JP2011205279A - Information system, information processing method, and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To simply produce digital content containing material data such as a moving picture, a still picture, a sound or the like at a low cost.SOLUTION: An information system includes a material extracting means for extracting at least one piece of material data corresponding to any of a partial reproduction section moving picture, the still picture corresponding to an image frame, and sound data contained in moving picture data from the moving picture data. The information system further includes a means for generating a screen arranging a display pattern of the extracted material data to template data for arranging the material data while storing the material data in relation to the display pattern on the screen.

Description

  The present invention relates to a technology for processing material data including moving images, still images, sounds, and the like.

  When producing digital contents including materials such as moving images, still images, and audio, there are cases where a plurality of devices are operated for each material. For example, there are cases where moving images are acquired using video equipment, still images are acquired using camera equipment, audio is recorded using recording equipment, and processed into digital content.

JP 2004-186905 A Japanese Patent No. 4347298 JP-A-8-292965 JP 2006-270793 A JP 2008-98719 A

  However, when video equipment, camera equipment, recording equipment, etc. are prepared for each material, not only a plurality of equipment is required, but also a plurality of staffs are required for the operation of the equipment. As a result, the acquisition of materials and the production of digital contents including a plurality of materials become complicated and expensive.

  Accordingly, an object of the present invention is to provide a technology that enables production of content including material data such as a moving image, a still image, and audio easily at low cost.

  In order to solve the above problems, one aspect of the present invention can be exemplified by the following means. That is, the present invention is a material extraction means for extracting at least one material data corresponding to any of the partial playback section moving image, the still image corresponding to the image frame, and the audio data included in the moving image data from the moving image data; Illustrated as an information system comprising: a screen on which display patterns representing material data extracted in template data for arranging material data are arranged; and means for storing the material data in association with the display pattern on the screen. it can.

  According to the present invention, it is possible to easily produce content including material data such as moving images, still images, and sounds at low cost.

It is a figure which illustrates the service which an information system provides. It is a figure which illustrates the composition of an information system. It is a figure which illustrates an edit screen. It is a figure which illustrates a content creation screen. It is a figure which illustrates the system configuration | structure of an information system. It is a figure which illustrates management information which DB server holds. It is a flowchart which illustrates the process at the time of video upload. It is a flowchart which illustrates the detail of a trimming process. It is a flowchart which illustrates a digital content creation process and a web page creation process.

  Hereinafter, an information system according to an embodiment will be described with reference to the drawings. The configuration of the following embodiment is an exemplification, and the information system is not limited to the configuration of the embodiment.

  FIG. 1 illustrates services provided by the information system 10 according to the present embodiment. The information system 10 creates a plurality of materials such as moving images / still images / sounds from video materials, and creates digital contents that can be provided on the network. The information system 10 can compress the operation cost at the time of content creation.

  When using the information system 10, the user uploads a moving image file to the information system 10. Upload means data transfer from the user's computer to the information system 10. More specifically, the user transfers a moving image file to the information system 10 by using a web page upload reception function provided by the information system 10. A user can be considered as an editor who edits digital content.

  The information system 10 accepts various settings for a moving image uploaded on a web page. For example, the information system 10 accepts a trimming setting for cutting out a part of the playback section of the moving image file. In addition, the information system 10 accepts settings for designating image frames constituting a moving image. Further, the information system 10 accepts designation of a playback section for extracting audio data in the playback section of the moving image file.

  Next, the information system 10 extracts various materials from the moving image file according to the accepted setting. For example, the information system 10 extracts one or more still images corresponding to the image frames constituting the moving image. In addition, the information system 10 creates a moving image file that is played back in a partial section obtained by cutting out a part of the playback section of the moving image file. Alternatively, the information system 10 extracts audio data included in a part or all of the playback section from the moving image file.

  Then, the information system 10 posts the material extracted from the moving image file as various digital contents on the website. In this embodiment, individual web pages included in the website are also simply referred to as pages. A page displayed on a user's terminal or the like is called a web page or screen.

