KR20210108206A - Video processing method and apparatus - Google Patents

Abstract

Provided are a video processing method and a video processing apparatus thereof. According to the present invention, the video processing method comprises the following steps: receiving a video file captured with a camera and location information of the camera sequentially acquired at a time interval while photographing a video; matching the location information with elapsed time information from a point in time when photographing starts to a point in time when the location information is acquired; receiving a deletion command for a predetermined time period of the video; and deleting a part corresponding to the predetermined time period from the video file, deleting things included in the predetermined time period from the elapsed time information, deleting those matching the deleted elapsed time information from the location information, and deleting those after the predetermined time period from the elapsed time information, and modifying them to a time reduced by the length of the specified time period. Accordingly, a desired part can be deleted from a video uploaded to a video platform to be output together with a map.

Description

VIDEO PROCESSING METHOD AND APPARATUS

The present invention relates to a method and apparatus for processing a video, and more particularly, to a method and apparatus for processing a video output together with a map of an area where the video is captured.

In general, a streamer refers to a person who regularly or irregularly uploads a video to a video platform such as YouTube. A streamer can upload various videos on a video platform. Among them, there is a video recorded while the streamer moves along a predetermined area (or along a road) through a movable camera such as a camera attached to a smart phone.

When a streamer shoots such a video and uploads it to a video platform along with location information where the video was shot, the video platform responds to a playback command of the video and outputs a map of the area where the video was shot when outputting the video. can

However, the streamer may want to delete a specific part of the video uploaded to the video platform to be output together with the map. For example, a streamer may want to remove parts that are likely to be boring, parts that are considered pointless, parts that should not be made public or exposed, and so on. However, in the prior art, there was a problem that the streamer could not edit by deleting the desired part from the video uploaded to the video platform to be output together with the map.

SUMMARY OF THE INVENTION An object of the present invention is to provide a video processing method and apparatus capable of editing by deleting a desired part from a video uploaded to a video platform so as to be output together with a map.

A video processing method according to an embodiment of the present invention for solving the above problems is: receiving a video file captured by a camera and location information of the camera sequentially acquired at a time interval while the video is taken step; matching the location information with information on an elapsed time from the point in time when the photographing starts to the point in time at which the location information is obtained; receiving a deletion command for a specific time period of the video; and deleting the part corresponding to the specific time period from the video file, deleting those belonging to the specific time period from the elapsed time information, deleting those matching the deleted elapsed time information from the location information, and deleting the items corresponding to the deleted elapsed time information from the elapsed time information and modifying those belonging to after a specific time zone to a time reduced by the length of the specific time zone.

Preferably, the video processing method comprises: receiving a play command of the video; A path indicating a movement path of the camera based on a current matching state of the elapsed time information and the location information on the map according to the playback location of the video and outputting a map based on the location information while playing the video The method further includes displaying a mark.

Preferably, the video processing method comprises: receiving a comment on the video from a commenter; recording the comments on the comment collection page of the commenter; receiving a subscription application for the comment collection page of the commenter; counting the number of times the subscription application has been received; And if the counted number exceeds a predetermined number of times, further comprising the step of selecting the comment author as a reward target.

A video processing apparatus according to an embodiment of the present invention for solving the above problems: storing a video file captured by a camera and location information of the camera sequentially acquired at a time interval while the video is captured content storage unit; an elapsed time matching unit that matches the location information with elapsed time information from the start of the photographing to the point in time at which the corresponding location information is obtained; and when a deletion command for a specific time zone of the video is received, a portion corresponding to the specific time zone is deleted from the video file, those belonging to the specific time zone are deleted from the elapsed time information, and the deleted elapsed time from the location information and a video editing unit that deletes items matching the information and corrects items belonging to after the specific time period in the elapsed time information to a time reduced by the length of the specific time period.

According to the present invention, it is possible to edit by deleting a desired part from a video uploaded to a video platform to be output together with a map. The edited video is played by matching the location information with the elapsed time information from the start of shooting to the point at which the location information is acquired, and by deleting the part corresponding to a specific time period from the video file and reflecting such deletion in the elapsed time information Even in this case, the route mark indicating the movement route of the camera may be correctly displayed according to the playback position of the video on the map.

