an example of a content management function when a management program is executed in a remote server or a local server of FIG. 3.

12 is a diagram illustrating another example of a content management function when the management program is executed in the remote server or the local server of FIG. 3.

FIG. 13 is a diagram illustrating an example of a play time and rank management function when a management program is executed in a remote server or a local server of FIG. 3.

14 is a diagram illustrating an example of a caption management function when a management program is executed in a remote server or a local server of FIG. 3.

Explanation of symbols on the main parts of the drawings

10: remote server 11: remote communication unit

12: client management unit 13: content management unit

14: DB control unit 20: local server

21: local communication unit 22: client management unit

23: content management unit 24: DB control unit

30: set-top box 31: content execution unit

32: schedule control unit 33: socket communication unit

The present invention relates to a mixed scheduling video control system and method between a multi-channel video signal and digital content. In particular, the present invention can reduce playback time delay, enable infinite rolling, and be suitable for playing content regardless of external obstacles. A mixed scheduling video control system and method between a multi-channel video signal and digital content are provided.

In general, contents refer to various types of information or contents thereof provided through the Internet or computer communication.

Techniques for providing such content over the Internet include the following conventional techniques. That is, the 'network broadcasting system and method thereof' of Korean Patent Application No. 10-2001-1139, the 'network-based advertising / broadcasting scheduling method of Korean Patent Application No. 10-2003-59321, a central control management system through screen division and Method, 'Korean Broadcasting System Application No. 10-2004-18745' broadcasting system and method using the Internet '. The integrated structure and operation of the prior art will be described below.

1 is a conceptual diagram of a conventional multi-channel image content processing system.

Here, reference numeral 1 is a central computer serving as a management center for managing a monitor, a TV, a projector, etc. registered through the Internet, and 2 is a database connected with the central computer 1 to store contents / schedules. Is a terminal of an administrator connected with the central computer 1.

Thus, various contents are stored in a database in advance in the database 2 of the central computer 1.

The user logs in and authenticates using a remote location or the Internet.

After normal login, the user selects contents to be broadcast locally in the central computer 1, sets a schedule, sets a priority, and the like. When all the items to be broadcasted are set as described above, the central computer 1 collectively transmits the contents through the Internet or a dedicated line by streaming the contents. In this case, the streaming method refers to a method of dividing content into a plurality of small pieces of data rather than a batch download to reduce network traffic.

In addition, the central computer 1 is responsible for requesting, transmitting content, and traffic control through users generated at multiple points.

In addition, the central computer 1 downloads or transfers all the contents in a batch and executes the contents in a schedule form set in the central computer 1.

2 is a flowchart illustrating a conventional method of processing multi-channel video content.

Thus, in the database of the central computer 1, content 1 having a playback start time of 10:00, content 2 having a playback start time of 11:00, and content 3 having a playback start time of 12:00 are stored. First, content 1 having a playback start time of 10:00 is executed (ST1). Thus, when the execution of the content 1 is completed, the content 2 having a playback start time of 11:00 is executed (ST2). When the execution of the content 2 is completed, the content 3 having a playback start time of 12:00 is executed (ST3). If EOF (End Of File) is executed, execution is terminated (ST4), and if the repeat function is set, playback starts from content 1 again (ST5).

However, these prior arts have the following problems.

1) In case of failure of the central computer 1, content-related data (schedule, etc.) is lost, and internet or network broadcasting is interrupted.

2) Schedule, content registration and transmission cannot be done in case of internet failure.

3) The dependence on the central computer 1 is severe and the system load increases when the number of set-top boxes or users increases.

Problems to be solved for the prior art having such a problem are as follows.

1) Even in the event of a failure of the central computer, the content must be played and operated normally without any disturbance in the remote site.

2) There should be no hardware overinvestment such as introduction of server to operate the system stably even in case of leased line and internet failure.

3) Even if the number of users increases, the system load for the increase should be minimal.

In addition, the points to be improved in the prior art are as follows.

1) Remote broadcasting should be available in case of central computer work distribution, miniaturization and network failure.

2) Registered contents should be registered twice in the central computer and remote system to operate various contents and schedule information safely.

