KR20020029879A - Method and system for providing a full motion video information - Google Patents

Abstract

PURPOSE: A method of supplying motion picture information using a satellite communication network is provided to transmit video information data to a motion picture satellite advertising terminal from a satellite advertising transmission server, to express the video information data, and to control satellite advertising terminals from a remote place by using report data from the satellite advertising terminal, so as to vary motion picture advertising markets. CONSTITUTION: A satellite advertising transmission server registers video information data(605), and checks whether a predetermined transmission condition for transmitting the registered video information data to a satellite advertising terminal is satisfactory(610). If so, the satellite advertising transmission server transmits a file information packet to many satellite advertising terminals(615). The satellite advertising terminals check whether to receive or store video information data files transmitted in correspondence with the file information packet(625). If so, the satellite advertising terminals receive and store the transmitted video information data(630).

Description

Method and system for providing video information using satellite communication network {METHOD AND SYSTEM FOR PROVIDING A FULL MOTION VIDEO INFORMATION}

The present invention relates to a method and system for providing video information using a satellite communication network, and more particularly, to a method and system for providing video information that can selectively transmit information to a plurality of mobile terminals.

In the past, video information was provided from a broadcasting station through a television. However, as communication technology advances, a user can access a web site providing video information and receive a desired video from the site.

1 is a block diagram illustrating a system for providing image information according to the related art.

Referring to FIG. 1, the image information providing system 110 according to the related art includes an image information collecting device 115, a video encoder 120, a media server 125, a transmission schedule program 130, and a transmission medium 135. It includes.

Here, the transmission medium 135 includes a T1 / E1 dedicated line, a DS3-class dedicated line, high speed Internet (XDSL), a cable modem, and the like.

The image information collecting device 115 may display information recorded on a kind of storage medium (for example, CD ROM, tape, etc.) or a document online (for example, through an Internet connection, etc.) or offline (for example, through human resources). Image information is provided from the information provider 100 through a delivery method.

Here, the image information may include a video and plain text information.

Subsequently, the image information collecting device 115 transmits the image information provided from the information provider 100 to the video encoder 120, and the video encoder 120 compresses the video information into a digital video signal.

That is, since the video encoder 120 occupies many transmission bands when the analog video information provided from the information provider is transmitted to the video information terminal 140, since the usage fee of the transmission medium 135 is expensive, the video encoder 120 converts the analog video information into digital video information. To compress.

Here, the video encoder 120 compresses analog image information into corresponding digital image information according to the type of the transmission medium 135 and stores it in the form of an electronic file in the media server 125.

That is, the video encoder 120 performs digitization according to the bandwidth according to the transmission medium 135 (for example, a T1 / E1 dedicated line, a DS3-class leased line, an X-Digital Subscriber Line (XDSL: high speed Internet), a cable modem, etc.). Will perform. For example, if the transmission speed of the transmission medium 135 is about 1 Mbps, MPEG-4 is used, and if it is about 2M, MPEG-1 is used, and if it is about 3 to 15, MPEG-2 compresses analog video information into digital video information.

The media server 125 transmits the compressed digital image information to the image information terminal 140 in the form of a file through the transmission medium 135 at a time designated by the preset transmission schedule program 130.

2 is a block diagram illustrating an internal configuration of a video information terminal according to the prior art.

Referring to FIG. 2, the image information terminal according to the related art includes a transmission medium 210, a transmission medium interface 220, a data interface 230, a central processing unit 240, a storage device 250, and an operating system 260. ), An expression scheduler 270, an image processing module 280, and a display medium 290.

The transmission medium interface 220 receives and transmits digital image information received through the transmission medium 210 to the central processing unit 240, and the central processing unit 240 stores the digital image information in the storage device 250. do.

Subsequently, the presentation scheduler 270 outputs the digital image information stored in the storage device 250 to the image processing module 280 based on the presentation schedule information set by the central processing unit 240, and the image processing module 280. Signal-processes the digital image information and outputs the same through the display medium 290.

Here, the data interface 230 includes all interfaces to the transmission medium interface 220, the central processing unit 240, the storage device 250, the operating system 260, the display scheduler 270, and the image processing module 280. Have a specification.

That is, the data interface 230 provides a hardware interface between the central processing unit 240 and the storage device 250, and the operating system 260 and the presentation scheduler 270 provide interfaces for a driver level and an application level. do.

The video information providing system according to the related art, which is configured and operated as described above, should use a high-speed transmission medium (T1 / E1 dedicated line, DS3 class dedicated line, XDSL, cable modem) in order to transmit high quality large capacity image information to the video information terminal. Therefore, there is a problem that the general public other than the operator of the broadcasting station is difficult to use.

In addition, in the prior art, when the image information is transmitted to the image information terminal through the Internet network, the Internet network may have a transmission speed of several Mbps. However, since the Internet network is a public network, during a time when a large number of users access the Internet network, There is also a problem that can not guarantee the transmission speed of the Internet.

On the other hand, there is also a video information terminal using the offline VTR or C / D player to solve the problem of the high-definition video information point described above, and to play the video directly without using the transmission medium and the video encoder.

However, the method using the offline video information terminal cannot provide life information and news that occur frequently from time to time, and there is a problem that the storage medium must be replaced from time to time to provide information that occurs from time to time.

In addition, when the video information terminal is a mobile device using a wireless communication network, that is, a WAP terminal such as a mobile phone or a PDA, the transmission speed of the mobile phone by the wireless communication network is about 1 to 200 Kbps.

Accordingly, there is a problem that it is difficult to receive video information requiring a transmission speed of at least several hundred Kbps through a mobile object such as a mobile phone.

Here, the store and play presentation method of downloading and storing the video information on the mobile phone and confirming it is possible, but multicast transmission of the video information of several Mbps through the wireless communication network pays a very high mobile communication fee. There is a problem that must be done.

In addition, the image information providing system according to the prior art also has a problem that the administrator must visit the place where the image information terminal is located in order to check the display state of the image information terminal.

Accordingly, an object of the present invention is to provide a method and system for providing video information using a satellite communication network capable of providing video information through a satellite communication network.

Another object of the present invention is to provide a video information providing method and system using a satellite communication network that can expect the maximum advertising effect at a low cost and contribute to the popularization of video advertising.

Another object of the present invention, regardless of whether the advertising terminal is fixed or moved, considering the location of the advertising terminal, the taste of the general public exposed to the advertisement, etc., the advertising terminal itself is the optimal image information according to a predetermined condition It is to provide a video information providing method and system using a satellite communication network that can be selectively received and provided.

