JP5596622B2 - Digest video information providing apparatus, digest video information providing method, and digest video information providing program - Google Patents

Description

  The present invention relates to a digest video information providing apparatus, a digest video information providing method, and a digest video information providing program for editing video content information to generate and provide digest video information.

  2. Description of the Related Art Conventionally, in order to efficiently view video content, there is a technique for generating digest video information by extracting scene section data that is a point in the video content.

  For example, in the digest video creation device described in Patent Document 1, the data of the scene section selected by the user from the video content data to be processed is acquired and adjusted so as to fit within a preset time. To generate digest video information.

  With the technique described in Patent Document 1, it is possible to generate digest video information that preferentially includes a scene section suitable as a digest scene and has a desired video length as a digest video.

Japanese Patent No. 4358723

  By the way, among general users, there is a tool for sharing information and communicating among a plurality of users regarding the same video content, and in order to use such a tool, a scene in which other users are strongly interested There is a desire to view a section efficiently in a limited time.

  In order to perform such viewing, it is conceivable to use the digest video creation apparatus described in Patent Document 1, but when generating digest video information with this apparatus, the time length of a scene section used as a digest scene Is adjusted based on the feature amount acquired from the audio level or the like, there is a problem that a scene in which the user's subjective interest is strongly shown is not necessarily included and a desired scene may not be viewed.

  SUMMARY OF THE INVENTION The present invention has been made in view of the above problems, and a digest video information providing device that edits digital video content data to generate and provide digest video information based on a scene section that is strongly expressed by the user, An object is to provide a digest video information providing method and a digest video information providing program.

In order to solve the above problems, a digest video information providing apparatus of the present invention includes a first terminal operated by a first user who shares information related to video content composed of a plurality of scene sections, and a plurality of second users. In a digest video information providing apparatus connected to a plurality of second terminals operated by the user, when video content information is displayed on the first terminal, the operation status of the first user who is viewing is acquired. Based on the operation status of the first user, the attention level calculation unit that calculates the attention level by the first user for each scene section and attention type of the video content information, and the calculated attention level The second class corresponding to the attention type indicating a high degree of attention regarding the video content information based on the attention level for each classified attention type. A destination determination unit that determines a user as a sharing destination of information about the video content, and the determined second user's schedule, the moving means estimated from the moving acceleration, the moving destination, and the moving destination Estimated viewable time information storage for estimating and storing the estimated viewable time information of the second user based on at least one of the time until and the past continuous content viewing time corresponding to the current day of the week / time And information on a scene section in which the attention level calculated by the attention level calculation unit is higher than a preset threshold so as to be within the estimated viewing time stored in the estimated viewing time information storage unit. preferentially extracted, further wherein the first based on the user preference information to adjust the scene interval length, further wherein saliency, the coincidence degree between the first user preference information, or the user 1 A digest video information generating unit that generates a digest video information of the video content information by concatenating scene section the degree of match between The interest in connection order determined based on, generated by the digest video information generating unit the digest video information, characterized by comprising a shared information providing unit for providing the second terminal in order to view the second user the determined.

  Further, the digest video information providing apparatus receives the watched notification transmitted by the operation of the second user who viewed the digest video information when the digest video information is provided and displayed from the shared information providing unit. When it is acquired from the second terminal, it is determined that the degree of attention to the video content by the second user is high, and further includes a shared re-reaction determining unit that transmits the viewed notification to the first terminal. Also good.