1 is a block diagram of a video processing apparatus according to an embodiment of the present invention.
2 is a flowchart of a video processing method according to an embodiment of the present invention.
3 is a flowchart of a video playback command processing step of FIG. 2 .
Figure 4 is a flowchart of the comment processing step of Figure 2;
FIG. 5 is an embodiment of a screen displayed to a user in order to perform the step of receiving a delete command of FIG. 2 .
FIG. 6 is an embodiment in which a delete command is inputted to the screen of FIG. 5 .
7 is an embodiment of the result of performing the deletion and correction steps of FIG. 2 according to the deletion command input in FIG. 6 .
FIG. 8 is an embodiment of location information received in the step of receiving a video file and location information of FIG. 2 .
9 is an embodiment of a map output based on the location information received in the step of receiving the video file and location information of FIG. 2 .
10 is an embodiment of the result of performing the path mark display step of FIG.
11 is an embodiment in which points are generated by adding location information of subdivided time intervals to the location information received in the step of receiving the video file and location information of FIG. 2 .

The embodiments described in this specification are for clearly explaining the spirit of the present invention to those of ordinary skill in the art to which the present invention belongs, so the present invention is not limited by the embodiments described in this specification, and the present invention It should be construed as including modifications or variations that do not depart from the spirit of the present invention.

The terms used in the present specification are selected as widely used general terms as possible in consideration of the functions in the present invention, but they may vary depending on the intention, custom, or emergence of new technology of those of ordinary skill in the art to which the present invention belongs. can However, if a specific term is defined and used with an arbitrary meaning, the meaning of the term will be separately described. Therefore, the terms used in this specification should be interpreted based on the actual meaning of the terms and the contents of the entire specification, rather than the names of simple terms.

The drawings attached to this specification are for easy explanation of the present invention, and the shapes shown in the drawings may be exaggerated as necessary to help understand the present invention, so the present invention is not limited by the drawings.

In the present specification, when it is determined that a detailed description of a known configuration or function related to the present invention may obscure the gist of the present invention, a detailed description thereof will be omitted if necessary.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a block diagram of a video processing apparatus according to an embodiment of the present invention. Referring to FIG. 1 , the video processing apparatus 100 may be connected to an external GIS server through a network.

The GIS server may be a server that provides all types of information that can be referred to geographically, and the video processing device 100 has geographic information or spatial information that needs to be updated in addition to the geographic information or spatial information stored by itself. The information can be received through communication with the server.

That is, the video processing apparatus 100 may provide a function of displaying information according to a user's request on a map based on geographic information or spatial information, and in order to provide the corresponding function, additional geographic information or spatial information If you need it, you can connect to the GIS server and receive the information.

The video processing apparatus 100 may be connected to an external content generator through a network or may be connected through a wired/wireless communication network, or the like. Alternatively, as the storage medium in which the content is stored is connected to the video processing apparatus 100 , the content stored in the storage medium may be directly downloaded to the video processing apparatus 100 , and the content generating unit is integrated with the video processing apparatus 100 . As , the content generated by the content generator may be directly input to the video processing apparatus 100 .

The content generating unit is a device that generates a video file captured by video recording equipment such as a movable camera (eg, a camera mounted on a mobile terminal such as a smartphone), and sequentially generates GPX files at time intervals during video recording. It includes a GPX file generator that can be created.

For example, according to the user's start of shooting a video, the content generating unit stores the video captured by the camera as a video file, and while the video is being captured, the current video is recorded according to a predetermined time period (eg, a time period of 10 seconds). You can create and save a GPX file including information such as the location and altitude of the camera.

For example, the content generator may be a component of a mobile terminal such as a smartphone, and while shooting a video with a camera mounted on the terminal, execute an app installed on the terminal to acquire GPX information in real time to generate a GPX file can do.