3) Even if the number of set-top boxes and users increases, there should be no problem in system performance.

Accordingly, the present invention has been proposed to solve the above-mentioned conventional problems, and an object of the present invention is to reduce the playback time delay, to roll indefinitely, and to reproduce content regardless of external obstacles. To provide a mixed scheduling image control system and method between the digital content and the digital content.

In addition, another object of the present invention is to allow the content to be played and normal operation at a remote location even in the event of a failure of the central computer, to ensure that there is no over-investment to operate the system stably even when a dedicated line and the Internet failure occurs, even if the number of users increases To keep the system load to a minimum.

In addition, another object of the present invention is to enable the remote broadcasting even in the case of work distribution, miniaturization, network failure of the central computer, and the registered content is registered twice in the central computer and the remote system so that various schedule information can be safely operated. Even if the number of terminals, terminals, and users increases, there is no problem in system performance.

In order to achieve the above object, a mixed scheduling video control system between a multi-channel video signal and digital content according to an embodiment of the present invention,

A remote server connected to the set-top box and the Internet at a remote location, transmitting content to the set-top box in real time, and executing the transmitted content at a remote location; A local server connected locally with the set top box through the Internet, transmitting content to the set top box in real time, and executing the transmitted content locally; And a set-top box connected to the remote server and the local server through the Internet to receive content, and executing a plurality of the received content by a browser for Windows.

In order to achieve the above object, a mixed scheduling video control method between a multi-channel video signal and digital content according to an embodiment of the present invention is illustrated in FIG.

A twenty-first step of calculating a play time of each content; Setting a delay time for logic processing after the twenty-first step; A twenty-third step of calculating an average error from the twenty-second step until a predetermined time or constant repeat playback; A twenty-fourth step of setting a playback interval criterion for content formed in a manner including a moving picture, a still picture, a flash, and a PPT after the twenty-third step; A twenty-fifth step of determining whether a reproduction interval of the corresponding content after the twenty-fourth step exceeds a set criterion; A twenty-sixth step of calculating and applying a calculated value for the playback interval for each content if the playback interval of the corresponding content exceeds the set criterion in the twenty-fifth step; And the twenty-seventh step of executing the content by the event scheduling after the execution of the twenty-sixth step or the reproduction interval of the corresponding content in the twenty-seventh step.

Hereinafter, an embodiment according to the present invention, a technical concept of a mixed scheduling video control system and method between a multi-channel video signal and digital content will be described with reference to the accompanying drawings.

3 is a block diagram of a mixed scheduling video control system between a multi-channel video signal and digital content according to an embodiment of the present invention, and FIG. 4 is a conceptual diagram of FIG.

As shown therein, a remote server 10 connected to the set-top box 30 and the remote place through the Internet, transmitting the content to the set-top box 30 in real time, and executing the transmitted content from a remote place; A local server 20 connected locally with the set-top box 30 to transmit content to the set-top box 30 in real time and to execute the transmitted content locally; And a set-top box 30 connected to the remote server 10 and the local server 20 through the Internet to receive content, and executing the plurality of received content by a browser for Windows. do.

The remote server 10 includes a remote communication unit 11 for performing communication for exchanging contents and playback flag by performing remote communication with the set top box 30 through the Internet; A client manager 12 for performing major classification, middle classification, and group management of the set-top box 30; A content manager 13 for managing content to be registered in the set-top box 30, managing a schedule for the content, managing the order of the content, and managing release of the content; And a DB control unit 14 for monitoring the database of the set top box 30.

The local server 20 may include a local communication unit 21 for performing local communication with the set top box 30 through the Internet to exchange contents and playback information flags; A client manager 22 for performing major classification, middle classification, and group management of the set-top box 30; A content manager 23 for managing content to be registered in the set-top box 30, managing a schedule for the content, managing the order of the content, and managing release of the content; And a DB controller 24 for monitoring the database of the set top box 30.