For example, the information system 10 creates a photo album including a still image and posts it on a website. In addition, the information system 10 publishes moving image content (also referred to as a movie) using a moving image file reproduced in the partial section. Further, the information system 10 generates ringtone melody sound (also called ringtone) and voice mail (also called voice mail) by using voice data or sound data extracted from the moving image file. The information system 10 also creates a flash file by combining still images extracted from the moving image file. The flash file is a file that combines a plurality of still images and a program that processes the still images to generate image effects (also referred to as effects). In addition, the information system 10 generates a standby screen of a communication device such as a mobile phone, a wallpaper as a background of the screen of the information device, and the like by combining still images extracted from the moving image file. In addition, the information system 10 creates a template of an information providing service that provides information to each user with a unique configuration using the material extracted from the moving image file. Furthermore, the information system 10 uses the material extracted from the moving image file to create a template of decoration data for e-mail sent by each user. Here, the information providing service refers to a service that detects a user's lifestyle, current situation, and the like, and provides information according to the user's lifestyle, current situation, and the like.

  Further, the decoration data for e-mail refers to data attached to an e-mail in a simple HTML format by combining a still image, a flash file, and the like. By giving decoration data to the e-mail, the user can send and receive e-mails including still images and pseudo moving images between communication terminals such as mobile phones.

  FIG. 2 illustrates the configuration of the information system 10. The information system 10 can include, for example, a web server and a database server. The user uploads the moving image file to a website provided by the web server. The web server may function as an application server that extracts a material from a moving image file and creates digital content.

  The web server accepts various settings described with reference to FIG. 1 and extracts various material data from the moving image file. Then, the web server stores the extracted material data in the database server. In the example of FIG. 2, the database server includes an animation gif file, a flash file, an image file (moving image file or still image file), an audio file, and the like.

  Then, the web server creates digital content distributed on the website using the material data stored in the database server as an application server for executing the application program. More specifically, the web server arranges material data stored in the database server on the website according to a predetermined template. Further, the web server defines a link between the material data and an icon such as a picture symbolizing the material data arranged on the template, a thumbnail or a character string, and the material data. In this way, the web server arranges the material extracted from the moving image file uploaded by the user on the website. However, for still images, instead of defining a link between icons such as pictures, thumbnails, or character strings and material data, you can place still images, videos, etc. directly on the website according to the template. Good. Icons, thumbnails, character strings, still images, moving images, and the like as described above correspond to display patterns.

  FIG. 3 illustrates an editing screen for extracting a plurality of material data from a moving image file uploaded to a website. In the example of FIG. 3, a plurality of moving image files, still images, and audio obtained by extracting partial sections of the moving image playback section are extracted from the moving image file.

  The uploaded moving image file is reproduced in the moving image display field 21. The moving image display field 21 is provided with a rewind button 21A, a scroll bar 21B, and a feed button 21C.

A set position display field 22 for displaying the trimming position and the cutting position is provided below the website. For example, when the user presses Ctrl + S on the keyboard while viewing the moving image data of the moving image file reproduced in the moving image display field 21, trimming start is set at the time of pressing. Here, Ctrl + S refers to a key operation in which the control key and the S key are pressed simultaneously (the same applies hereinafter). For example, when the user presses Ctrl + E on the keyboard after setting the trimming start, the trimming end is set at the time of pressing. From the start of trimming to the end of trimming, one trimming period is designated, and the designated trimming period is displayed in the moving image trimming section in the setting position display column 22 with the bar color changed.

  In a similar operation, for example, when the user presses Ctrl + P, a still image (photograph) acquisition time is set at the time of pressing. Further, the start and end of the audio trimming section are designated by pressing Ctrl + B and Ctrl + F on the keyboard. The user can designate such a moving image trimming section, a still image acquisition time, an audio trimming section, and the like by a keyboard operation.

  In the example of FIG. 3, the setting example by the keyboard operation has been described. However, the information system 10 may accept the user setting through various other user interfaces. For example, dedicated buttons for instructing the start and end of trimming and acquisition of still images are provided on the screen, and when those buttons are instructed by a pointing device or the like, the start and end of the video trimming section, the time of still image acquisition, Also, the start and end of the audio trimming section may be set. It is also referred to as clicking on an object on the screen with a pointing device or the like, for example, pointing to a user interface component such as a button.