Still another object of the present invention is a video using a satellite communication network that can not only automatically repeat transmission when an error occurs in the video information transmission process to the advertisement terminal, but also automatically switch to a separate communication network to perform image data transmission. It is to provide a method and system for providing information.

Still another object of the present invention is to provide a method and system for providing video information using a satellite communication network that can expect to reduce manpower and cost required to perform advertisements by controlling and managing a large number of advertisement terminals remotely from a satellite advertisement transmission server. will be.

1 is a configuration block diagram of a video information providing system according to the prior art.

2 is a block diagram illustrating an internal configuration of a video information terminal according to the related art.

3 is a schematic block diagram of an image information providing system using a satellite communication network according to the present invention;

4 is a schematic structural block diagram of a satellite advertisement transmission server according to the present invention;

5 is a schematic structural block diagram of a satellite advertising terminal according to the present invention;

6 is a flowchart illustrating a process of receiving and outputting image information data in a satellite advertisement terminal according to the present invention.

7 is a diagram illustrating an image information data transmission screen according to the present invention.

8 is a diagram illustrating a transmission scheduler management screen according to the present invention.

<Description of the code for the main part>

110: image information providing system 115: image information collecting device

120: video encoder 125: media server

130: transmission schedule program 135, 210: transmission medium

220: transmission medium interface 230: data interface

240: central processing unit 250: storage unit

260: operating system 270: presentation scheduler

280: image processing module 290: display medium

310: satellite advertisement transmission server 320: satellite

330: satellite advertising terminal 410: raw image information storage unit

420: Image information compression unit 430: Image information transmission processor

440: network control module 450: data encoding module

460: satellite advertising transmission module 470: user interface module

475: database connection module 480: multicast scheduler module

485: multicast transmission module 490: terminal reporting module

495: satellite broadcasting control module 505: satellite advertising receiver

510: demultiplex module 515: logic control module

520: image display module 525: display unit

530: control information processing module 535: receiving module for each group

540: database management module 545: recurring scheduler module

550: repeat playback module 555: program upgrade module

560: satellite broadcasting module 565: remote control module

570: remote reporting module

In order to achieve the above object, according to an aspect of the present invention, a satellite advertisement transmission system capable of transmitting image information data to a plurality of satellite advertisement terminals using a satellite system network, and control of the satellite advertisement terminal from a remote location Storing at least one image information data converted into a predetermined form; generating an image data transmission schedule including at least one of the stored image information data; and an image included in the image data transmission schedule. Transmitting the file information packet corresponding to the information data to the plurality of satellite advertisement terminals, and transmitting the image information data corresponding to the image data transmission schedule to the plurality of satellite advertisement terminals using the satellite system network. Zero using satellite network including steps Provided are a method for providing image information data, and a system and an apparatus for enabling the performance of the method for providing image information data using the satellite communication network are provided.

The file information packet may include information for determining whether the satellite advertisement terminal needs to receive and store the image information data.

In addition, the image information data providing method using the satellite communication network is a program version of the satellite advertising terminal, the number of the image information data file retained, the ID of the image information data file, the reception rate of the image information data file, the number of times of reproduction of the image information data file The method may further include transmitting a report request including at least one to the satellite advertising terminal, and receiving report data corresponding to the report request from the satellite advertising terminal.

The satellite advertising terminal may be installed at a predetermined fixed position or combined with a moving object, and the moving object may be a public transportation means (eg, a bus, a train, a ship, etc.), a mobile advertising vehicle, or the like.

Further, in a satellite advertisement terminal receiving image information data from a satellite advertisement transmission server using a satellite system network and expressing the image information data, arbitrary image information data from the satellite advertisement transmission server using a predetermined channel. Receiving a file information packet corresponding to and checking whether it is necessary to receive and store the image information data using the file information packet, and when it is necessary to receive and store the image information data. And receiving and storing the image information data from the satellite advertisement transmission server, and displaying the image information data on a display unit according to an image data presentation schedule, wherein the image information data presentation method is provided. Enable the execution of data presentation methods It is provided to the system and associated equipment.

Receiving and storing the image information data from the satellite advertisement transmission server, the step of checking whether the storage state of the image information data is normal, and if there is an error in the storage state of the image information data, Restoring the storage state of the image information data to a normal state by a specified method (for example, a method of repeatedly receiving the image information data, a method of repeatedly receiving only an error part of the image information data, etc.). It may include.

The image information data display method may include switching to a satellite broadcast mode when a satellite broadcast mode switch command is received from the satellite advertisement transmission server, and receiving satellite broadcast data from a satellite broadcast system corresponding to the satellite broadcast mode switch command. The method may further include displaying the received satellite broadcast data on a display unit.

The image information data display method may further include: checking whether a predetermined time has elapsed in response to the satellite broadcast mode switching command, and when the predetermined time has elapsed, displaying the image information data on a display unit. It may further comprise the step of automatically switching to.

The step of checking whether it is necessary to receive and store the image information data in the satellite advertisement terminal may include pre-specified image data transmission protocol to allow selective reception and storage by each satellite advertisement terminal in the file information packet. It may be made by searching for the satellite advertising terminal ID.

The channel may include an advertisement data channel for transmitting image information data, a program upgrade channel for managing a program in the satellite advertisement terminal, a control code channel for controlling the satellite advertisement terminal at a remote location, and the like. The data presentation schedule may be automatically scheduled according to a predetermined criterion by using characteristics of the image information data which are distinguished from each other.

Hereinafter, a preferred embodiment of an apparatus and method for providing image information using a satellite communication network according to the present invention will be described in detail with reference to the accompanying drawings.

3 is a schematic block diagram of an image information providing system using a satellite communication network according to the present invention.

Referring to FIG. 3, the image information providing system using the satellite communication network may include a satellite advertisement transmission server 310, a satellite 320, and a satellite advertisement terminal 330.

The satellite advertisement transmission server 310 selectively receives image information data by region / media company (for example, an advertisement company) / terminal, etc. through the satellite 320 according to the IP multicast protocol, and transmits it. It checks the transmission and reception status of the video information through the internet network.

Multicast means selective reception by group, and IP multicast means selective reception by a designated group.

The satellite advertisement terminal 330 receives image information received through the satellite 320 and informs the state of the satellite advertisement terminal 330 and the image information receiving state through the Internet network. The satellite advertising terminal 330 may be installed at a fixed position, but may be preferably installed on a moving body (for example, a bus, a train, a train, an advertising mobile vehicle, etc.).

4 is a schematic block diagram of a satellite advertisement transmission server 310 according to the present invention.

Referring to FIG. 4, the satellite advertisement transmission server 310 may include a raw image information storage unit 410, an image information compression unit 420, an image information transmission processor 430, a network control module 440, and a data encoding module ( 450 and satellite advertisement transmission module 460.