Also, the digest video information providing method of the present invention includes a first terminal operated by a first user who shares information on video content composed of a plurality of scene sections, and a plurality of second users operated by a plurality of second users. The digest video information providing apparatus connected to the two terminals acquires the operation status of the first user who is viewing when the video content information is displayed on the first terminal. Attention level calculating step for calculating the attention level by the first user for each scene section and attention type of the video content information based on the operation situation, and classifying the calculated attention level for each attention type Then, based on the attention level for each classified attention type, the second user corresponding to the attention type showing a high level of attention for the video content information is assigned to the video code. A sharing destination determination step for determining as a sharing destination of information on the content, a schedule of the determined second user, a moving means estimated from the moving acceleration, a moving destination, and a time until arrival at the moving destination; An estimated viewable time information storage step for estimating and storing the estimated viewable time information of the second user based on at least one of the past continuous content viewing times corresponding to the day of the week and the time; Preferentially extracting information on a scene section in which the attention level calculated in the attention level calculation step is higher than a preset threshold so as to be within the estimated viewable time stored in the possible time information storage step; Further, the scene section length is adjusted based on the preference information of the first user, and the degree of attention, the degree of coincidence with the preference information of the first user, or the first A digest video information generating step of generating a digest video information of the video content information in connection order determined based on the degree of match between the interest of the user by connecting the scene section, generated by the digest video information generating step the digest video information, and having a shared information providing step of providing the second terminal in order to view the second user the determined.

  In the digest video information providing method, the digest video information is provided and displayed in the shared information providing step, so that the watched notification transmitted by the operation of the second user who viewed the digest video information is received. When it is acquired from the second terminal, it is determined that the degree of attention to the video content by the second user is high, and further includes a shared re-reaction determining step of transmitting the viewed notification to the first terminal. Also good.

  A digest video information providing program according to the present invention causes a computer to execute the digest video information providing method.

  According to the digest video information providing apparatus, the digest video information providing method, and the digest video information providing program of the present invention, the digest video information is edited based on the scene section in which the digital video content data is edited and the user is strongly interested. Information can be generated and provided.

1 is an overall view showing a configuration of an information sharing system using a digest video information providing apparatus according to an embodiment of the present invention. It is a block diagram which shows the structure of the digest video information provision apparatus by one Embodiment of this invention. 6 is a flowchart illustrating an operation of a digest video information providing apparatus according to an exemplary embodiment of the present invention.

  As one embodiment of the present invention, information related to the same video content information is shared between user A who is a first user and user B who is a second user using a digest video information providing apparatus. A shared system will be described.

<Configuration of Information Sharing System Using Digest Video Information Providing Device According to One Embodiment>
As shown in FIG. 1, the information sharing system according to the present embodiment serves as a first terminal for user A terminal 10 and user A sensor 20 for use by user A, and as a second terminal for use by user B. A user B terminal 30 and a digest video information providing device 40 are provided.

  The user A terminal 10 inputs the identification information of the video content designated by the operation of the user A and transmits it to the digest video information providing device 40, thereby reproducing the video content information transmitted from the digest video information providing device 40. To do. Further, during the reproduction of the video content information, a fast-forward process, a rewind process, a skip process, and the like of the video content information being reproduced are performed by an active operation from the user A.

  The user A sensor 20 acquires the operation status of the user A, and for example, a visual information detector that detects the orientation and line of sight of the user A and the degree of gaze of the user A terminal 10 from image information obtained by photographing the user A. A heart rate measuring device that measures the heart rate of the user A, a voice detector that detects the voice of the user A, a position information detector that measures the position information of the user A using a GPS (Global Positioning System) function, and a movement of the user A Acceleration measuring instrument for measuring acceleration, operation contents of user A terminal 10 by user A (power ON / OFF operation of user A terminal 10, video content designation operation, fast-forward operation of video content information being played back, rewind operation, Or an operation content detector for detecting a skip operation or the like).

  The user B terminal 30 reproduces the digest video information transmitted from the digest video information providing device 40. In addition, after the digest video information is reproduced, when an operation for notifying that the user B has been viewed is performed, the viewing completion notification is transmitted to the digest video information providing apparatus 40.

  The digest video information providing device 40 includes a storage unit 410 and a control unit 420.