The user may transmit the video file and the GPX file generated by the content generator to the video processing device 100 through a network network or a wired/wireless communication network. Alternatively, the content generating unit may be connected to the video processing device 100 as a storage device so that a video file and a GPX file are directly downloaded to the video processing device 100 , or may be integrated with the video processing device 100 to form a video file and a GPX file may be directly input to the video processing apparatus 100 .

The video processing apparatus 100 may download and execute content in association with video recording equipment, and provides a function of linking video output and route mark output on a map, for example, based on a synchronization operation.

For example, in the synchronization operation, when a request for movement of the playback position is received by a control input from the outside during playback of the video, the playback position of the video is changed in response to the reception of the movement request, and the playback position of the video is changed on the map in conjunction with this. It may be an operation of controlling movement of a path mark indicating a movement path of the displayed camera.

In particular, the synchronization operation is a two-way synchronization, and when a request for movement of the playback position of the video is received, movement of the route mark on the map is controlled in response thereto, and also points on the map (eg, location information of the GPX file and When a point is moved according to the selection of a point displayed based on elapsed time information from the start of shooting to the point at which the corresponding location information is acquired), the movement of the playback position of the video may be controlled in response thereto. By the synchronization operation, the video output and the route mark output on the map are linked with each other.

The video processing apparatus 100 includes a content storage unit 110 , a geographic information storage unit 120 , a video processing unit 130 , an elapsed time matching unit 140 , a map processing unit 150 , a synchronization processing unit 160 , a video editing unit 170 , a comment processing unit 180 , and a control unit 190 .

The content storage unit 110 may store a video file and a GPX file generated by the content generation unit. The geographic information storage unit 120 may store various geographic information for performing a video processing function provided by the video processing apparatus 100 .

The video processing unit 130 plays and outputs the video by executing the video file. The video processing unit 130 may adjust the video playback position according to the user's control input. For example, the video processing unit 130 plays a video by outputting a certain number of frames per second (FPS, for example, 30 frames), and when the user selects a location of a specific playback time during video playback, the video processing unit 130 ) controls to move to the location of the playback time selected by the user, and accordingly, the video playback operation is performed from the frame of the playback time selected by the user.

The elapsed time matching unit 140 matches the location information included in the GPX file with information on the elapsed time from the start of shooting to the point at which the corresponding location information is obtained. Such elapsed time can be calculated through time information included in the GPX file. The elapsed time matching unit 140 calculates the elapsed time from the start of shooting to the time at which the corresponding location information is obtained for all location information included in the GPX file, and matches the calculated elapsed time with the corresponding location information.

The map processing unit 150 outputs a map using the geographic information stored in the geographic information storage unit 120, and the location information included in the GPX file and the elapsed time information matched by the elapsed time matching unit 140 to output the point at the corresponding location on the map.

For example, the GPX file may be generated to include location, altitude information, and time information of a corresponding area according to a predetermined time period during video recording, and the map processing unit 150 matches location information and elapsed time included in the GPX file The unit 140 may output a point at a corresponding location on the map by using the matched elapsed time information. If video is captured for 5 minutes and a GPX file is generated every 10 seconds, the map processing unit 150 may output 30 points on the map together with the video output when outputting the map.

Also, the map processing unit 150 may output a route mark on the map in response to the video output. That is, an image captured while the camera is moving is output through video playback, and the path the camera moves is output as a path mark on the map, so that the path mark can move together on the map in response to the camera moving. Accordingly, the location on the map of the area where the current video is captured (or the area where the camera is located) may be determined.

Any one of the above-described video output and map output may be selectively performed or may be performed together. If the video output is requested by selecting the stored content, only the above-described video playback is performed to check the captured video, or when the map output is requested, the moving route of the captured area can be checked on the map. And, when the link function of video output and map output is requested, as described above, it is linked to video output and the route mark moves together on the map.

The synchronization processing unit 160 performs synchronization processing for interworking between video output and map output. To this end, information related to video reproduction may be provided to the synchronization processing unit 160 , and the position of the route mark to be output on the map may be determined based on the video reproduction information (eg, information on the reproduction position of the video).

