KR20030042657A - Internet real time and reserved telerecording/broadcasting automatic system - Google Patents

Abstract

PURPOSE: A system for the automatic real-time and reserved Internet video recording/broadcasting is provided to offer an MCI(Man Computer Interface) style web solution to perform a service on a desired time by automatically loading a moving image file and a web page to a web server on the desired time. CONSTITUTION: After executing an encoder of an Internet broadcasting system and selecting the contents as an external analog input device, a video device and an audio device, which are a driver device, are selected. A recording file name for the reserved video recording is generated, and a start and an end time of the reserved video recording are set up(S42). A background screen for the video recording is selected(S46). The web server to transmit the recorded file is selected(S50).

Description

Internet real time and reserved telerecording / broadcasting automatic system}

The present invention relates to an automatic multimedia production / broadcasting system for internet broadcasting. More specifically, the multimedia contents and video production can be uploaded to the web by using only a button without a complicated user's operation. Internet real-time and reservation recording / broadcasting automatic system that can handle all processes automatically.

The Internet is a computer network where many computers around the world are connected to each other. The Internet is the world's largest computer communication network, which has become increasingly large in the form of interconnecting small networks such as LANs, and is now a large network of networks all over the world.

Services available on the Internet include e-mail, remote computer connectivity (TELNET), file transfer (FTP), Usenet news (USENET NEWS), internet information search (GOPHER), internet conversation and discussion (IRC). , Electronic bulletin boards (BBS), hypertext information viewing (WWW; World Wide Web), online games, etc., and new services such as video conferencing and video conferencing are developed in order to continuously increase the user base. It became.

Because of such diverse services and abundant resources, the Internet is called the sea of information or the digital age.

With the spread of the fast internet line, multimedia contents are spreading on the web in accordance with the digital age, and real-time VOD (Video On Demand) services are provided in various ways.

This is the result of the rapid spread of the Internet and video compression technology. Most VOD service and multimedia content creators produce video using hardware and software, and then use a media server using a file transfer (FTP) program. Or, the user directly uploads a video to a service system on a web server to provide a streaming service.

FIG. 8 is a schematic configuration diagram of a conventional Internet broadcasting system. As shown in FIG. 8, real-time multimedia may be transmitted and received in real time without downloading multimedia data such as audio / video from the Internet or an intranet. The system includes an encoder unit 10, a server unit 20, and a client unit 50, and the server unit 20 and the client unit 50 are connected to the hub 40 and the Internet 40. .

At this time, it will be apparent to those skilled in the art that the Internet 40 and the client unit 50 may be configured by ISDN, leased line, modem, etc. according to the surrounding environment.

In addition, the encoder unit 10 may store an analog input device such as a video camera, a microphone, a VTR, and the like, and digitize an analog source through the analog input device 11 to enable real-time transmission. It consists of a computer equipped with a capture card (sound, video) to compress, i.e., an analog / digital converter 12, wherein the server unit 20 receives the files and signals compressed by the encoder unit 10 from the client unit. The multimedia server 22 for transmitting the multimedia data requested by the (50), the digital file DB (21) for storing the compressed file transmitted from the encoder unit 20, and control the normal communication protocols to control various homepages It consists of a web server 23 to manage.

At this time, the multimedia server 22 is composed of a real media server (Real Media Server), Windows Media Server (Windows Media Server), Netshow (Netshow) and the like.

In addition, the client unit 50 may receive data compressed by the encoder 10 from the server unit 20 and decode in real time, such as a real player or a media player. Perhaps a computer with Decoder Software.

In other words, in the Internet broadcasting system configured as described above, the homepage, e-commerce, in-house education and guidance system for remote lectures, virtual education, advertisements, as well as internet distribution can be applied.

However, in the above-described conventional multimedia content provision, the web service manager directly handled all the processes up to one hour of video service on the web.

For example, if you make a video on the internet and make a video on the internet, you wait while the user encodes the videotape and upload it to the web server using a file transfer program. This requires a lot of time depending on the size of the video and had a huge inconvenience that the user must reside directly.

The present invention has been made to solve the above problems, an object of the present invention is to provide a multimedia content or a video file (media file) for the video VOD service automatically when the desired web page with a web page configured in advance It is to provide real-time internet and reservation recording / broadcasting automatic system that provides MCI (Man Computer Interface) type web solution that can be uploaded to server and service at any time.

In order to achieve the above object, the present invention provides an internet broadcasting system capable of transmitting and receiving multimedia data, such as audio / video, in real time without downloading a real-time multimedia from the internet or an intranet, and the encoder unit of the internet broadcasting system. An environment setting step of executing (10) and selecting content which is an external analog input device 11 and then selecting a video device and an audio device which are driver devices; A recording time setting step of generating a recording file name for reservation recording and setting a reservation start time and an end time; A skin screen setting step of selecting a background wallpaper when recording; And a server setting step of selecting a web server (FTP) to transmit the recorded file.