  The storage unit 410 includes a video content information DB 411, a content metadata DB 412, a user setting information DB 413, a user situation information DB 414, an attention degree information DB 415, a group information DB 416, a sharer information DB 417, and an estimated viewing time. It has information DB418 and shared re-reaction information DB419.

  The video content information DB 411 stores a plurality of video content information. These pieces of video content information are each composed of video information of a plurality of scene sections.

  The content metadata DB 412 is a genre (comed, news, education, music, animation, etc.), performer, producer, broadcasting station, broadcast time, content length for each video content information stored in the video content information DB 411. Metadata including such information is stored.

  The user setting information DB 413 stores facial feature information, preference information regarding genres and content contents, schedule information regarding actions, and the like for each user.

  The user status information DB 414 stores the operation status of the user A acquired by a sensor information acquisition unit 422 of the control unit 420 described later.

  The attention level information DB 415 stores the attention level for each type of attention (for example, “interesting”, “surprise”, etc.) calculated by the attention level calculation unit 423 of the control unit 420 described later.

  The group information DB 416 stores a sharer who shares information about content with the user A for each sharer group classified by the user A, such as “friend” and “work colleague”.

  The sharer information DB 417 stores sharer information indicating a correspondence between a type of attention set in advance and a sharer group stored in the group information DB 416 or a separate sharer. For example, the sharer group “friend” corresponds to the attention type “interesting”, and the sharer group “work colleague” corresponds to the attention type “surprise”.

  The estimated viewable time information DB 418 stores estimated viewable time information generated by an estimated viewable time information generation unit 425 described later.

  The shared re-reaction information DB 419 stores shared re-reaction information sent from a shared re-reaction determination unit 428 described later.

  The control unit 420 includes a video content information providing unit 421, a sensor information acquisition unit 422, an attention level calculation unit 423, a sharing destination determination unit 424, an estimated viewable time information generation unit 425, and a digest video information generation unit 426. And a shared information providing unit 427 and a shared re-reaction determining unit 428.

  The video content information providing unit 421 acquires the video content information corresponding to the identification information of the video content information transmitted from the user A terminal 10 from the video content information DB 411 and provides it to the user A terminal 10.

  The sensor information acquisition unit 422 acquires the operation status of the user A acquired by the user A sensor 20.

  The degree-of-attention calculation unit 423 determines the scene section of the video content information based on the playback status of the video content information provided by the video content information providing unit 421 and the operation status of the user A acquired by the sensor information acquisition unit 422. The degree of attention of each user A is calculated for each type of attention.

  Based on the sharer information stored in the sharer information DB 417, the share destination determination unit 424 determines a share destination corresponding to the type of attention indicating a high degree of attention regarding the video content information.

  The estimated viewable time information generation unit 425 stores, in the user situation information DB 414, estimated viewable time information indicating the free time during which the video content of the share destination sharer determined by the share destination determination unit 424 can be viewed. Generated based on schedule information and the like.

  The digest video information generation unit 426 is based on the attention level stored in the attention level information DB 415 and the estimated viewable time information stored in the estimated viewable time information DB 418. Digest video information composed of video information of a scene section with a high degree of attention in the video content information is generated so as to be within the estimated viewable time.

  The shared information providing unit 427 determines the digest video information generated by the digest video information generating unit 426 and the user interface (UI) information for causing the user terminal to reproduce the digest video information by the sharing destination determining unit 424. Sent to the shared user terminal.

  The shared re-reaction determining unit 428 transmits the digest video information from the shared information providing unit 427 to the sharing destination, and receives the viewing completion notification from the transmission destination user terminal. It is determined that the viewed user has shown interest in the video content, and the viewing completion notification is transferred to the user A terminal 10 of the user A who has viewed the video content information and sent to the shared re-reaction information DB 419.

<Operation of Information Sharing System Using Digest Video Information Providing Device According to One Embodiment>
Next, the operation of the information sharing system according to the present embodiment will be described with reference to the flowchart of FIG.