The synchronization processing unit 160 provides the location information of the route mark corresponding to the playback position of the moving picture to the map processing unit 150, and accordingly, the map processing unit 150 outputs the route mark on the map including the points. The synchronization processing unit 160 detects the elapsed time that is the same as, closest to, or immediately preceding the playback position of the video in the elapsed time matching unit 140, and provides the detected position information to the map processing unit 150 as position information of the path mark. can do.

In addition, the synchronization processing unit 160 acquires information related to map output from the elapsed time matching unit 140 and the map processing unit 150 (eg, location information included in the GPX file and location information from the start time of shooting). information on the elapsed time until the point in time) is received and a corresponding video playback position can be determined based on this, and information related to the playback position of the video (for example, information on the playback location of the video) is transmitted to the video processing unit 130 ) can also be provided.

In addition, the user may move the playback position of the moving picture while playing the moving picture, or may move the position of the path mark by selecting a point or an arbitrary path on the map. For example, by selecting a point on the map, the route mark may be located at the corresponding point, or by selecting an arbitrary location between the points, the route mark may be moved to the corresponding location.

The synchronization processing unit 160 receives such a movement input for a video or a point from the user, and performs synchronization processing on the video and the path mark in response thereto.

For example, when the user moves the playback position of the moving picture to an approximately intermediate position during the playback of the moving picture, the map processing unit 150 places the path mark at a point corresponding to the selected playback position of the moving picture. Alternatively, when the user selects an arbitrary point on the map, the video processing unit 130 moves the playback position to a frame corresponding to the point selected by the user, and performs a video playback operation from the moved position.

The above-described synchronization and interlocking operation can be controlled by the synchronization processing unit 160, for example, when the movement of the video is controlled according to the position movement input of the video from the user, the synchronization processing unit 160 for the video output and the path mark. Synchronization is performed and the path mark is controlled to be moved according to the result of the processing, so that the moving picture and the path mark are linked and output.

The video editing unit 170 edits a video file stored in the content storage unit 110 . The video editing unit 170 may delete a specific time period of the video from the video file stored in the content storage 110 according to a user's control input.

The video editing unit 170, when receiving a deletion command for a specific time period of the video from the user, not only deletes a portion corresponding to the specific time period from the video file stored in the content storage unit 110, but also the content storage unit 110 The GPX file stored in and the elapsed time information matched by the elapsed time matching unit 140 are also deleted or modified.

Specifically, the video editing unit 170 deletes those belonging to the specific time period from the elapsed time information matched by the elapsed time matching unit 140 , and matches the elapsed time information deleted from the GPX file stored in the content storage unit 110 . Delete location information. In addition, the video editing unit 170 corrects those belonging to the elapsed time information matched by the elapsed time matching unit 140 after the specific time period to a time reduced by the length of the specific time period.

The map processing unit 150 and the synchronization processing unit 160 use the current elapsed time information corrected by the video editing unit 170 when performing a task using the elapsed time information matched by the elapsed time matching unit 140 . do the work

The comment processing unit 180 receives a comment on the video of the video file stored in the content storage unit 110 from the commenter. The comment is, for example, an interesting video, image, text, map ping (GPS information), etc. related to the video of the video file stored in the content storage unit 110 .

The comment processing unit 180 creates a comment collection page for each comment author, and records the received comment on the comment collection page of the corresponding commenter.

The comment processing unit 180 receives subscription requests for the comment collection page from other users. The comment processing unit 180 counts the number of times subscription requests are received for each comment collection page, and selects a commenter whose number of subscriptions to the comment collection page exceeds a predetermined number of times as a reward target. The comment processing unit 180 may publish the selection result of the reward target on a web page or the like.

The controller 190 controls each function of other components of the video processing apparatus 100 . The other components may perform respective functions under the control of the controller 190 .