The set-top box 30 is equipped with its own browser for Windows in the set-top box 30 having its own processor so that the information including the content and schedule information is finally obtained by the remote server 10 or the local server 20. A content execution unit 31 to be executed to be stored as; A schedule controller 32 which performs playback timing, playback time synchronization, and mixed schedule control of contents executed in the content execution unit 31; And a socket communication unit 33 connected to the remote server 10 or the local server 20 to perform communication check and information management.

In addition, the mixed scheduling video control system between the multi-channel video signal and the digital content according to an embodiment of the present invention performs communication for exchanging content and playback information flags by remotely or internally communicating the set-top box 30 with the Internet. The remote communication unit 11 to perform, the client management unit 12 to perform large classification, middle classification, group management of the set-top box 30, the content to be registered in the set-top box 30 and manage the schedule for the content And a DB controller 14 for managing the order of the contents and managing the release of the contents, and a DB controller 14 for monitoring the database of the set-top box 30, and the set-top box 30. A remote server 10 connected to a remote place through the Internet, transmitting content to the set-top box 30 in real time, and executing the transmitted content remotely; Local communication unit 21 for performing local communication via the Internet through the set-top box 30 to exchange the content, playback information flag, client performing the large classification, middle classification, group management of the set-top box 30 The management unit 22 manages the content to be registered in the set-top box 30, manages the schedule for the content, manages the order of the content and manages the release of the content, the set-top box 30 It is configured to include a DB control unit 24 for monitoring the database of the, is connected to the set-top box 30 and the Internet locally, and transmits the content in real time to the set-top box 30, A local server 20 for executing content locally; The content execution to mount the own browser for Windows in the set-top box 30 having its own processor so that the information including the content and schedule information is finally stored by the remote server 10 or the local server 20. 31, a schedule controller 32 which performs playback timing, playback time synchronization, and mixed schedule control of contents executed in the content execution unit 31, and the Internet via the remote server 10 or the local server 20. A plurality of socket communication units 33 connected to the remote server 10 and the local server 20 through the Internet to receive and transmit content. It characterized in that it comprises a; set-top box 30 to execute the two content by the browser for Windows.

As shown in FIGS. 9 to 14, the remote server 10 or the local server 20 may include one of a group management function, a set-top box management function, a content management function, a playback time and a ranking management function, and a caption management function. It is characterized by including the above.

The mixed scheduling image control system between the multi-channel video signal and the digital content is a funeral home display system using an LED signboard, a waiting list display system for each department of medical institutions, a hospital promotion system, a building lobby information system, and an automatic content playback time measurement function. It is characterized in that it is applied to at least one of the video content play system using, paid content providing system using the content pool (POOL), advertising display system using the network.

5 is a conceptual diagram illustrating a mixed scheduling video control method between a multi-channel video signal and digital content according to an embodiment of the present invention.

As shown here, the set-top box 30 and the remote server 10 is connected to the remote through the Internet and transmits the content to the set-top box 30 in real time and the remote server 10 for executing the transmitted content in the remote place, the set-top box ( 30 is connected locally through the Internet, the local server 20, the remote server 10 and the local server 20 to transmit the content to the set-top box 30 in real time and execute the transmitted content locally In the multi-scheduled video signal and digital content mixed scheduling video control system comprising a set-top box (30) for executing a plurality of contents received and received by the browser for Windows connected to the Internet through the Internet) A first step (ST11) for executing a content first 41 in which a count is set among the number of pieces of contents; When the count set for the execution of the content first 41 is increased in the first step, the content next 42 is ranked in a rolling manner so that the content next 42 is executed. Second steps (ST12, ST13) to perform; A third step (ST4) of ranking the content first 41 in a rolling manner and returning to the first step when the count set for execution of the content next 42 is increased in the second step; It is characterized by performing.

6 is a flowchart illustrating a method of controlling a mixed scheduling video between a multi-channel video signal and digital content according to an embodiment of the present invention, and FIG. 7 is a conceptual diagram illustrating a processing method of FIG. 6.