  In the present embodiment, when the information sharing system 1 is operated, the user A's operation status at predetermined time intervals is used as the user's face orientation and line of sight from image information obtained by photographing the user A by the visual information detector as the user A sensor 20. The gaze degree of the user A terminal 10 is detected, the heart rate of the user A is measured by the heart rate measuring device, the voice of the user A is detected by the voice detector, and the GPS (Global Positioning System) function is used by the position information detector. Thus, the position information of the user A is measured, the acceleration acceleration of the user A is measured by the accelerometer, and the operation content of the user A terminal 10 by the user A by the operation content detector (power ON / OFF operation of the user A terminal 10; Video content designation operation, fast-forward operation, rewind operation, or skip operation of video content information being played back) The

  In a state where these pieces of information are sequentially acquired, the user A terminal 10 is turned on by the operation of the user A in the user A terminal 10, and video content for sharing information with other users is designated. Then, the identification information of the video content designated by this operation is transmitted to the digest video information providing apparatus 40.

  In the digest video information providing apparatus 40, when the identification information of the video content transmitted from the user A terminal 10 is received (S1), the video content information providing unit 421 acquires the corresponding video content information from the video content information DB 411. Is provided to the user A terminal 10 (S2).

  In the user A terminal 10, the video content information provided from the digest video information providing device 40 is reproduced and viewed by the user A.

  While the video content information is being played back on the user A terminal 10, the sensor information acquisition unit 422 of the digest video information providing device 40 acquires the operation status of the user A acquired by the user A sensor 20 at predetermined time intervals. The user status information DB 414 is stored together with the acquisition time information (S3).

  The acquisition of the operation status of the user A is continued until the viewing of the video content information by the user A is finished (“NO” in S4), and when the viewing of the video content information is finished (“YES” in S4), the attention degree is calculated. In the unit 423, the reproduction status of the video content information by the video content information providing unit 421 (reproduction start time information and reproduction end time information of each scene section) and the operation status of the user A acquired by the sensor information acquisition unit 422 Based on this, the attention degree by the user A is calculated for each scene section and for each attention type of the video content information (S5).

  This attention degree is calculated, for example, as (1) to (4) below.

  (1) Played back when it is determined that the user A is carefully watching the user A terminal 10 based on the face orientation and line of sight detected as the operation status of the user A and the degree of gaze of the user A terminal 10 The degree of attention of a certain scene section is calculated to be high.

  (2) The degree of attention of the scene section being reproduced when it is determined that the heart rate measured as the operation status of the user A has increased is calculated.

  (3) Based on the voice of the user A detected as the operation status of the user A, the degree of attention of the scene section being reproduced when it is determined that the user A laughed is calculated.

  (4) A scene section that is played back during a certain period immediately after the operation of the video content information being played (video content information fast forward operation, rewind operation, skip operation, etc.) is detected as the operation status of user A Is calculated with a high degree of attention.

  The calculated attention level is classified according to the detection requirement. For example, the attention level calculated based on the detection requirement “user's laughter” is classified as the attention type “interesting”. Further, user A's preference information (related to genre and content) stored in the user setting information DB 413 is further used for calculating the degree of attention. For example, detection requirements “user A's preference information (genre; news)” and “user” The degree of attention detected by “A visual recognition information” may be classified into the type of attention “surprise”. Whether or not the video content information corresponds to the user preference information is determined by referring to information stored in the content metadata DB 412 of the storage unit 410.

  The attention level calculated for each type of attention calculated in this way is stored in the attention level information DB 415 as data having a configuration of [user ID, video content ID, scene section ID, attention level, attention type].

  Next, based on the sharer information stored in the sharer information DB 417 and the sharer group information stored in the group information DB 416 by the share destination determination unit 424, the type of attention that has shown a high degree of attention regarding the video content information The sharing destination corresponding to is determined (S6). Here, it is determined that the type of attention that shows a high degree of attention regarding the video content information is “interesting”, and the corresponding sharer is a sharer group “friend” based on the sharer information, Further, it is assumed that a sharer corresponding to the sharer group “friend” is determined as “user B” based on the group information.