In addition, the satellite advertisement transmission server 310 may be divided into three parts, such as an image data editing system, a satellite advertisement transmission server, and a satellite transmission system, for convenience. That is, the raw image information storage unit 410 and the image information compression unit 420 correspond to the image data editing system, and only the image information transmission processor 430 corresponds to the satellite advertisement transmission server, the network control module 440, The data encoding module 450 and the satellite advertisement transmission module 460 may be classified to correspond to a satellite transmission system.

The raw image information storage unit 410 may store image information such as advertisements from an image information provider, for example, an advertiser, online (eg, CD ROM, tape, etc.) or in the form of information recorded on a document. For example, Internet access, e-mail, etc.) or offline (for example, through a personal delivery method) may be provided and digitized provided image information in the form of a hard disk, digital tape, analog tape or CD, etc. Save it.

The image information compressor 420 compresses the image information to the MPEG-2 standard in order to transmit the image information stably through the satellite. Of course, the image information compressor 420 may compress the image information in various ways according to the state of the satellite advertisement terminal 330-FIG. 3, and if necessary, MPEG-4, MPEG-1, or MJPEG (Motion JPEG). Image information can also be compressed according to a standard such as the above.

The video information transmission processor 430 performs IP multicasting on the compressed video information according to a transmission schedule set by a user.

Here, the image information transmission processor 430 may include a user interface module 470, a database connection module 475, a multicast scheduler module 480, a multicast transmission module 485, a terminal reporting module 490, and a satellite broadcast control. Module 495 and the like.

Also, the image information transmission processor 430 may include a converted image information storage unit (not shown) for storing the image data compressed by the image information compression unit 420, and the converted image information storage unit may include an image. It may be formed as a separate independent device that is not included in the information transmission processing unit 430 and coupled through a communication network.

The user interface module 470 uses a user setting screen including a service information screen, a transmission information screen, an information list display screen, an information carrier display screen, a satellite advertisement terminal list screen, and the like to set a schedule for sending compressed video information. Display on the terminal display.

On the service information screen, the number of information carriers (information providers), the number of satellite advertising terminals, the number of advertisements for each type, and the ratio of displaying business information and non-commercial information are displayed.

The transfer information screen not only displays the channel transfer status of the control channel, program upgrade channel, file transfer channel, etc., but also includes a function button that allows an administrator to adjust the transfer order of the information (for example, advertisement) file. Can be.

The information list display screen displays a list of currently registered information (e.g., advertisements, lost children, stock quotes, breaking news, etc.) files and a description of the information file (e.g., an advertisement name). A partial or full retrieval of the information is possible, and the list of stored information (e.g., advertisements) files can be composed of the type, range, file ID, region code, media company ID, start date, end date and description of each. have.

The information medium company display screen may display an ID of a medium company, a code of a medium company, a name of a medium company, and the like, and a search function for any medium company may be provided.

The satellite advertisement terminal list screen may include a list of satellite advertisement terminals currently installed and operated, a search function (for example, a search function for each media company, an installation place, etc.), a counter function of the found satellite advertisement terminal, and the like.

The database connection module 475 is combined with the converted image information storage unit through a communication network to perform addition or registration and deletion functions such as image information (eg, advertisement) data, terminal data, terminal program, media company data, and the like. It may also perform a reservation or deletion function of the satellite broadcast information.

The multicast scheduler module 480 performs a function of specifying a transmission order of information (eg, advertisement) data.

That is, it basically functions to transmit sequentially from information having a high priority (for example, advertisement). However, if the event information or the administrator of the satellite advertisement transmission server 310 wants to retransmit a file that has already been transmitted, the event property information may be automatically changed (for example, by using a predetermined file type). By specifying '0', a file having a file type of '0' may be transmitted in a priority manner to another file) or by a manager of the satellite advertisement transmission server 310. .

After the transmission order is determined, the method of changing the transmission order (deleting method, using the skip function, repeating method, etc.) will be described in detail as follows.

The administrator of the satellite advertisement transmission server 310 may delete the transmission schedule of any file from the transmission schedule list that has been determined using the multicast scheduler module 480, as well as delete the file itself.

For example, the administrator selects the deletion of the file from the transmission schedule list or requests the deletion of the file directly by using the raw image information storage unit 410 or the converted image information storage unit to delete the selected file itself. can do.

In addition, as described above, even if the transmission schedule of the file is not deleted or the file itself is not deleted, the file may not be transmitted but the file located in the next transmission order may be transmitted.

This method is more convenient than deleting the file list already registered in the transmission schedule list. The method skips the transmission of the file and uses the skip function to transfer the file located in the next transmission order. .

That is, if the administrator checks through a mouse click, etc. in a predetermined check box with respect to an arbitrary file in order to select the 'skip function', the transmission of the file is ignored and the file located in the next transfer order is selected. Will be sent.

In addition, in order to repeatedly transmit an arbitrary file, the administrator may specify that the same information file is repeatedly transmitted by double-clicking, and may be repeatedly transmitted by checking by clicking a mouse in a predetermined check box. Can be.

In addition, a manual setting button may be provided so that the administrator can arbitrarily determine the file transfer order. When the administrator selects the provided manual setting button, the administrator arbitrarily sets the transmission order using the information files already stored in the converted video information storage unit (for example, the upper part of the transmission schedule list in the order of the information file clicked by the administrator first). Etc.) to generate a transmission schedule list.

The multicast transmission module 485 transmits image information data, control data, and the like to the satellite advertisement terminal 330-see FIG. 3, and includes an 'AdTxThread Module', a 'CtrlTxThread Module', a 'SWTxThread Module', and the like. Can be configured.

In addition, the channel used in the multicast transmission module 485 may basically include three channels, such as a data channel, a control channel, and a program upgrade channel. In addition, different channels are transmitted according to a function required for transmission through multicast IP, and the purpose of each channel is as follows.

'AdTxThread Module' is a multicast that receives data information (eg, file ID, file size, file classification, etc.) compressed through the image information compression unit 420 through the database connection module 475. The data channel is used to receive the data information from the scheduler module 480.

The multicast transmission module 485 searches for the corresponding image information data file in the converted image information storage unit in which the at least one image information data is stored, using the data information received through the data channel. The file is transmitted to the satellite advertising terminal 330-FIG. 3 via the satellite 320-FIG. 3.

'CtrlTxThread Module' uses the control channel to send and receive system control codes, which are File Delete Control Packet, File Information Packet, Schedule Information Control Packet, Module Control Packet, Terminal ID Change Control Packet, Terrestrial Network Interface Access Packet, Version It may include a control packet such as an update control packet, a satellite broadcast mode control packet.