  After the setting as described above, when the user clicks the trimming button 23 with the pointing device, the information system 10 can change the moving image, the still image (photograph), the moving image from the moving image file according to the setting shown in the setting position display field 22. Get audio and more. In the example of FIG. 3, the acquired material is displayed in the material display field 24 on the right side of the screen. The acquired material is stored in, for example, movie files such as movie1.mpg, movie2.mpg, movie3.mpg, still image files such as photo1.jpg, and audio files such as voice1.mp3. A file storing these materials is symbolically displayed in the material display column 24 with a picture showing an image or a thumbnail.

  The thumbnail of the moving image is an image for symbolizing the moving image file. The moving image thumbnail is generated by creating a still image from a moving image frame included in the moving image file, and further reducing the still image. Still image thumbnails are created by reducing still images to symbolize still images. In this embodiment, the symbol means to exemplify the information or things with a smaller amount of information than the original information to be symbolized. The thumbnail can be arbitrarily selected by the user from the still images acquired by the information system 10 during the trimming period of the moving image file. However, if the user does not select, by default, a thumbnail may be created based on the first acquired still image.

  When the user designates the “go to content creation screen” button 25 on the editing screen of FIG. 3 with the pointing device, the website advances to the web page of FIG. On the other hand, when the user instructs the “cancel” button 26 with the pointing device, the editing screen in FIG. 3 is closed and the screen returns to the web page before uploading the moving image.

  FIG. 4 illustrates a content creation screen provided by the information system 10. The content creation screen includes a material display field 24 and a creation page display field 27. The material display field 24 is the same as that of FIG. 3, and the material acquired on the editing screen is displayed. Note that the web page may be displayed by applying the material acquired on the editing screen to the template in a predetermined order. The predetermined order means, for example, a case where the material is applied to the material such as a moving image, a still image, and audio in the order acquired on the editing screen in the order fixed in the corresponding part of the template.

  When the user selects the material display field 24 by operating the pointing device or the keyboard, and clicks the “Redraw website with selected file” button, the selected material is placed on the template. The web page including the material is displayed in the created page display field 27 by the respective thumbnails, patterns, character strings, and the like.

  In the example of FIG. 4, still image material P1 and moving image materials P2 and P3 are selected, and thumbnails surrounded by a thick frame are displayed in the material display field 24. The thumbnails of the selected still image material P1 with the thick frame and the moving image materials P2 and P3 are arranged and displayed in the template in the creation page display field 27, respectively. In the operation example of FIG. 4, an example in which the still image material P1 and the moving image materials P2 and P3 are arranged is shown, but other components such as “Start tour with ΔΔ Sisters Duet” “Songs of the 90s” .., “Event Notification”, “Performer's Blog”, “Live Report”, and other character string and title setting procedures are not described in this embodiment.

  Then, when the user instructs the determination button 28 with the pointing device, the web page creation is completed in the state displayed in the creation page display field 27. On the other hand, when the user designates the “return to edit screen” button 29 with the pointing device, the edit screen of FIG. 3 is displayed. When the user clicks the “Download selected file” button, the material selected in the material display field 24 can be taken into his / her terminal.

FIG. 5 illustrates a system configuration of the information system 10. As shown in FIG. 5, the information system 10 includes a cache server 1, a Web / App server 2, a moving image encoding server 3, a DB (database) server 4, and a file server 5. Each of these servers is realized by a computer including a CPU (Central Processing Unit), a memory, an external storage device, a communication interface, and the like.

In FIG. 5, the information system 10 includes the cache server 1, the Web / App server 2, the moving image encoding server 3, the DB (database) server 4 and the file server 5. However, the configuration is not limited to that shown in FIG. For example, any or all of the servers shown in FIG. 5 may be configured to share resources on a single computer. Further, any one or all of the servers shown in FIG. 5 may include a plurality of computers. For example, load distribution may be executed by a plurality of computers. Further, the Web / App server 2 may be divided into a Web server that communicates with the user's terminal by HTTP (HyperText Transfer Protocol) and an application server that provides the application program function to the user.