2 is a flowchart of a video processing method according to an embodiment of the present invention. Referring to FIG. 2 , the video processing apparatus 100 receives a video file captured by a camera and location information of the camera sequentially acquired at a time interval while the video is captured ( S210 ). For example, the location information may be acquired according to a predetermined time period while capturing a video.

The location information is included in the GPX file generated while capturing the video, and the video processing apparatus may receive the location information by receiving the GPX file. The received video file and GPX file are stored in the content storage unit 110 .

Meanwhile, the video processing apparatus 100 may add location information of subdivided time intervals to the received GPX file. For example, if location information included in the received GPX file is acquired at 10-second intervals, location information at 1-second intervals may be added to the GPX file. According to this, between the position information of 09:10:10 and the position information of 09:10:20 included in the received GPX file, 09:10:11, 12, 13, ... , 19 seconds of location information may be added. In this case, the location information to be added may be determined according to the ratio of the time difference between the immediately preceding location information acquisition time and the immediately subsequent location information acquisition time included in the received GPX file. For example, the location information of 09:10:13 is added, the time difference from the previous location information acquisition time 09 10 minutes 10 seconds and immediately after the location information acquisition time 09:10:20 seconds included in the GPX file to each Since 3 seconds and 7 seconds, the ratio of the distance between the position of 09:10:10 and the position of 09:10:20 on the line connecting the position of 09:10:10 and 09:10:20 is 3:7 It can be determined as a point.

The elapsed time matching unit 140 matches the location information included in the GPX file with the elapsed time information from the start of shooting to the point at which the location information is acquired ( S220 ). Such elapsed time may be calculated through time information included in the GPX file stored in the content storage unit 110 . For example, if the acquisition time of the first location information in the GPX file is 10 am and the acquisition time of the specific location information for which the elapsed time is to be calculated is 10:03 am, the specific location information matches the elapsed time 3 minutes. The elapsed time matching unit 140 calculates an elapsed time from the start of shooting to the point at which the corresponding location information is obtained for all location information included in the GPX file, and matches the calculated elapsed time with the corresponding location information.

The video processing apparatus 100 receives a deletion command for a specific time period of the video from the user (S230).

Then, the video editing unit 170 deletes those for the specific time period from the video file, the elapsed time information, and the location information, and corrects things belonging to the later ones of the specific time period from the elapsed time information (S240).

Specifically, the video editing unit 170 not only deletes the part corresponding to the specific time period from the video file stored in the content storage unit 110, but also deletes the part corresponding to the specific time period from the elapsed time information matched by the elapsed time matching unit 140 to the specific time period. Delete the belongings, delete the location information matched with the deleted elapsed time information from the GPX file stored in the content storage unit 110, and after the specific time period from the elapsed time information matched in the elapsed time matching unit 140 Modify the belongings to a time reduced by the length of the specific time zone.

For example, the video editing unit 170, when receiving a deletion command for a time period of 2 minutes 10 seconds to 2 minutes 20 seconds of a 5-minute video from the user, 2 minutes 10 from the video file stored in the content storage unit 110 In addition to deleting the part corresponding to the time period of seconds to 2 minutes and 20 seconds, from the elapsed time information matched by the elapsed time matching unit 140, those belonging to the elapsed time of 2 minutes 10 seconds to 2 minutes 20 seconds are deleted, and the content storage unit Deletes the location information matched with the deleted elapsed time information from the GPX file stored in 110, and from the elapsed time information matched in the elapsed time matching unit 140, those belonging to the 2 minutes 20 seconds to 5 minutes time zone by 10 seconds Correct with reduced time. Accordingly, the location information matched with the elapsed time of 1 minute and 30 seconds before the reception of the delete command is matched to 1 minute and 30 seconds as it is after the deletion command is processed, and the location information matched with the elapsed time of 2 minutes and 30 seconds before the receipt of the deletion command The location information is matched to the elapsed time of 2 minutes and 20 seconds after the deletion command is processed.

The video processing apparatus 100 may process a playback command of the edited video (S250). Comments on the edited video may be processed (S260).