  Further, the estimated viewable time information generating unit 425 generates estimated viewable time information indicating a time during which the video content of the sharer “user B” stored in the sharer information DB 417 can be viewed (S7).

  This viewable time information is estimated and generated as in (1) to (4) below, for example.

  (1) Based on the schedule information stored in advance in the user setting information DB 413, the schedule idle time for each user is estimated as the viewable time.

  (2) Based on the schedule information stored in the user setting information DB 413 in advance, time for each user from the time of getting up in the morning to the time of leaving the house, and the time from the departure of the train to the destination station Etc. are estimated as viewable time.

  (3) Statistics indicating the relationship between past content continuous viewing time (viewing history) and day / time for each user are stored in the user setting information DB 413 in advance, and past content corresponding to the current day / time is stored. The continuous viewing time is estimated as the viewable time.

  (4) Whether the vehicle is moving by train based on the position information and movement acceleration of the operation status for each user stored in the user status information DB 414 and the train timetable information, route map information, etc. stored in advance. When it is determined whether or not the vehicle is moving by train, the time until arrival is estimated as the viewable time. At this time, when the moving acceleration measured by the acceleration measuring instrument is equal to or greater than a predetermined value, it is determined that the user is on the vehicle, and the moving means is estimated by analyzing the change in moving acceleration, and the moving destination and arrival are determined. The time until may be estimated.

  The estimated viewable time information generated in this way is stored in the estimated viewable time information DB 418.

  Next, the digest video information generation unit 426 determines the sharing destination based on the attention level stored in the attention level information DB 415 and the estimated viewable time information stored in the estimated viewable time information DB 418. Digest video information composed of video information of a scene section with a high degree of attention in the video content information is generated so as to be within the estimated viewable time (for example, 15 minutes) of the user “user B” (S8) ).

  When this digest video information is generated, the threshold for extracting video information of a scene section with a high degree of attention is changed based on the estimated viewable time information, and the number of scene sections and scene sections used for generation are changed. The length is adjusted.

  At this time, the degree of coincidence with the preference information of the viewed user stored in the user setting information DB 413 is further used, and adjustment may be made, for example, by increasing the section length of the scene determined to be interesting. .

  Also, the extracted video information of the scene sections can be connected in order from the section with the highest degree of attention, or can be connected in the order of the degree of matching with the user's preference and interest.

  Next, the shared information providing unit 427 generates the generated digest video information and user interface (UI) information for causing the user terminal to reproduce the digest video information, and the sharing destination user B determined by the sharing destination determination unit 424 It is transmitted to the terminal 30 (S9).

  In the user B terminal 30, the digest video information transmitted from the digest video information providing device 40 is received and reproduced, and viewed by the user B.

  After the digest video information is played back on the user B terminal 30, an operation for notifying that the user B who has watched the video has been viewed by the user B (for example, the “saw button” displayed on the screen of the user B terminal 30) Is detected), a viewing completion notification is transmitted to the digest video information providing apparatus 40.

  In the digest video information providing device 40, when the viewing completion notification transmitted from the user B terminal 30 is received by the sharing re-reaction determining unit 428, the user B who has viewed the digest video information at the user B terminal 30 It is determined that the attention degree is high and the viewing notice is transferred to the user A terminal 10 of the user A who has watched the video content information (S10). The viewing completion notification is stored in the shared re-reaction information DB 419 as data having a configuration of [user ID, video content ID, presentation scene section ID, attention level].

  In the user A terminal 10, the watched notification transmitted by the user B is displayed on the screen, and the user A recognizes that the user B is highly interested in the video content and has a high degree of attention.