The file deletion control packet is a control packet for deleting any information (eg, advertisement, etc.) data already stored. Since each image information data stored in the satellite advertisement terminal 330-see FIG. 3 has independent file IDs, a file deletion control packet including a file ID that the administrator of the satellite advertisement transmission server 310 wants to delete is transmitted. When transmitting, the satellite advertisement terminal 330-FIG. 3 deletes image information data corresponding to the file ID included in the received file deletion control packet.

The file information packet is a packet transmitted to the satellite advertisement terminal 330-3 before the image information data is transmitted from the multicast transmission module 485. The file information packet is transmitted from the multicast transmission module 485. Information such as whether the satellite advertising terminal 330 needs to receive or store the image information data.

The method of determining whether or not the satellite advertisement terminal 330-see FIG. 3 stores the image information data transmitted through the file information packet transmitted from the multicast transmission module 485 will be described in detail later with reference to the related drawings (FIG. 6). Let's explain.

The schedule information control packet includes a satellite advertisement terminal in order to enable the satellite advertisement transmission server 310 to collectively manage the presentation ratio information according to the type of each information (eg, news, living information, business information). 3). The satellite advertisement terminal 330-see FIG. 3 receives a schedule information control packet from the satellite advertisement transmission server 310 and determines whether to display and display the image information data stored in advance or received in real time. do.

The module control packet is a packet for displaying and transmitting a list of modules currently being transmitted.

The terminal ID change control packet is a packet transmitted when an ID (that is, a unique number of the satellite advertisement terminal) of an arbitrary satellite advertisement terminal 330-FIG. 3 is to be changed.

When the terrestrial network interface access packet attempts a predetermined number of times in transmitting information data from the satellite advertisement transmission server 310 to the satellite advertisement terminal 330-see FIG. 3, but the problem occurs, the satellite advertisement transmission server 310 ) And the satellite advertisement terminal 330-see FIG. 3 to be connected through the terrestrial network.

The version update control packet uses the content (for example, version information, etc.) reported from the satellite advertisement terminal 330-FIG. 3, compared to the program version held by the satellite advertisement transmission server 310. 3 is a packet used when transmitting an upgrade command to upgrade to the latest version of the program file when the program version held in the program is a lower version (that is, an older program version).

The satellite broadcast mode control packet is a packet which is installed at a fixed position in the satellite advertisement transmission server 310 or transmitted to a specific satellite advertisement terminal (330-3) installed in a moving object at a specific time. The advertisement terminal 330-FIG. 3 stops receiving information (eg, advertisement, etc.) data for a predetermined time and expresses the satellite broadcast transmitted from the satellite advertisement transmission server 310.

'SWTxThread Module' uses a program upgrade channel to transmit and receive an executable program required by the satellite advertising terminal (330-FIG. 3). That is, when the execution program stored in the satellite advertisement terminal 330-FIG. 3 needs to be upgraded, the satellite advertisement terminal 330-FIG. 3 is currently held by using the execution program data transmitted through this channel. You can upgrade the executable.

The terminal reporting module 490 transmits a terminal report request to the satellite advertisement transmission server 310 to check the current state of the satellite advertisement terminal 330-FIG. 3. In addition, the terminal reporting module 490 provides a function of providing the report data received from the satellite advertising terminal 330-FIG. 3 to an administrator of the satellite advertising transmission server 310.

The report data transmitted from the satellite advertising terminal 330-see FIG. 3 and received by the terminal reporting module 490 includes the report data receiving time, the terminal ID, the program version in the terminal, the number of image information data files currently owned by the terminal, and the corresponding data. Information such as an ID of the image information data file, a reception ratio of the image information data file, and the number of times of reproduction of the image information data file may be included.

The satellite broadcast control module 495 may perform the following two modes.

First, the function of causing the satellite advertising terminal 330-see FIG. 3 to stop receiving the image information data file from the satellite advertising transmission server 310 and to switch to the satellite broadcasting mode.

In addition, second, in the process of receiving the image information data file from the satellite advertisement terminal 330-FIG. 3 continuously, the satellite advertisement transmission server 310 or the satellite broadcast repeater It is the function to receive satellite broadcasts from.

In this case, the receiver for receiving the satellite broadcast may be included in the satellite advertisement terminal 330-see FIG. 3. When the satellite broadcast control module 495 inputs and transmits the start time and the end time of the satellite broadcast, the satellite advertisement is received. Reservation and playback are scheduled using a timer inside the terminal 330-FIG. 3.

In the satellite broadcasting control module 495, the method for setting the satellite broadcasting mode may be activated by selecting a desired one from a combination of region / media company / terminal and inputting a corresponding code. In addition, PID (Packet Identifier: refers to a packet based on MPEG-2), polarization, repeater frequency, and symbol rate may be transmitted to the satellite advertising terminal (330-FIG. 3) to set satellite broadcasting information. have.

The satellite advertisement transmission server 310 transmits the scheduled information with a multicast IP corresponding to three channels. In the case where a data error occurs locally because the transmission is performed by multicast for each channel transmission, May lead to an error. Accordingly, the network control module 440 implements a traffic shaping function for packets mapped to three multicast IPs to reduce local errors to secure local data transmission. .

Burst traffic on the network (data that flocks at once) is generally discarded, and this discarded data degrades network performance independently of the reliability of the circuit segment. To solve this problem, as part of the QOS (Quality of Service), traffic shaping is the processing of burst traffic according to a predetermined policy.

1Mbps per second means the bandwidth that 1Mbit is transmitted per second. In other words, 10 Kbit is transmitted per 1 ms. Based on this, for example, if 1Mbit is transmitted only for 100ms at 1 second time, and if no data is transmitted for 900ms, the bandwidth of 1Mbps will be correct at the time of 1 second, but during the first 100ms It is transmitted in the band 10Mbps. In fact, since these data coexist on the Internet, a proper response is required to prevent data loss.

The data encoding module 450 maps three multimedia IPs to one configured IP packet, thereby channelizing the IP datagrams and transmitting them to a plurality of satellite advertising terminals 330-3. Perform the function.

In other words, when an IP datagram with three channels of information encapsulated in an IP packet is completed, it is in MPE (Multi-Protocol Encapsulation: ETSI 301 192) format and MPEG-2 before being sent back to satellite. It is necessary to remultiplex to TS. At this time, in case of encapsulation, several channels are included and transmitted in a predefined MPEG-2 PID.