As shown therein, a twenty-first step (ST21) for calculating a playback time of each content (41, 42); A twenty-second step (ST22) of setting a delay time for logic processing after the twenty-first step; A twenty-third step (ST23) for calculating an average error from the twenty-second step until a predetermined time or constant repeat playback; A twenty-fourth step (ST24) of setting a reproduction interval criterion for content formed in a manner including a moving picture, a still picture, a flash, and a PPT after the twenty-third step; A twenty-fifth step ST25 for determining whether a playback interval of the corresponding contents 41 and 42 after the twenty-fourth step exceeds a set criterion; A twenty-sixth step (ST26) of calculating and applying a calculated value for the reproduction interval for each content if the reproduction interval of the corresponding content exceeds the set criterion in the twenty-fifth step; And the twenty-seventh step (ST27) of executing the content by event scheduling after the execution of the twenty-sixth step or the play interval of the corresponding content in the twenty-seventh step does not exceed a predetermined criterion; It features.

In the twenty-seventh step, event scheduling is performed by applying one or more of rolling, an event time, and a content flag bit.

FIG. 8 is a conceptual diagram illustrating an example of executing content by event scheduling in FIG. 6.

As shown therein, the twenty-seventh step includes: a thirty first step (ST31 to ST34) to be executed in a rolling manner on the content first 41 and the content next 42; A thirty-fifth step (ST35) of executing one of the contents first (41) and the contents next (42) to execute another content when an event time occurs in the corresponding content; A thirty-sixth step (ST36, ST37) for executing a time check or a flag bit check while executing content in a rolling manner after the thirty-fifth step; And step 37 and step 38 (ST37 and ST38) for causing other contents to be executed by a rolling method when the time expires during the execution of the 36th step or when the flag bit indicates the end.

A preferred embodiment of a mixed scheduling video control system and method between a multi-channel video signal and digital content according to the present invention configured as described above will be described in detail with reference to the accompanying drawings. In the following description of the present invention, detailed descriptions of well-known functions or configurations will be omitted if it is determined that the detailed description of the present invention may unnecessarily obscure the subject matter of the present invention. In addition, terms to be described below are terms defined in consideration of functions in the present invention, which may vary according to intention or precedent of a user or an operator, and thus, the meaning of each term should be interpreted based on the contents throughout the present specification. will be.

First, the present invention aims to reduce playback time delay, enable infinite rolling, and play content regardless of external obstacles.

To this end, in the present invention, the set-top box 30 is connected to the remote server 10 and the local server 20 through the Internet.

Thus, the remote communication unit 11 or the local communication unit 21 of the remote server 10 or the local server 20 performs remote communication with the set-top box 30 through the Internet to exchange contents and playback information flags. Communicate.

In addition, the client managers 12 and 22 of the remote server 10 or the local server 20 perform large classification, middle classification, and group management of the set-top box 30 as a client.

In addition, the content managers 13 and 23 of the remote server 10 or the local server 20 manage content to be registered in the set-top box 30, manage a schedule for the content, manage the order of the content, Manage the release.

In addition, the DB controllers 14 and 24 of the remote server 10 or the local server 20 monitor the database of the set-top box 30.

The set top box 30 is connected to the remote server 10 and the local server 20 through the Internet to receive the contents, and executes the plurality of the received contents by a browser for Windows.

In the set-top box 30, the content execution unit 31 is equipped with its own browser for Windows in the set-top box 30 having its own processor to include contents and schedule information by the remote server 10 or the local server 20. Allow the information to be executed for final storage.

In addition, the schedule controller 32 performs playback timing, playback time synchronization, and mixed schedule control of the contents executed by the content execution unit 31.

In addition, the socket communication unit 33 connects the Internet to the remote server 10 or the local server 20 to perform communication check and information management.

Meanwhile, the operation of the mixed scheduling video control method between the multi-channel video signal and the digital content according to an embodiment of the present invention will be described in detail.

First, as shown in FIG. 5, in the present invention, the contents are executed in a rolling manner.

Thus, the local manager B stores contents in each of the set top boxes 30 of 1, 2, and 3 in the local environment through the local server 20.

In addition, the remote manager (A) transmits and stores the contents in real time to each of the set-top box 30, 1, 2, 3 in the remote environment through the remote server 10.

In this case, the manager may manage and operate only the local server 20, or manage and operate only the remote server 10, or manage and operate the local server 20 and the remote server 10 simultaneously. Through this, the problem of the related art can be complemented by structurally managing the database by duplexing the problem.