  The cache server 1 accepts the user's access via the Internet, transmits the contents of the page to the user's terminal, and displays it. The cache server 1 holds the contents of the page transmitted to the user. Further, the cache server 1 holds session information for maintaining a connection with a terminal of a user who has accessed. The session information is information indicating, for example, the ID of the accessing user, the presence / absence of login, the login timing, and the application program being executed on the user's terminal.

  The Web / App server 2 communicates with the user's terminal via the cache server 1, further provides a website as shown in FIGS. 1 to 4, acquires material from a video file, and creates content Perform support functions. For example, the Web / App server 2 displays the editing screen illustrated in FIG. 3 and executes trimming processing from the moving image file. Further, the Web / App server 2 executes the content creation process illustrated in FIG.

  The DB server 4 holds management information for managing the created content. The management information includes, for example, a web page template to be created, upload file management information for managing uploaded video files, user setting information displayed in the setting position display field 22 in FIG. 3, and a video acquired from the video file. Material management information for managing the material.

  The information system 10 allows a user to upload a moving image file in various formats. The information system 10 converts (encodes) the uploaded moving image file into a format that can be processed by the information system 10. However, since encoding requires a certain amount of time, the information system 10 encodes only a partial playback section of the uploaded moving image file and displays an editing screen as shown in FIG. 3 on the user terminal. Then, the remaining playback section of the moving image file may be encoded while the user operates the editing screen. The process of encoding the remaining playback section of the moving image file is executed by the moving image encoding server 3 according to a predetermined priority. When there are a plurality of moving image files that require such encoding, processing for the plurality of moving image files is executed with a predetermined priority and according to a predetermined time schedule. In this embodiment, the encoding process executed according to the time schedule is called a periodic encoding process.

  The moving image encoding server 3 executes format conversion for supplying the material acquired from the moving image file to a communication terminal from a server of a communication carrier such as a mobile phone. For example, in one country, a plurality of communication carriers may distribute materials in different formats to communication terminals dedicated to the respective communication carriers. The video encoding server 3 performs format conversion for the carrier in order to distribute the web page created by the information system 10 from the server for each carrier other than the general general Internet to the communication terminal for each carrier. To do. In this embodiment, format conversion of moving images, still images, etc. is called encoding.

  More specifically, the Web / App server 2 instructs the moving image encoding server 3 to extract material from the moving image file, for example, moving image trimming, still image acquisition, audio trimming, and the like. Then, the video encoding server 3 executes creation of a video file in the trimming section, creation of a still image at a specified time point, creation of an audio file in the audio trimming section from the uploaded video file, and acquires the material. . Then, the video encoding server 3 converts the acquired material into a corresponding format for each carrier.

  The video encoding server 3 also encodes uploaded videos, creates thumbnails to symbolize trimmed video files, creates thumbnails to symbolize still images, and communication carriers such as videos and still images. Execute the encoding etc.

  FIG. 6 illustrates management information held by the DB server 4. As shown in FIG. 6, the management information includes a moving image file table 31, a moving image file table 32, an encoding time table 33, a thumbnail table 35, a moving image trimming table 36, and a sound table 37. In FIG. 6, each table is illustrated for one record.

  The moving image file table 31 holds information for managing a pre-encoding moving image file uploaded by the user. The moving image file table 31 includes fields of a moving image ID, a moving image name, a changed moving image name, an encoding type, a completion flag, a deletion flag, a creation date, and an update date.

The moving image ID is identification information for uniquely identifying the uploaded moving image file within the information system 10. Each table shown in FIG. 6 has a moving image ID, and is associated with the moving image ID. That is, each table for managing a file encoded from an uploaded moving image file and a file trimmed from the encoded file is associated with the moving image ID of the uploaded moving image file.

  The moving image name is the name of the moving image, and usually the moving image name is given when the user uploads. Further, by adding a file extension to the moving image name, the name of the uploaded moving image file can be obtained.

  The post-change video name is a name indicating the encoded video. The changed moving image name is the same as that of the moving image file table 32. The reason for including the changed movie name in both the movie file table 31 and the movie file table 32 is when executing the process of associating the movie ID, the movie name, and the changed movie name before the setting of the movie file table 32 is completed. Because there is also.