  In addition to the case where the viewing completion notification is transmitted to the user A terminal 10 via the digest video information providing device 40, the viewing completion notification may be notified by e-mail or the like.

  According to the above embodiment, information based on the degree of interest can be shared between the user A and the user B regarding the same video content.

  At that time, the attention level is used to detect the scene section in which the user is subjectively interested in the video content, and the digest video information is generated by selectively using the video information of the scene section. Therefore, the user who is provided with this can watch the scene section in which the sharing source user is interested by pinpointing the video content effectively without using the full video content. Can save time. Moreover, since the viewing time per video content is shortened by using the digest video information, the provided user can increase the number of video content to be viewed. Furthermore, if the number of video contents to be viewed can be increased, the number of video contents shared with friends or the like can be increased, and communication between users can be activated.

  Also, since the digest video information is edited based on the video information of the scene section where the sharing source user's attention level is high, the scene section in which the sharing source user is interested can be efficiently communicated to the sharing destination user. At the same time, topics about the same scene section can be shared.

  In addition, since the digest video information is generated with a time length that assumes the use of the “during viewing” and “clearance time” of the sharing destination user, the digest video information can be viewed to the end within the viewing time, It is possible to avoid the situation that the continuation is worrisome due to the interruption.

  In addition, by using the degree of attention of the sharing destination user, it is possible to extract the video information of the scene section that both the sharing source user and the sharing destination user have focused on, and to support communication between users. Can do.

  In the above embodiment, the digest video information may be updated and generated in real time while the user is viewing the video content information. At this time, for example, the video information of the scene section while the user is determined to be paying attention to the video content based on the detection result of the visual information detector is not cut (or the cut portion is reduced) to the digest video information. By including, it is possible to prevent a scene section in which the user has shown interest from being overlooked.

  In the above embodiment, the digest video information generated by the digest video information generation unit 426 may be stored in the storage unit 410 and replayed or provided to other users.

  Further, in the above embodiment, when a user who has watched the digest video information designates another user as a sharing destination, the digest video information is transferred to the designated user and is used as a communication tool among many users. You may do it.

  In the above embodiment, the case has been described in which information is shared with other users using video content information designated by the user. However, video content information is based on user preference information stored in the user setting information DB 413. Video content information may be extracted from the DB 411 and used to share the information.

  In the above embodiment, the user terminal that is the information sharing destination may be set so that priority is given to the reproduction of the digest video information transmitted from other users. It may be set whether information is reproduced, or the digest video information transmitted from other users is preferentially reproduced as compared with other users.

  In the above embodiment, a case has been described in which digest video information is generated for video content information stored in advance and information is shared among a plurality of users. However, in addition, CATV, video streaming on the Internet, IPTV, digital As a function of content distribution to a signage and a video recorder, it can also be used for generating digest video information and sharing information regarding video content information among a plurality of users.

  In addition, the video content information providing unit, the sensor information obtaining unit, the attention degree calculating unit, the sharing destination determining unit, the estimated viewable time information generating unit, the digest video information generating unit, the shared information providing unit of the digest video information providing apparatus described above, It is also possible to construct a digest video information providing program for causing the computer to function as a digest video information providing apparatus by programming the functional configuration of the shared re-reaction determining unit into a computer.

DESCRIPTION OF SYMBOLS 1 ... Information sharing system 10 ... User A terminal (1st terminal)
20 ... User A sensor 30 ... User B terminal (second terminal)
40 ... Digest video information providing device 410 ... Storage unit 411 ... Video content information DB
412 ... Content metadata DB
413 ... User setting information DB
414 ... User situation information DB
415 ... Attention level DB
416 ... Group information DB
417 ... Sharer information DB
418 ... Estimated viewable time information DB
419 ... Shared re-reaction information DB
420 ... Control unit 421 ... Video content information providing unit 422 ... Sensor information acquiring unit 423 ... Attention level calculating unit 424 ... Share destination determination unit 425 ... Estimated viewable time information generating unit 426 ... Digest video information generating unit 427 ... Shared information providing Part 428 ... Shared re-reaction judgment part