The satellite advertisement transmission module 460 uses Quadrophase Phase Shift Keying (QPSK) to shift the MPEG-2 TS stream after it is remultiplexed to the satellite. It is a method used in a modem, and modulates digital data "1" and "0" into 2 bits and transmits them in correspondence with four phases of a carrier) and transmits streaming through a satellite transmitting antenna. .

5 is a schematic block diagram of a satellite advertising terminal 330 according to the present invention.

Referring to FIG. 5, the satellite advertisement terminal 330 includes a satellite advertisement receiver 505, a demultiplexing module 510, a logic control module 515, an image display module 520, a display unit 525, and a control information processing module. 530, group receiving module 535, database management module 540, repeat playback scheduler module 545, repeat playback module 550, program upgrade module 555, satellite broadcasting module 560, remote control Module 565, remote reporting module 570, and the like.

The satellite advertisement receiver 505 is a kind of satellite receiver, and receives a signal of the 12Ghz band lowered to 1Ghz from the satellite. The satellite advertisement receiver 505 may select and receive a signal transmitted from a desired repeater among various repeaters in the satellite.

The demultiplexing module 510 digitizes the signal of the 1 Ghz band received through the satellite advertisement receiver 505 and parses the stream into a data channel, a software channel, and a control channel to divide the logic into a logic control module. And transmits to 515.

The logic control module 515 performs commands of the satellite advertising terminal 330, buffering of the data queue, and data path and flow control functions.

The video display module 520 is a hardware or software decoding and display encoding module, and performs A / V decoding processing an audio / video signal after execution of other modules of a receiver and a terminal system. And converting to RGB (Red Green Blue) or NTSC (National Television System Committee).

The display unit 525 is a kind of display medium. In the case of the NTSC system, the display unit 525 expresses a signal in accordance with a computer monitor or other display formats in the case of the RGB system such as a TV or a projector.

The control information processing module 530 receives control information of all sub-modules of the satellite advertising terminal 330 from the satellite advertising receiver 505, and analyzes satellite channel information data and processes the satellite channel information data according to a control command.

The receiving module 535 for each group receives multicast data among the image information data received from the satellite advertisement receiver 505, analyzes it according to the service contents, and waits for a receiving stream to a related module. Performs the function of sending to a queue.

The database management module 540 stores the image information data received from the satellite in a database (not shown), receives the control stream from the satellite advertisement transmission server 301-FIG. 3, and stores and deletes the image information data of the database. Perform database management such as changes and changes.

The repeat play scheduler module 545 performs a function of scheduling according to a scheduler index, an event, a display rate, and the like stored in a database and transmitting the same to the repeat play module.

The repeat play module 550 classifies the hardware player (H / W player) or the software player (S / W player) using the information of the image information data stored in the database, and initializes each device to access the stored stream. (access) to play the function. In addition, a function for transmitting the system playback state and status and information according to display medium classification to the database management module 540 is also performed.

The program upgrade module 555 receives and stores a new version of a program according to a control command received from a satellite, and then automatically upgrades a program included in the satellite advertisement terminal 330 at the time indicated by the control command. Do this.

The satellite broadcasting module 560 receives a satellite frequency according to a function of receiving and outputting a satellite broadcast of a repeater different from the present among a plurality of repeaters included in the same satellite and a control command received from the satellite advertisement transmission server 310-FIG. 3. Tuning is performed to restore the original condition.

The remote control module 565 functions to terminate the function of receiving image information data from the satellite and to initiate the function of receiving image information data via a terrestrial system (eg, Dial-up Modem).

The remote reporting module 570 may include current state information of the satellite advertisement terminal 330 (eg, a program version in the terminal, a quantity of image information data files currently held by the terminal, an ID of the image information data file, and an image information data file). Reception rate, the number of times the video information data file is played, etc.) to the satellite advertisement transmission server 310-FIG. 3.

The operation performed by the satellite advertisement terminal 330 will be described once again using the configuration of the satellite advertisement terminal 330 as described above.

When the image information data designated by region / information / advertisement company / individual terminal is transmitted from the satellite advertisement transmission server 310, the satellite advertisement receiver 505 receives it.

Since the received image information data is modulated by QPSK (Quadriphase Phase Shift Keying), the demultiplexing module 510 demodulates and extracts a stream to the MPEG-2 TS. In addition, de-multiplexing and parsing streams that fit the information of the system are divided into general satellite broadcast streams and three channel streams (data channel, software channel, and control channel).

Of course, in this case, when the control command receives and outputs the satellite broadcast, the control command is tuned to the broadcast repeater to switch to the satellite broadcast module 560. When the reception channel is selected as in the satellite broadcasting or the cable broadcasting set top method, the image information data is displayed on the display unit 525 through the image display module 520.

The logic control module 515, which performs data path and flow control functions, creates a path of the stream according to the role of each module. That is, when the received stream is received through the MPEG-2 TS, it analyzes the channel information and the characteristics of the packet by using the multimedia IP, and then transmits the related information to the receiving module 535, the program upgrade module 555, etc. for each group. Send the packet. In addition, when the received stream is a stream for a control channel, it is stored and processed in its own module.

The receiving module 535 for each group stores the received data in the temporary storage directory at the same time as the received data is image information data. At this time, since the stored data is fragmented, the receiving module 535 optimizes the received data after the reception is completed. Save as integrated information.

The satellite broadcasting module 560 switches the repeater according to the command of the control packet of the control information processing module 530, receives a specific channel of the switched repeater, displays it on the display unit 525, and after the set time elapses. Again, switching through previous channel information is performed.

In addition, the repeat playback module 550 schedules a file stored in the database according to a parameter set in the repeat playback scheduler module 545. That is, the repeat playback scheduler module 545 generates a playback schedule according to all region information, some region information, event information, and the like, and transmits the playback schedule to the repeat playback module 550.

The remote reporting module 570 is a module for reporting the state of the terminal during the operation of the satellite advertisement terminal 330. The quantity and playback count of the image information data file currently held by the satellite advertisement terminal 330, a reception rate, a program version, etc. Information can be transmitted to the satellite advertisement transmission server 301-see FIG. 3, and in order to solve the problem in the satellite advertisement terminal 330, the execution state of the satellite advertisement terminal 330, the satellite tuning state, Information such as a data reception state and a reproduction state can also be automatically transmitted.

Conventional video advertisement apparatuses such as TVs, cable TVs, large billboards, etc. are mainly advertisements that are represented in designated places, or methods of upgrading or controlling advertisements on the Internet or dedicated lines by using a high-compression algorithm such as MPEG-4 using a land communication network Use Since the advertising method using the video advertising apparatus is installed in a fixed place, there is a problem that the advertising effect for the general public is not satisfactory and requires a high cost.