In addition, the present invention implements the encoder unit 10 of the Internet broadcasting system in the Internet broadcasting system that can send and receive real-time multimedia (streaming media) in real time without downloading multimedia data such as audio / video in the Internet or intranet An environment setting step of selecting a content which is an external analog input device 11 and then selecting a video device and an audio device as driver devices; A web server specifying step of specifying an internet web server address to be transmitted; A file selection step of selecting a file to be transmitted; A reserved broadcast time setting step of setting a broadcast start time and broadcast end time to be reserved by the web server; Automatically starts the real-time broadcast at the corresponding time, characterized in that consisting of a broadcast start and end step automatically terminates when the end time.

In addition, the present invention implements the encoder unit 10 of the Internet broadcasting system in the Internet broadcasting system that can send and receive real-time multimedia (streaming media) in real time without downloading multimedia data such as audio / video in the Internet or intranet An environment setting step of selecting a content which is an external analog input device 11 and then selecting a video device and an audio device which are driver devices; A reservation transmission time setting step of setting a transmission time of the corresponding file; A video file selecting step of selecting a video file to be transmitted; A skin screen designation step of selecting a background screen of the screen to be transmitted and broadcasted; A server selection step of selecting a web server for the reservation transmission; And a reservation transmission step of transmitting the file at the reservation time.

1 is a flowchart of operation of an automatic system for internet real-time broadcasting according to the present invention;

2 is an operation flowchart of an automatic system for internet broadcasting reservation recording according to the present invention;

3 is a flowchart illustrating the operation of the automatic internet reservation broadcasting system according to the present invention;

4 is an operation flowchart of an automatic Internet reservation transmission system according to the present invention;

5 is a main screen configuration diagram of an internet real-time and reservation recording / broadcasting automatic system according to an embodiment of the present invention;

6a to 6b is a configuration screen configuration diagram of the Internet real-time and reservation recording / broadcasting automatic system according to an embodiment of the present invention,

7A to 7K are screen configuration diagrams of an automatic Internet reservation / broadcasting system according to an embodiment of the present invention;

8 is a schematic configuration diagram of a conventional general Internet broadcasting system;

<Description of Symbols for Main Parts of Drawings>

10: encoder section 11: analog input device

12: analog / digital converter 20: server unit

21: Digital File DB22: Multimedia Server

23: web server 30: hub

40: Internet 50: client part

Hereinafter, with reference to the accompanying drawings will be described in detail with respect to the Internet real-time and reservation recording / broadcasting automatic system of the present invention.

Since the Internet broadcasting system according to the present invention has the same hardware configuration as in FIG. 8, the detailed description thereof will be repeated, and thus the description thereof will be omitted with the same reference numerals.

1 is an operation flow chart of the Internet real-time broadcasting automatic system according to the present invention, Figure 2 is an operation flow chart of the Internet broadcasting reservation recording automatic system according to the present invention, Figure 3 is an operation flow diagram of the Internet automatic reservation broadcasting system according to the present invention 4 is an operation flowchart of an automatic Internet reservation transmission system according to the present invention, and FIG. 5 is a main screen configuration diagram of an internet real-time and automatic reservation / broadcasting system according to an embodiment of the present invention, and FIGS. 6A to 6B. Is a configuration screen configuration of the Internet real-time and automatic reservation recording / broadcasting system according to an embodiment of the present invention, Figure 7a to 7j is a screen configuration diagram of the automatic Internet recording / broadcasting system according to an embodiment of the present invention to be.

1 to 8, the operation of the present invention will be described.

First, the operation of the Internet real-time broadcasting system will be described.

The encoder unit 10 of the Internet broadcasting system is executed, and content is selected from the external analog input device 11 such as a camcorder, a video, a PC camera, and a real-time TV broadcast (S10 and S12).

That is, as shown in FIG. 5, when the analog / digital converter 12 of the encoder 10 is executed, the main screen is displayed.

Then, when the environment setting button 101 is selected on the main screen, as shown in FIG. 6A, when the original button 112 for selecting the input means is selected, the encoding selection 110 and the file in the external device are selected. Encode selection 111 can be performed.

That is, the video device and the audio device are selected, and as shown in FIG. 6B, the output button 113 is selected to specify the output file to complete the environment setting.

After that, whether or not to perform real-time Internet broadcasting, reservation recording, reservation broadcasting, reservation transmission reservation management is selected (S16).

When the real-time Internet broadcast is selected, an automatic timer is set to store data input through the analog input device 11 for a desired time (S18).

When the set time is reached, the encoder unit 10 operates to receive data from the analog input device 11 to digitize the data in the analog / digital converter 12 and simultaneously compress and store the data (S20). When the timer 10 is set and the encoder unit 10 is terminated (S22), the web content input from the web content, that is, the input video and audio data, and the skin screen which is the surrounding background of the video and audio data are edited. The page is configured in the multimedia server 22 (S24).

When the web content and web page configuration is completed from the multimedia server 22 as described above, a service timer to start the Internet broadcasting service is set from the multimedia server 22 (S26), and at the same time, the web server 23 for internet broadcasting. Set the address of (S28).