  The encoding type is information indicating the format of the uploaded moving image file. The completion flag is used, for example, to indicate the completion of encoding. The deletion flag indicates that the moving image file itself is deleted when the record of the moving image file table 31 is left as a history after the moving image file itself before encoding is deleted. The creation date and the update date are used to record the history such as the date when the moving image file was first uploaded and the date when it was uploaded again.

  The creation date is the date when the video file was uploaded. The update date is a date when a moving image file is further uploaded and replaced for the same moving image ID. However, the creation date and the update date may be the date when the moving image file table 31 was created and the date when it was updated, respectively.

  The moving image file table 32 holds information for managing the encoded moving image file. The moving image file table 32 includes fields of a moving image ID, a changed moving image name, a website ID, an editing flag, a creation authority, a moving image size, a time, a creation date, and an update date. Among these, the moving image ID and the changed moving image name are as described in the moving image file table 31.

  The website ID is an ID of a website where the encoded moving image file is arranged.

  The edit flag indicates unedited, being edited, editing completed, and the like. The creation authority may be used to indicate whether or not a plurality of users are authorized to edit the same moving image file. For example, if flags such as W: allow anyone to edit, G: allow a user registered as a group member to edit, U: permit only the user who uploaded the video file, Good. Although omitted in FIG. 6, a user table indicating the relationship between the moving image ID and the user who uploaded the moving image file may be provided. Further, at least one of the moving image file table 31 and the moving image file table 32 may hold the identification information of the user who uploaded the moving image file.

  The video size is the amount of video file data after encoding. Time is the playback time of the video. The creation date and the update date are respectively the date when the moving image file table 32 was created and the date when it was updated.

  The encoding time table 33 is a work table for encoding. The encoding time table 33 includes a moving image ID, an encoding scheduled time, an encoding execution time, an encoding completion time, an encoding completion flag, a creation date, and an update date.

  The scheduled encoding time is the scheduled encoding execution time set by the information system 10, for example, the moving image encoding server 3. For example, the next execution time in the case of periodic encoding is set. The encoding execution time is the time when the previous encoding was executed. The encoding completion time is the time when encoding of the uploaded moving image file is completed. The encoding completion flag is given when encoding is completed. The creation date and the update date are the date when the encoding time table 33 was created and the date when it was updated.

  The thumbnail table 35 is a table for managing thumbnails and still images. The thumbnail table 35 has fields for moving image ID, trimming time, file name, creation date, and update date.

  The trimming time is time point information when the start of the reproduction period is time 0 when the thumbnail or the still image is acquired. The file name is the name of a file in which thumbnails or still images are stored.

  The moving image trimming table 36 is a table for managing the trimmed moving image file. The moving image trimming table 36 includes fields for a moving image ID, a trimming start time, a trimming end time, a file name, a creation date, and an update date. Among these, the trimming start time and the trimming end time are the start and end of the trimming period, that is, the time when Ctrl + S is pressed while the moving image is displayed in the moving image display field 21 on the editing screen of FIG. Is the time when is pressed. However, the time when the moving image starts, that is, the display time of the first moving image frame is set to time 0. The file name is a file name in which the trimmed moving image file is stored.

  The sound table 37 is a table for managing the acquired audio data. The sound table 37 has fields for moving image ID, trimming start time, trimming end time, file name, creation date, and update date. The configuration of the sound table 37 is almost the same as that of the moving image trimming table 36 except that the management target is audio data.

  FIG. 7 is a flowchart illustrating an example of processing when uploading a moving image. The Web / App server 2 executes the processing of FIG. 7 by a computer program that is executably expanded on the memory.

  The Web / App server 2 first reads a video uploaded by the user (S1). A video ID is assigned to a newly uploaded video. Further, as is apparent from FIG. 7, the processing of S1 to S7 may be repeatedly executed. When repeatedly executed, S1 is executed a plurality of times. However, the moving image uploaded by the user may be held in a cache having a RAM (Random Access Memory) or the like, and the efficiency in the case of repeatedly executing the processing of S1 may be improved. Further, for example, when a user wants to update a previously uploaded movie, a new movie file may be uploaded with the movie ID used when the user uploaded in the past, and the movie file may be updated.