In addition, each of the set-top boxes 30 of 1, 2, and 3 may execute different contents on their own using a built-in browser.

At this time, the execution of the content may use a rolling method. This rolling method operates as follows.

That is, the content first 41 in which a count is set among the plurality of contents is executed (ST11). Then, when the count set for the execution of the content first 41 is increased, the content next 42 is ranked in a rolling manner so that the content next 42 is executed (ST12, ST13). ).

When the count set for the execution of the content next 42 is increased, the content first 41 is ranked in a rolling manner so that the previous content first 41 is executed again.

6 and 7, the playback time of each of the contents 41 and 42 is calculated. For example, the content 1, 2, 3 can be set to 60 seconds of playback time using a Windows function or the like. So the total duration is 180 seconds. The playback order may be set in order of content 1, content 2, and content 3 (ST21).

And set the delay time for logic processing. For example, it can be set as 2 seconds (ST22).

Then, the average error until constant time or constant repeat playback is calculated. At this time, the average error may be 2 seconds (ST23).

In addition, it sets the standard of the playback interval for the content formed by the method including the moving picture, the still picture, the flash, and the PPT. At this time, content 1 may be set to 1 second, content 2 to 0.5 second, and content 3 to 0.5 (ST24).

Then, it is determined whether the playback interval of the corresponding content exceeds the set standard (ST25).

Thus, if the playback interval of the content exceeds the set criteria, the calculated value for the playback interval for each content is calculated and applied (ST26).

If the playback interval of the corresponding content does not exceed the set criterion or the calculated value for the playback interval is calculated and applied for each content, the content is executed by event scheduling. Such event scheduling is performed by applying one or more of rolling, an event time, and a content flag bit (ST27).

In addition, as shown in Figure 8, when performing the event scheduling is performed as follows.

First, the content first 41 and the content next 42 are executed in a rolling manner (ST31 to ST34).

Thus, while executing any one of the content first 41 and the content next 42, other contents are executed when the event time comes from the corresponding contents (ST35).

Then, the time check or the flag bit check is performed while executing the content in a rolling manner (ST36, ST37).

Then, when the running time ends or the flag bit indicates the end, other content is executed by the rolling method (ST38).

Thus, when executing the schedule, time information is generated without serial number (SERIAL NO) in the content, and the playback time information is sequentially obtained and rolled.After playback, the next content (contents next) is processed as a flag value and executed. do.

In addition, event scheduling checks based on the date and time (hours / minutes / seconds), and simultaneously specifies the flag value of the content or generates a Boolean value to determine return to rolling.

9 is a diagram illustrating an example of a group management function when executing a management program in a remote server or a local server of FIG. 3.

Therefore, the group management function may include the following functions.

1) Set-top box individual or group registration management

2) Add group setting function when adding set top box

3) Group name change and reset function

4) View setting group in directory list

FIG. 10 is a diagram illustrating an example of a client (set-top box) management function when executing a management program on a remote server or a local server of FIG. 3.

Thus, the client management function may include the following functions.

1) Set-top box management by group

2) New registration, addition, deletion, change function

3) Use of fixed ip address (TCP / IP)

4) Client Name Registration Function

5) View client list from dir list

FIG. 11 is a diagram illustrating an example of a content management function when a management program is executed in a remote server or a local server of FIG. 3.

Therefore, the content management function may include the following functions.

1) Play time management function for each client

2) Video, flash timing adjustment

3) Management function by client and content

4) Content registration and correction function

12 is a diagram illustrating another example of a content management function when the management program is executed in the remote server or the local server of FIG. 3.

In addition, the content management function may include the following functions.

1) Content maintenance function by client

2) Send and delete content to the client

3) Bulk content delivery and individual delivery

FIG. 13 is a diagram illustrating an example of a play time and rank management function when a management program is executed in a remote server or a local server of FIG. 3.

Therefore, the play time and rank management functions may include the following functions.

1) Registration content playback priority adjustment

 -Batch adjustment

 -Individual adjustment function

2) Final playback ranking setting function

14 is a diagram illustrating an example of a caption management function when a management program is executed in a remote server or a local server of FIG. 3.