However, the video advertising device according to the present invention is a satellite advertising terminal that can be mounted on a mobile body, without being limited to a specific place as well as a fixed place of news, weather forecast, traffic information, cultural news, stock information, public service announcements, etc. Video ads and displays differentiated by time, event, information, and media company are possible.

Therefore, in the advertising method according to the present invention, video advertisement can be performed at a relatively low cost, so that SMEs, the general public, and the like can also induce an age of popularization of video advertisements that can appear as advertisers.

In addition, the present invention provides a satellite advertisement receiving unit (for example, a satellite tracking antenna for communication), a satellite advertisement transmission protocol, and three satellite channels using the three satellite channels that support it, and a display method after the satellite tracking antenna for mobile broadcasting. Apply.

Hereinafter, a method and system for providing video information using a satellite communication network according to the present invention described above with reference to FIGS. 3 to 5 will be briefly described. However, reference numerals will be used without distinguishing the drawings.

First, the digital advertisement medium provided by the satellite advertisement provider is collected and stored through the raw image information storage unit 410, and the raw image information data stored in the raw image information storage unit 410 is stored through the image information compression unit 420. Converted from analog image data to digital advertisement data.

The video advertisement data converted into digital advertisement data is stored in the converted image information storage unit by respective modules in charge of collection and separation of the image information transmission processing unit 430, and each converted image information data is classified by region by a scheduling algorithm. Group transfer by / media company / terminal.

The image information transmission processor 430 transmits the converted image information data using the multicast unit. Of course, a control code for the converted image information data transmitted before is transmitted.

First, the satellite advertisement terminal 330 receiving the transmitted control code through the satellite advertisement receiving unit 505 uses a control information processing module 530 to process a converted image information data to be transmitted later (for example, Whether to receive and store the converted video information data).

By using such control codes that can be stored or stored in correspondence with the converted image information data, if the converted image information data has an error during transmission, the automatic recovery operation is performed, or the stored converted image information data or In case of the converted image information data irrelevant to the satellite advertisement terminal 330, the reception can be rejected.

For example, transmission and recovery methods according to modes may be configured as the following table.

<Table 1> Transfer and Recovery Methods by Mode

Mode number Reception method Reception environment Application environment MODE 0 To recover, transfer all in full recovery (regardless of recovery status) Use if no satellite advertising terminal reports MODE 1 Send all for recovery (error is determined by periodic terminal reporting) Use when reporting cycle is aperiodic Moving object MODE 2 The satellite advertising terminal is automatically connected at the time of transmission, and the connection is terminated after the transmission ends. Error reporting is made in real time and retransmission is limited to the block in which the error occurred. Used for connection time centered ground network Fixture MODE 3 The terminal is always connected and error reporting is made in real time. Retransmission is limited to the block in which the error occurred. When using a stable ground network Dedicated line use fixture

The converted image information data to be transmitted is divided into small blocks and transmitted, and is transmitted using an IP multicast protocol. The IP multicast data is traffic shaping and network flow controlled by the network control module 440 to improve the stability of the data. The data is then converted by the data encoding module 450 into a satellite transmission stream format in the form of DVB (Digital Video Broadcasting) MPEG-2. Through this, the stream is converted into a DVB satellite transmission through the satellite advertisement transmission module 460.

The satellite advertisement terminal 330 determines whether to process the image information data or the program update using a control code transmitted from the satellite advertisement transmission server 310 and including a selection discrimination code for each region / media company / terminal. do.

In addition, the satellite advertisement terminal 330 may perform a function such as storing, restoring, or rejecting image information data using the control code.

The data reception process performed by the satellite advertisement terminal 330 is performed through the four transmission modes described through the above table, and data may be recovered using different modes according to the installation location and type of the satellite advertisement terminal 330. have.

The received image information data may be automatically scheduled for each presentation ratio set by the repetitive playback scheduler module 545.

An automatic scheduling method according to the type of image information data will be described as an example.

<Table 2> Automatic scheduling method according to type of image information data

Media type Scheduling Method Initial file Play on system startup Commercial Use 60% display rate Life advertisement Use 20% rate of presentation public advertisement Use 10% presentation rate news Top priority release and delete after 12 hours movie 2 times per hour Etc Use 10% presentation rate

The image information data reproduced according to the scheduler is expressed through the display unit 525 using analog and digital signals generated by the image display module 520.

That is, the terminal reporting module 470 and the remote reporting module 570 according to the present invention may apply the transmission and recovery method according to the modes of Table 1, for example, and the terminal reporting module 470 and the remote reporting module ( The communication content of 570 can be divided into two categories as follows.

First, it is a report for the transmission state and data recovery of the transmitted image information data, which has been described above and will be omitted here.

Second, as a state monitoring of the terminal system, a plurality of modes can be set and applied thereto.

For example, if the mode settings shown in Table 1 are applied in the same manner, 'MODE 0' is a mode that does not monitor the status of the terminal system, and 'MODE 1' is a communication network in the satellite advertisement transmission server 310. Although the report command is transmitted through the satellite advertisement terminal 330, the status report data may not be transmitted or the status report data transmitted from the satellite advertisement terminal 330 may be set to a mode for monitoring an error. .

In addition, 'MODE 2' is a mode for monitoring the state of the terminal and the data reception state in the combined state since the state of being always coupled through the communication network during the transmission of the image information data, etc. 'MODE 3' is the image information data, etc. Irrespective of the reception of the can be set to the mode to monitor all the operating state of the satellite advertising terminal 330 for 24 hours.

Each mode division set up for reporting the transmission state and data recovery of the image information data described above or monitoring the state of the terminal system is presented for convenience of description, and the present invention may be applied to the separate mode setting and division. Of course.

6 is a flowchart illustrating a process of receiving and outputting image information data in a satellite advertisement terminal according to the present invention. FIG. 7 is an exemplary view illustrating a video information data transmission screen according to the present invention, and FIG. 8 is according to the present invention. A diagram illustrating a transmission scheduler management screen.

According to the present invention, when the satellite transmits image information data, program upgrade data, control data, etc. to a plurality of satellite image terminals 330 installed at a fixed position or on a moving object, the respective satellite image terminals 340 transmit the corresponding data. Receives, stores and determines whether it is necessary to take necessary measures (of course, the control of the satellite advertisement transmission server 310 by using the control data) and performs an operation corresponding to the determination result.

If there is a report request from the satellite advertisement transmission server 310, the program version in the satellite advertisement terminal 330, the number of image information data files currently owned by the terminal, the ID of the image information data file, and the image information data file. Information such as a reception rate and the number of times of reproduction of the image information data file is transmitted to the satellite advertisement transmission server 310 through a communication network (for example, the Internet), so that the satellite advertisement transmission server 310 receives the satellite advertisement terminal 330. Monitor and control the normal operation and stored image information data.