The step of processing the playback command of the video (S250) and the step of processing the comment on the video (S260) are the steps of matching the location information with the elapsed time information (S220) and receiving a deletion command for a specific time period of the video (S230) may be performed. In addition, the step (S260) of processing the comment on the video may be performed before the step (S250) of processing the playback command of the video.

FIG. 3 is a flowchart of the video playback command processing step S250 of FIG. 2 . Referring to FIG. 3 , the video processing apparatus 100 receives a video playback command from the user ( S310 ).

Then, the video processing apparatus 100 outputs a map based on location information included in the GPX file stored in the content storage 110 while outputting the video by executing the video file of the corresponding video stored in the content storage 110 . and a path mark indicating the movement path of the camera is displayed on the map according to the playback position of the moving picture (S320).

All locations included in the GPX file stored in the content storage unit 110 may be displayed as points on a map that is output together when a video is output. And, such points may be connected to a line according to the order of the elapsed time matched with the corresponding location information. The path mark indicates the movement path of the camera, and moves along those points on the map or along a line connecting the points while the moving picture is being played.

The display of the path mark is performed based on the location information included in the GPX file and the elapsed time information currently matched by the elapsed time matching unit. For example, the video processing device 100 displays the location matched with the elapsed time as a route mark on the map when the playback position of the video reaches the elapsed time matched by the elapsed time matching unit, and the playback position of the video is When the next elapsed time matched by the elapsed time matching unit is reached, the route mark may be displayed by moving the route mark on the map to a location matched with the next elapsed time.

Even when the playback position of the video is between the elapsed times matched by the elapsed time matching unit, the video processing device 100 compares the elapsed time immediately before the location information is matched and the elapsed time immediately after the location information is matched A route mark can be displayed on the map according to the ratio of the time difference.

For example, if the playback position of the video is 2 minutes and 3 seconds, the elapsed time immediately before the location information is matched is 2 minutes 0 seconds, and the elapsed time immediately after the location information is matched is 2 minutes and 10 seconds, Since the time difference from the elapsed time is 3 seconds and the time difference from the immediately elapsed time is 7 seconds, on the map, the previous elapsed time is A path mark may be displayed at a point where the ratio of the distance to the location matched to the distance to the location matching the elapsed time immediately after is 3:7. Subsequently, when the playback position of the moving picture reaches 2 minutes and 4 seconds, the path mark can be moved to a point where the ratio is 4:6 on the line, and in this way, the path mark can be displayed while moving according to the playback position of the moving picture. .

When the user moves the playback position of the video, the video processing device 100 maps the elapsed time matching the playback time indicating the playback position after movement among the elapsed times matched by the elapsed time matching unit 140 to a map. A route mark can be displayed at a location matched with the elapsed time on the map can do.

In addition, when the user selects a specific point on the map, the video processing device 100 detects the elapsed time in which the location information of the selected point is matched, and moves the playback position of the video to the same playback time as the detected elapsed time. have.

When the user selects a point on the line connecting points on the map, the video processing apparatus 100 may move the playback position of the video according to the ratio of the distance to the immediately preceding point and the distance to the immediately following point.

For example, if the selected point is 1m away from the immediately preceding point matching the elapsed time of 2 minutes and 9m away from the point immediately after matching the elapsed time of 2 minutes and 10 seconds, the distance to the previous point and immediately after Since the ratio of the distance to the point of is 1:9, the video processing device 100 sets the playback position of the video between 2 minutes matched to the immediately preceding point position and 2 minutes and 10 seconds matched to the immediately preceding point position. You can move to 2 minutes and 1 second, which is a 1:9 point.

After the user selects a specific point or a point on the line connecting the points on the map and the playback position of the video moves accordingly, as described above, it is currently matched with the location information included in the GPX file and the elapsed time matching unit. Based on the elapsed time information, the path mark is moved as the playback time progresses.