  Further, the Web / App server 2 reads the trimming video when the trimming video already exists in the file server 5 in relation to the uploaded video (S2).

Next, the Web / App server 2 creates a thumbnail image of the trimming moving image (S3). The thumbnail image is created from a still image corresponding to a moving image frame at a predetermined reproduction time in the trimmed moving image. However, the Web / App server 2 may create a plurality of thumbnail images from the trimming moving image and allow the user to select one of the created thumbnail images.

  Next, the Web / App server 2 creates an edit screen page and displays it on the user's terminal (S4). That is, the Web / App server 2 creates the web page shown in FIG. 3 and displays it on the user's terminal. Then, the Web / App server 2 accepts user settings (S5). User settings are settings such as trimming start and end, still image (photo) acquisition time, audio trimming start and end. Then, the Web / App server 2 determines whether or not the trimming button 23 has been clicked with the pointing device (S6).

  When the trimming button 23 is pressed, the Web / App server 2 executes trimming processing (S7), and then returns control to S1 again. That is, the screen of FIG. 3 is displayed after trimming.

  If the trimming button 23 has not been pressed, the Web / App server 2 determines whether or not the “go to content creation screen” button 25 has been clicked (S8). When the “go to content creation screen” button 25 is clicked, the user terminal transmits a request for displaying the content creation screen to the Web / App server 2, and the Web / App server 2 sends the content to the user terminal. A creation screen is displayed (S9). If the “go to content creation screen” button 25 is not clicked, the user terminal returns control to S6.

  FIG. 8 illustrates details of the trimming process (S6 in FIG. 7). The Web / App server 2 executes the process shown in FIG. 8 as a material extraction unit using a computer program that is executed on a memory.

  The Web / App server 2 acquires the time pointed on the moving image (S61). The time pointed on the moving image is a time for designating the start / end of trimming, acquisition of a still image, start / end of audio trimming, and the like specified during the playback period of the moving image.

  Next, the Web / App server 2 performs moving image trimming (S62). Further, the Web / App server 2 executes trimming of a photo (still image), that is, acquisition of a photo (still image) (S63). Further, the Web / App server 2 performs audio trimming (S64). Then, the Web / App server 2 stores the trimmed file in the file server 5 (S65).

  FIG. 9 is a flowchart illustrating digital content creation processing and web page creation processing. The Web / App server 2 executes the process of FIG. 9 by a computer program that is executably expanded on the memory.

  In this process, the Web / App server 2 stores the trimmed data on the file server 5 in a temporary area (S101). Then, the Web / App server 2 applies the data stored in the temporary area to the website template (S102). As a result of the processing in S102, trimmed moving image thumbnails, still image thumbnails, pictures symbolizing audio data, character strings, still images themselves, windows for displaying moving images, and the like are arranged on the template.

Then, the Web / App server 2 creates an HTML file of the website screen and displays it on the user's terminal (S103). Then, the Web / App server 2 acquires a user operation (S104).

  When the “download selected file” button is clicked (YES in S105), the Web / App server 2 executes the download. As a result, the selected file is downloaded to the user's terminal. Therefore, the user can acquire a moving image, a still image, audio, and the like trimmed on the editing screen on the terminal.

  On the other hand, when the “download selected file” button is not clicked (NO in S105), the Web / App server 2 determines whether the “redraw with selected file” button is clicked (S107). .

  When the “Redraw with selected file” button is clicked, the Web / App server 2 saves the data of the selected file in the temporary area and returns control to S102 (S108). As a result, a website screen is created by the file selected by the user and displayed on the user's terminal.

  If the “Redraw with selected file” button is not clicked, the Web / App server 2 determines whether the “Cancel” button 29 is clicked (S109). When the “Cancel” button 29 is clicked, the user terminal transmits a request to return to the edit screen to the Web / App server 2, and the Web / App server 2 displays the edit screen on the user terminal (S112). ).