Since the features of the present invention have been described above with reference to the system configuration according to the present invention, the present invention focuses on the process of transmitting and receiving image information data and displaying image information data between the satellite advertisement transmission server 310 and the satellite advertisement terminal 330. Let's explain.

Referring to FIG. 5, the satellite advertisement transmission server 310 registers image information data converted into a suitable form by an operation such as a video encoder (step 605), and proceeds to step 610 to register the registered image information data as a satellite advertisement. It is checked whether a predetermined transmission condition is satisfied for transmission to the terminal 310.

The method for checking whether or not the transmission condition of the image information data is satisfied is, for example, when the image information data included in the transmission scheduler is set every predetermined time, and whether the specified time has arrived. When the administrator of the satellite advertisement transmission server 310 selects a transmission start button, when the administrator of the satellite advertisement transmission server 310 is configured to transmit image information data included in the transmission scheduler, it is checked whether the selection of the transmission start button is input from the administrator. In addition, of course, various settings are possible.

If the transmission condition is not satisfied as a result of the check in step 610, the process waits until the transmission condition is satisfied in step 610. Otherwise, the process proceeds to step 615 to transmit the file information packet to the plurality of satellite advertisement terminals 330. do.

As described above, the file information packet is a packet transmitted to the satellite advertisement terminal 330 before the image information data is transmitted from the multicast transmission module 485 to FIG. 4, and the file information packet is a multicast transmission module 485. It may include information such as whether or not the satellite advertising terminal 330 needs to receive or store the image information data transmitted from (refer to FIG. 4).

And, even if the image information data is transmitted to all the satellite advertising terminal 330 by the control code, each satellite advertising terminal 330 can determine whether to receive and store the image information data.

For example, the satellite advertising terminal 330 may be configured as follows to selectively receive the image information data by the control code.

<Table 3> Selection method of image information data in satellite advertising terminal

Combination method Area code Media company code Terminal code By region Seoul - - By media Nationwide Media company ID - By terminal - - Terminal ID Regional / Media Association Seoul Media company ID -

That is, in order to designate the satellite advertisement terminal 330 to receive the image information data from the satellite advertisement transmission server 310, the combination information is combined with each of the items illustrated in the above table and all satellite advertisement terminals 330 are combined. ), Only the satellite advertisement terminal 330 corresponding to the combination information receives and stores the image information data transmitted afterwards.

As described above, the method for receiving and receiving image information data in the satellite advertisement terminal described with reference to Table 3 is only one example for applying the method for receiving and receiving image information data according to the present invention, and the following other methods may also be applied. have.

First, the satellite advertisement terminal 330 has a media company ID, a terminal ID, and a region ID as a basic item for the selective reception and / or control code of image information data through a communication network.

The media company ID is an ID that can be equally applied to the plurality of satellite advertising terminals 330, and the terminal ID is an ID given to each satellite advertising terminal 330 independently.

In addition, the area ID may be allocated to have only one area code (eg, 'Seoul Gangnam-gu'), and more preferably, may be assigned in the form of a step-by-step code. For example, if the area code is 'Gangnam-gu, Seoul', the three codes for 'National,' 'Seoul, Seoul' and 'Gangnam-gu, Seoul' can be set.

Second, a method of generating a group as necessary to be suitable for the selective reception of the video information data. This method may be applied to a case where a plurality of satellite advertising terminals 330 that are not related to each other are formed into one group to transmit control codes and / or image information data at once.

Of course, in addition to the various methods for applying the image information data screening method according to the present invention can be applied.

In operation 620, the satellite advertisement terminal 330 receives a file information packet transmitted from the satellite advertisement transmission server 310 through operation 615.

The satellite advertising terminal 330 uses the file information packet received in step 620 to check whether or not to receive and store the image information data file transmitted corresponding to the file information packet (step 625). . Since the inspection method has already been described above, a description thereof will be omitted here.

If the reception and storage conditions are satisfied as a result of the inspection of step 625, the flow proceeds to step 635 to receive and store image information data transmitted from the satellite advertisement transmission server 310 through step 630. Of course, when the image information data is information (eg, real-time traffic information) that only requires real-time display, the storing process may be omitted and simultaneously displayed.

The method may further include checking whether the storage state of the image information data is normal. If the storage state is not normal, only the good data may be stored first, and then the storage operation may be performed until the data that is not stored in the repeated transmission is completely stored.

Referring to FIG. 7 in which an image information data transmission screen display according to the present invention is illustrated, the image information data transmission screen may include a transmission status comprehensive information area 710 and a transmission status detail information area 720.

In the transmission status comprehensive information area 710, information such as a file name, file ID, transmission status, start time, progress time, file size, transferred capacity, current transfer rate, and number of files transferred is presented. .

In the transmission state detail information area 720, a list of individual image information data which is in progress and designated to be transmitted, and information such as each progress state are presented.

In addition, referring to FIG. 8 in which a transmission scheduler management screen according to the present invention is illustrated, the transmission scheduler management screen includes information such as a file ID, a file type, a region code, a media company ID, a terminal ID, a repetitive transmission status, and the like. It is a screen for the administrator of the advertisement transmission server 310 to manage whether to transmit image information data, a transmission schedule, and the like.

If the administrator inputs a check sign using a mouse or other input device in the check box in front of the file ID item included in the transmission scheduler management screen, the skip function is applied and the image information data is skipped. In comparison, image information data of lower order is transmitted.

In addition, the administrator can determine whether to repeatedly transmit specific image information data using a mouse or other input device, thereby enabling highly reliable file transfer.

Then, any image information data is selected from at least one image information data included in the transmission scheduler management screen, and the 'X button' at the bottom of the transmission scheduler management screen is selected to delete the image information data (that is, not transmitted). May be used).

Referring back to FIG. 6, when the reception and storage conditions are not satisfied as a result of the inspection of step 625, or after receiving and storing the image information data from the satellite advertisement transmission server 310 through step 635, the process proceeds to step 640. The image information data stored in the storage unit is displayed according to the information data presentation schedule.

In the case of displaying the image information data according to the image data display schedule, when new news data is received from the satellite advertisement transmission server 310, it may be set to be displayed in preference to previously stored news data or other image information data. This expiration date data can be automatically deleted.

In addition, the news data may be stored for one day and then deleted at dawn the next day, or the old news data may be automatically deleted when new news data is received.