Claims (5)

The first terminal and the connected digest video information providing apparatus and a plurality of second terminals in which a plurality of second user operation Pool of the first user information about the video content composed of a plurality of scene section operates In
When video content information is displayed on the first terminal, the operating status of the first user who is viewing is acquired, and based on the operating status of the first user, for each scene section of the video content information And an attention level calculation unit for calculating the attention level by the first user for each type of attention;
The calculated attention level is classified for each type of attention, and based on the attention level for each classified attention type, a second user corresponding to the type of attention indicating a high level of attention regarding the video content information, A sharing destination determination unit that determines a sharing destination of information related to the video content;
The schedule of the determined second user, the moving means estimated from the moving acceleration, the moving destination, the time until the arrival at the moving destination, and the past continuous content viewing time corresponding to the current day / time. An estimated viewable time information storage unit that estimates and stores the estimated viewable time information of the second user based on at least one ;
The information of the scene section in which the attention level calculated by the attention level calculation unit is higher than a preset threshold is preferentially set so that the estimated viewing time is stored in the estimated viewing time information storage unit. And further adjusting the scene section length based on the preference information of the first user , and further determining the degree of coincidence with the attention degree, the preference information of the first user, or the degree of coincidence with the interest of the first user. A digest video information generating unit that generates digest video information of the video content information by connecting the scene sections in a connection order determined based on ;
The digest video information generated by the digest video information generating unit, providing digest video information, characterized in that it comprises a shared information providing unit for providing the second terminal in order to view the second user the determined apparatus. When the digest video information is provided and displayed from the shared information providing unit, and when the viewing completion notification transmitted by the operation of the second user who viewed the digest video information is acquired from the second terminal, It further determines that the degree of attention to the video content by the second user is high, and further includes a shared re-reaction determination unit that transmits the viewed notification to the first terminal.
The digest video information providing apparatus according to claim 1. The first terminal and the connected digest video information providing apparatus and a plurality of second terminals in which a plurality of second user operation Pool of the first user information about the video content composed of a plurality of scene section operates But,
When video content information is displayed on the first terminal, the operating status of the first user who is viewing is acquired, and based on the operating status of the first user, for each scene section of the video content information And an attention level calculating step for calculating the attention level by the first user for each type of attention;
The calculated attention level is classified for each type of attention, and based on the attention level for each classified attention type, a second user corresponding to the type of attention indicating a high level of attention regarding the video content information, A sharing destination determination step for determining a sharing destination of information related to the video content;
The schedule of the determined second user, the moving means estimated from the moving acceleration, the moving destination, the time until the arrival at the moving destination, and the past continuous content viewing time corresponding to the current day / time. An estimated viewable time information storage step for estimating and storing the estimated viewable time information of the second user based on at least one ;
The information of the scene section in which the attention level calculated in the attention level calculation step is higher than a preset threshold is preferentially set so as to be within the estimated viewing time stored in the estimated viewing time information storage step. And further adjusting the scene section length based on the preference information of the first user , and further determining the degree of coincidence with the attention degree, the preference information of the first user, or the degree of coincidence with the interest of the first user. A digest video information generating step of generating digest video information of the video content information by connecting scene sections in a connection order determined based on ;
A digest information providing step for providing the digest information to the second terminal so that the second user can view the digest image information generated in the digest image information generating step; Method. When the viewing information transmitted by the operation of the second user who viewed the digest video information is acquired from the second terminal by the digest video information being provided and displayed by the shared information providing step, It is further determined that the degree of attention to the video content by the second user is high, and further includes a shared re-reaction determination step of transmitting the viewed notification to the first terminal.
The method of providing digest video information according to claim 3.   A program for providing digest video information for causing a computer to execute the digest video information providing method according to claim 3 or 4.

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