When the time is set as the service timer as described above, if the web content is automatically uploaded to the web server 23 through the control of the multimedia server 22 from the digital file DB (21) (S30), the web server ( 23, the web service is started in the client unit 50 (S32).

In addition, in order to reserve recording using the web content in step S16 (S40), as shown in FIG. 2, a web driver and content are selected to select a device driver (S10, S12, S14) as shown in FIG. When the reservation management box 102 is selected from the screen, reservation management shows the reservation status already set as shown in FIG. 7A.

Thereafter, the add button 120 on the screen shown in FIG. 7B is selected to generate a recording file name (S42), and the reservation start time and end time are set (S44).

At this time, you can cancel the reservation file that is already set by using the mouse, which is a computer input device, or select change and automatic transfer.

In addition, a background wallpaper is selected during recording by selecting the skin button 122 shown in FIG. 7B (S46), and selecting a FTP server button 121 to designate a web server (FTP) to transmit the recorded file. (S48).

At this time, the skin is a background image of the file to be recorded and is selected from various screens previously stored as shown in FIG. 7C by clicking the input button 123.

After that, if the FTP server button 121 is selected as the web server 23 to be transmitted as shown in FIG. When the elapsed time, recording will be automatically executed during the corresponding time.

After that, when the recording start time comes, recording is automatically started (S50), and recording is performed during the recording end time (S52).

In addition, when the reserved broadcast (S60) is selected in step S16, as shown in FIG. 3, the reserved broadcast is automatically performed for the reserved broadcast, and the reservation management 102 of FIG. 5 is selected, and in FIG. When the broadcast box 130 is selected, as shown in FIG. 7E, the name, start time, and end time of the files to be reserved currently are displayed, and an additional button 131 is selected to display an image being broadcast from the video / audio device. You can broadcast live for the time you want in real time.

That is, first specify the transmission Internet web server address (S62), and then set the broadcast start time and broadcast end time by selecting the add button 131 (S64), and automatically starts real-time broadcast at the corresponding time When the end time comes (S66), it ends automatically (S68).

In addition, if the reservation transmission (S80) is selected in step S16, as shown in FIG. 4, the video file recorded in the reservation recording or the separately prepared video can be serviced on the Internet at the scheduled time, and the reservation management of FIG. If 102 is selected and the transfer box 140 of FIG. 7F is selected, files to be reserved for transmission are displayed.

Thereafter, when the input button 141 is selected, the transmission time of the corresponding file is set (S82). When the video button 142 is selected as shown in FIG. 7G, the pre-stored file is designated (S84), and the broadcast By selecting the skin button 143 which selects the background screen of the screen, the skin screen is designated (S86).

Then, the web server to be reserved is selected and set as shown in FIG. 7H by selecting the FTP server button 144 (S88), and the corresponding file is transmitted at the reserved time (S90).

FIG. 7J is a screen configuration diagram in which a corresponding skin screen is previewed when a skin is selected in step S86.

As described above, according to the present invention, when the multimedia VOD service and contents are produced, the Internet broadcasting can be controlled in real time by only inputting a simple time, and the recording, broadcasting, and transmission can be automatically scheduled at a preset time. This can save a lot of unnecessary time, and save money for VOD services.

Claims (3)

In the Internet broadcasting system that can exchange real-time multimedia (streaming media) in real time without downloading multimedia data such as audio / video from the Internet or intranet, An environment setting step of executing the encoder unit 10 of the internet broadcasting system and selecting contents which are external analog input devices 11 and then selecting a video device and an audio device as driver devices; A recording time setting step of generating a recording file name for reservation recording and setting a reservation start time and an end time; A skin screen setting step of selecting a background wallpaper when recording; And a server setting step of selecting a web server (FTP) to transmit the recorded file. In the Internet broadcasting system that can exchange real-time multimedia (streaming media) in real time without downloading multimedia data such as audio / video from the Internet or intranet, An environment setting step of executing the encoder unit 10 of the internet broadcasting system and selecting contents which are external analog input devices 11 and then selecting a video device and an audio device as driver devices; A web server specifying step of specifying an internet web server address to be transmitted; A file selection step of selecting a file to be transmitted; A reserved broadcast time setting step of setting a broadcast start time and broadcast end time to be reserved by the web server; Automatic start of the real-time broadcast at the corresponding time, automatic reservation broadcast transmission system, characterized in that it comprises a broadcast start and end step automatically terminates when the end time. In the Internet broadcasting system that can exchange real-time multimedia (streaming media) in real time without downloading multimedia data such as audio / video from the Internet or intranet, An environment setting step of executing the encoder unit 10 of the internet broadcasting system and selecting contents which are external analog input devices 11 and then selecting a video device and an audio device as driver devices; A reservation transmission time setting step of setting a transmission time of the corresponding file; A video file selecting step of selecting a video file to be transmitted; A skin screen designation step of selecting a background screen of the screen to be transmitted and broadcasted; A server selection step of selecting a web server for the reservation transmission; Automatic reservation transmission system for Internet broadcasting, characterized in that the reservation transmission step of transmitting the file at the corresponding reservation time.