  On the other hand, when the “cancel” button is not clicked, the Web / App server 2 determines whether or not the “decision” button 28 is clicked. When the “OK” button 28 is clicked, the Web / App server 2 determines the HTML file of the website screen and displays a creation completion screen (S111). At this time, the Web / App server 2 further instructs the video encoding server 3 to further encode the trimmed video file into a video file for a communication carrier. The Web / App server 2 executes the process of S111 and an instruction to encode a moving image file for a communication carrier as a screen generation unit. The moving image encoding server 3 executes encoding of the trimmed moving image file into a moving image file for a communication carrier as “means for converting into each data format”, and stores the encoded moving image file in the file server 5. The file server 5 corresponds to “means for holding material data”.

  However, the Web / App server 2 may execute encoding of the trimmed moving image file into the moving image file for the communication carrier and storage of the encoded moving image file in the file server.

  On the other hand, when the “OK” button 28 is not clicked, the Web / App server 2 returns the control to S104.

  As described above, the information system 10 according to the present exemplary embodiment allows the user to upload a video file to a website provided by the information system 10 and perform settings necessary for trimming, so that trimming can be performed from the uploaded video file. Material such as recorded videos, still images, and audio data. The acquired material is applied to a template on the website screen, and a website is generated based on the template specifications and the created material.

Therefore, by uploading a video file, the user can easily obtain a trimmed video, still image, audio data, or other material from the uploaded video file, and easily create a website on which such material is placed. Can be created. Therefore, a user can prepare a website for each material such as a moving image, a still image, and a sound, and can create a website including various materials without acquiring data for each material.

Further, the created material data is encoded into a format for each carrier that provides a communication service and stored in the file server 5. Therefore, the user can create a website distributed to a carrier-dedicated communication terminal very easily.
<Computer-readable recording medium>
A program for causing a computer or other machine or device (hereinafter, a computer or the like) to realize any of the above functions can be recorded on a recording medium that can be read by the computer or the like. The function can be provided by causing a computer or the like to read and execute the program of the recording medium.

  Here, a computer-readable recording medium is a recording medium that stores information such as data and programs by electrical, magnetic, optical, mechanical, or chemical action and can be read from a computer or the like. Say. Examples of such a recording medium that can be removed from a computer or the like include a flexible disk, a magneto-optical disk, a CD-ROM, a CD-R / W, a DVD, a Blu-ray disk, a DAT, an 8 mm tape, a flash memory, and the like. There are cards. In addition, as a recording medium fixed to a computer or the like, there are a hard disk, a ROM (read only memory), and the like.

DESCRIPTION OF SYMBOLS 1 Cache server 2 Web / App server 3 Movie encoding server 4 DB server 5 Movie file server 10 Information system 21 Movie display column 22 Setting position display column 23 Trimming button

Claims (6)

Material extraction means for extracting at least one material data corresponding to any of the partial playback section moving image, the still image corresponding to the image frame, and the audio data included in the moving image data from the moving image data;
Generating a screen in which a display pattern representing the extracted material data is arranged in template data for arranging the material data, and storing the material data in association with the display pattern on the screen; Information system provided. Means for converting the material data into respective data formats that can be provided through each of a plurality of wireless communication services;
The information system according to claim 1, further comprising means for holding material data in each converted data format. A material extraction step in which the computer extracts at least one material data corresponding to any of the partial playback section moving image, the still image corresponding to the image frame, and the audio data included in the moving image data from the moving image data;
Generating a screen in which a display pattern representing the extracted material data is arranged in template data for arranging the material data, and storing the material data in association with the display pattern on the screen; Information processing method to be executed. Converting the material data into respective data formats that can be provided through each of a plurality of wireless communication services;
The information processing method according to claim 3, further comprising: holding material data in the converted data formats. A material extraction step of extracting, from the moving image data, at least one material data corresponding to any of the partial playback section moving image, the still image corresponding to the image frame, and the audio data included in the moving image data;
Generating a screen in which a display pattern representing the extracted material data is arranged in template data for arranging the material data, and storing the material data in association with the display pattern on the screen; A computer-executable program for execution. Converting the material data into respective data formats that can be provided through each of a plurality of wireless communication services;
The computer-executable program according to claim 5, further comprising the step of holding material data in the respective converted data formats.

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