Thus, the caption management function may include the following functions.

1) Management function by client

2) Rolling function separate from contents

3) Registration, deletion, change function

4) Bulk or individual registration and correction

On the other hand, the present invention can be modified and applied to a funeral home display system using a LED signboard, turn list display system by medical department treatment department, hospital promotion system and the like.

In addition, the present invention may be applied to a building lobby information system, video content play system using the automatic content playback time measurement function, paid content providing system using a content pool (POOL), advertising display system using a network.

As described above, the present invention reduces the playback time delay, enables infinite rolling, and plays the content regardless of external obstacles.

As described above, the mixed scheduling video control system and method between the multi-channel video signal and the digital content according to the present invention can improve the playback time delay, enable infinite rolling, and play the content regardless of external obstacles. Will be.

According to the present invention, since the download method is not used when adjusting the content schedule, the time delay is improved by 20%.

In addition, the present invention is capable of infinite rolling by applying a method using DB FLAG when switching the content schedule switching, and also has the effect of reducing the SYNC error between the playback time and the computer timer.

In addition, the present invention is able to reproduce the content regardless of the failure in the event of an external failure without relying on the central computer of the conventional operation method, to secure the content timing sequence tracking and management technology, and also to secure the schedule switching management technology It is effective.

In addition, the present invention can reduce the cost of direct movement of people through remote management, it is possible to increase the profits for each operating entity according to the use of remote software (trust management, etc.), to increase the activation of multimedia industry and increase the employment of personnel and content production Activation becomes possible.

Furthermore, the present invention can be utilized as a communication means through the organic connection with distance education, in-house education, customer relationship management system, video conferencing system, and the use and exhibition of various digital contents, events, guidance, education, remote management, notice It can be used for public relations, and can be used as a single application program by developing an in-house information sharing and web reporting function and including a management function.

Although the above has been described as being limited to the preferred embodiment of the present invention, the present invention is not limited thereto and various changes, modifications, and equivalents may be used. Therefore, the present invention can be applied by appropriately modifying the above embodiments, it will be obvious that such application also belongs to the scope of the present invention based on the technical idea described in the claims below.

Claims (11)