Although not shown in FIG. 6, if a report data request is received from the satellite advertisement transmission server 310 during or after operation 640, the satellite advertisement terminal 330 may provide the relevant information using a communication network such as the Internet. The transmission to the advertisement transmission server may be included.

The present invention is not limited to the above embodiments, and many variations are possible by those skilled in the art within the spirit of the present invention.

As described above, the present invention can provide moving picture information through a satellite communication network.

In addition, the present invention can expect the maximum advertising effect at a low cost can contribute to the popularization of video advertising.

In addition, the present invention, regardless of whether the advertising terminal is fixed or moved, in consideration of the location of the advertising terminal, the taste of the general public exposed to the advertisement, the advertisement terminal itself selectively selects the optimal image information according to a predetermined condition Can be received and provided.

In addition, the present invention can not only automatically repeat transmission when an error occurs in the video information transmission process to the advertising terminal, but also can automatically switch to a separate communication network to perform image data transmission.

In addition, the present invention can control and manage a large number of advertising terminals remotely from the satellite advertising transmission server can be expected to reduce the manpower and cost required to perform advertising.

Claims (16)

In the satellite advertising transmission system that transmits the image information data to a plurality of satellite advertising terminal using a satellite system network, the remote control of the satellite advertising terminal, Storing at least one image information data converted into a predetermined form; Generating an image data transmission schedule including at least one of the stored image information data; Transmitting a file information packet corresponding to the image information data included in the image data transmission schedule to the plurality of satellite advertisement terminals; Transmitting the image information data corresponding to the image data transmission schedule to the plurality of satellite advertisement terminals by using the satellite system network. Including but not limited to: The file information packet includes selective reception information for determining whether the satellite advertisement terminal needs to receive and store the image information data. Image information data providing method using a satellite communication network characterized in that. The method of claim 1, The satellite advertisement reporting request including at least one of a program version of the satellite advertising terminal, the number of image information data files retained, the ID of the image information data file, the reception rate of the image information data file, and the number of times the image information data file is played. Transmitting to a terminal; Receiving report data corresponding to the report request from the satellite advertising terminal; Image information data providing method using a satellite communication network further comprising a. The method of claim 1, The satellite advertising terminal is installed at a predetermined fixed position or combined with a moving object Characterized in, The mobile vehicle includes at least one of public transportation and mobile advertising vehicle. Image information data providing method using a satellite communication network characterized in that. A satellite advertisement terminal receiving image information data from a satellite advertisement transmission server using a satellite system network and expressing the image information data, Receiving a file information packet corresponding to arbitrary image information data from the satellite advertisement transmission server using a predetermined channel; Checking whether it is necessary to receive and store the image information data using the file information packet; If it is necessary to receive and store the image information data, receiving and storing the image information data from the satellite advertisement transmission server; Displaying the image information data on a display unit according to an image data presentation schedule; Image information data presentation method comprising a. The method of claim 4, wherein Receiving and storing the image information data from the satellite advertising transmission server, Checking whether the storage state of the image information data is normal; Restoring the storage state of the image information data to a normal state by a predetermined method when there is an error in the storage state of the image information data. Image information data presentation method comprising a. The method of claim 5, The predetermined method may be at least one of a method of repeatedly receiving the image information data and a method of repeatedly receiving only an error part of the image information data. Image information data presentation method characterized in that. The method of claim 4, wherein Switching to a satellite broadcast mode when a satellite broadcast mode switch command is received from the satellite advertisement transmission server; Receiving satellite broadcast data from a satellite broadcast system corresponding to the satellite broadcast mode switch command; Displaying the received satellite broadcast data on a display unit; Checking whether a predetermined time has elapsed corresponding to the satellite broadcast mode switch command; When the predetermined time has elapsed, automatically switching to a data mode for displaying image information data on the display unit Image information data presentation method comprising a. The method of claim 4, wherein The step of checking whether the satellite advertising terminal needs to receive and store the image information data, Retrieval of a predetermined video data transmission protocol and the satellite advertising terminal ID to enable selection reception and storage by each satellite advertising terminal in the file information packet. Image information data presentation method characterized in that. The method of claim 4, wherein The channel is, Advertising data channel for transmitting image information data, program upgrade channel for program management in the satellite advertising terminal, control code channel for controlling the satellite advertising terminal at a remote location Image information data presentation method comprising a. The method of claim 4, wherein The video data presentation schedule is to be automatically scheduled according to a predetermined criterion by using the characteristics of the respective video information data. Image information data presentation method characterized in that. In the satellite advertising transmission system that transmits the image information data to a plurality of satellite advertising terminal using a satellite system network, the remote control of the satellite advertising terminal, A storage unit which stores at least one image information data converted into a predetermined form; A schedule generator configured to generate an image data transmission schedule including at least one of the stored image information data; A transmission unit for transmitting a file information packet corresponding to the image information data included in the image data transmission schedule and the image information data to the plurality of satellite advertisement terminals using the satellite system network; Image information data providing system using a satellite communication network comprising a. The method of claim 11, The transmission unit requests a report including at least one of a program version of the satellite advertisement terminal, a quantity of image data data files retained, an ID of the image information data file, a reception ratio of the image information data file, and the number of times of reproduction of the image information data file. Further transmit to the satellite advertising terminal, Receiving unit for receiving the report data corresponding to the report request from the satellite advertising terminal Image information data providing system using a satellite communication network further comprises. A satellite advertisement terminal receiving image information data from a satellite advertisement transmission server using a satellite system network and expressing the image information data, A receiver which receives a file information packet corresponding to arbitrary image information data from the satellite advertisement transmission server using a predetermined channel; A control information processor for checking whether it is necessary to receive and store the image information data using the file information packet; A database for storing the image information data received from the satellite advertisement transmission server when it is necessary to receive and store the image information data; A database manager which restores the storage state of the image information data to a normal state by a predetermined method when there is an error in the storage state of the image information data; A display unit for displaying the image information data according to an image data presentation schedule Image information data presentation system comprising a. The method of claim 13, When receiving a satellite broadcast mode switch command from the satellite advertising transmission server, further comprising a satellite broadcaster for switching to the satellite broadcast mode, The receiver receives satellite broadcast data from a satellite broadcast system corresponding to the satellite broadcast mode switch command. Wherein the display unit displays the received satellite broadcast data. Image information data presentation system characterized in that. A memory in which a program is stored; And A processor coupled to the memory to execute the program Including but not limited to: And the processor executes the method for providing image information data using the satellite communication network according to claim 1 by the program. A memory in which a program is stored; And A processor coupled to the memory to execute the program Including but not limited to: The processor executes the video information data presentation method according to any one of claims 4, 5, and 7, by the program.