A remote server connected to the set-top box and the Internet at a remote location, transmitting content to the set-top box in real time, and executing the transmitted content at a remote location; A local server connected locally with the set top box through the Internet, transmitting content to the set top box in real time, and executing the transmitted content locally; A set-top box connected to the remote server and the local server through the Internet to receive content, and executing a plurality of received content by a browser for Windows; The remote server includes a remote communication unit configured to perform communication for exchanging contents and playback information flags by performing remote communication through the Internet with the set-top box; A client manager for performing large classification, middle classification, and group management of the set-top box; A content manager to manage content to be registered in the set-top box, manage a schedule for the content, manage the order of the content, and manage release of the content; DB control unit for monitoring the database of the set-top box; mixed scheduling video control system between the multi-channel video signal and the digital content comprising a. delete The method according to claim 1, wherein the local server, A local communication unit performing local communication with the set top box through the Internet to perform communication for exchanging content and playback information flags; A client manager for performing large classification, middle classification, and group management of the set-top box; A content manager to manage content to be registered in the set-top box, manage a schedule for the content, manage the order of the content, and manage release of the content; DB control unit for monitoring the database of the set-top box; mixed scheduling video control system between the multi-channel video signal and the digital content comprising a. The method of claim 1, wherein the set top box, A content execution unit that mounts its own browser for Windows in the set-top box having its own processor so that information including contents and schedule information is finally stored by the remote server or the local server; A schedule controller configured to perform playback timing, playback time synchronization, and mixed schedule control of contents executed in the content execution unit; And a socket communication unit connected to the internet with the remote server or the local server to perform communication check and information management. Remote communication unit performing content communication with the set-top box via the Internet to exchange contents and playback information flags, a client management unit for performing the classification, the middle classification, and the group management of the set-top box, and the content to be registered in the set-top box. It includes a content management unit for managing the content, manage the schedule for the content, manage the order of the content and release of the content, the DB control unit for monitoring the database of the set-top box, remotely via the set-top box and the Internet A remote server connected to and transmitting content to the set-top box in real time and executing the transmitted content remotely; Local communication through the local communication via the set-top box and the Internet to exchange content, playback information flag exchange, a client management unit for performing the classification, middle classification, group management of the set-top box, content to be registered in the set-top box And a DB control unit for managing a schedule of the content, managing a schedule for the content, managing the order of the content, and managing the release of the content, and a DB controller for monitoring the database of the set-top box. A local server connected locally through the Internet, transmitting content to the set-top box in real time, and executing the transmitted content locally; A content execution unit configured to include a own browser for Windows in the set-top box having its own processor so that information including contents and schedule information is finally stored by the remote server or the local server; A schedule controller configured to perform playback timing, playback time synchronization, and mixed schedule control of contents, and a socket communication unit connected to the remote server or the local server to perform communication check and information management; Mixed-scheduled video control between the multi-channel video signal and the digital content, comprising: a set-top box connected to the local server through the Internet to receive content and executing the plurality of received content by a browser for Windows. system. The method according to any one of claims 1, 3, 4, 5, wherein the remote server or local server, Multi-scheduled video signal and digital content mixed scheduling video control system, characterized in that performed by including one or more of group management, set-top box management, content management, playback time and ranking management, subtitles management. The system of claim 1, wherein the mixed scheduling video control system between the multichannel video signal and the digital content comprises: Funeral hall display system using LED signboard, turn list display system for each medical department, hospital promotion system, building lobby guidance system, video content play system using automatic content playback time measurement, paid content provision system using content pool, network Mixed scheduling video control system between a multi-channel video signal and digital content, characterized in that applied to at least one of the advertising display system using. A remote server connected to the set-top box and the Internet remotely to transmit the content to the set-top box in real time and to execute the transmitted content remotely, locally connected to the set-top box and the Internet, and to the set-top box in real time. It includes a local server for transmitting the content and running the content locally, the remote server and a set-top box connected to the local server via the Internet and the plurality of contents received and received by the browser for Windows In the mixed scheduling video control system between a multi-channel video signal and digital content, A first step of executing a content first having a count set among the plurality of contents; A second step of causing the content next to be executed by ranking the content next in a rolling manner when the count set for the execution of the content first is increased in the first step; And a third step of ranking the content first in a rolling manner and returning it to the first step when the count set for the execution of the content next is increased in the second step. Mixed scheduling image control method between channel video signal and digital content. The method of claim 8, wherein the image control method An eleventh step of calculating a play time of each content; A twelfth step of setting a delay time for logic processing after the eleventh step; A thirteenth step of calculating an average error from the twelfth step until a predetermined time or constant repeat playback; A fourteenth step of setting a playback interval criterion for content formed in a manner including a video, a still image, a flash, and a PPT after the third step; A fifteenth step of determining whether a reproduction interval of the corresponding content after the fourteenth step exceeds a set criterion; A sixteenth step of calculating and applying a calculated value for the playback interval for each content if the playback interval of the corresponding content exceeds the set criterion in the fifteenth step; And a seventeenth step of executing the content by the event scheduling after the execution of the sixteenth step or the reproduction interval of the corresponding content in the fifteenth step. A method for controlling mixed scheduling video between a digital content and a digital content. The method of claim 17, wherein the event scheduling in the seventeenth step, A method of controlling mixed scheduling video between a multi-channel video signal and digital content, wherein the multi-channel video signal is performed by applying one or more of rolling, event time and content flag bits. The method of claim 9, wherein the seventeenth step, A twenty-first step of executing in a rolling manner on the content first and the content next; A twenty-second step of causing another content to be executed when an event time occurs in the corresponding content among executing the one of the content first and the content next in the twenty-first step; Performing a time check or a flag bit check while executing content in a rolling manner after the twenty-second step; A twenty-fourth step of causing another content to be executed by a rolling method when the time expires during execution of the twenty-third step or when the flag bit indicates the end; and the mixed scheduling between the multi-channel video signal and the digital content is performed. Image control method.

Images