In this way, the display of the route mark on the map is made based on the elapsed time matched by the elapsed time matching unit, not the acquisition time of the location information included in the GPX file, and such elapsed time is the playing time of the moving picture indicating the playing position of the moving picture. coincides with In addition, since the elapsed time is adjusted to reflect the deletion of a part corresponding to a specific time period from the moving picture file, even if the moving picture is edited, it is the same as the playing time of the moving picture indicating the playback position of the moving picture. Therefore, even when the edited video is reproduced, the route mark indicating the movement path of the camera may be correctly displayed on the map according to the playback position of the video.

4 is a flowchart of the reply processing step (S260) of FIG. Referring to FIG. 4 , the video processing apparatus 100 receives a comment on the video from the user (S410).

The comment processing unit 180 creates a comment collection page for each comment author, and records the received comment on the comment collection page of the corresponding commenter (S420).

The comment processing unit 180 receives a subscription request for a comment collection page from other users (S430). The comment processing unit 180 counts the number of times the subscription application is received for each comment collection page (S440), and selects a commenter whose number of subscriptions of the comment collection page exceeds a predetermined number of times as a reward target (S450). The comment processing unit 180 may publish the selection result of the reward target on a web page or the like.

The operator of the video processing apparatus 100 may provide appropriate compensation, such as granting a rating according to the number of subscriptions, and financial compensation, to the comment writer selected as a reward target. Accordingly, a job called a replier can be created like a streamer that has been attracting attention in recent years, and at the same time, it is possible to increase the revenue of such repliers, and at the same time produce a video file and store it in the content storage unit 110 of the streamer. You can also upload video views.

FIG. 5 is an embodiment of a screen displayed to a user in order to perform the deletion command receiving step S230 of FIG. 2 . Referring to FIG. 5 , such a screen may include a map 510 , a full route 520 , and a deletion section input field 530 .

The map 510 is output based on location information included in the GPX file stored in the content storage unit 110 . The full path 520 may be displayed on the output map as a line connecting all the locations included in the GPX file in the order of the elapsed time matched with the corresponding location information. The deletion section input field 530 is a part in which the user can input a specific time period to be deleted from the video.

Meanwhile, the screen displayed to the user in order to perform the deletion command receiving step S230 may include only the deletion section input field 530 excluding the map 510 and the entire route 520 .

FIG. 6 is an embodiment in which a delete command is inputted to the screen of FIG. 5 . Referring to FIG. 6 , the user may input a specific time period to be deleted from the video in the deletion section input field 530 . For example, the user may input 00 minutes 00 seconds 540 to 05 minutes 00 seconds 550 as such a time zone.

7 is an embodiment of the result of performing the deletion and correction steps of FIG. 2 according to the deletion command input in FIG. 6 . Referring to FIG. 7 , as a specific time period (00 minutes 00 seconds to 05 minutes 05 seconds in the example of FIG. 6 ) of the video is deleted by the user, the positions of the corrected full path 560 are deleted at that specific time period. displayed in the state of being

FIG. 8 is an embodiment of the location information received in the step S210 of receiving the video file and location information of FIG. 2 . Referring to FIG. 8 , the video processing apparatus 100 may receive location information 620 sequentially acquired at time intervals along with an acquisition time 610 for each location information.

9 is an embodiment of a map output based on the location information received in the step S210 of receiving the video file and location information of FIG. 2 . Referring to FIG. 9 , the video processing apparatus 100 may display the full path 720 of video shooting on the map 710 together with points 770 indicating location information included in the GPX file.

10 is an embodiment of the result of performing the path mark display step (S320) of FIG. Referring to FIG. 10 , the video processing apparatus 100 may display the full path 820 of video recording on the map 810 together with the output of the video, and the screen 890 currently being played in the video is captured. The location may be indicated as a path mark 880 .

11 is an embodiment in which points are created by adding location information of subdivided time intervals to the location information received in the step S210 of receiving the video file and location information of FIG. 2 . Referring to FIG. 11 , the video processing apparatus 100 adds the location information 910 of subdivided time intervals to the location information received in the video file and location information receiving step S210 of FIG. 2 to obtain a point 920 . can create

The video processing method 200 may be implemented in the form of a program command that can be executed through various computer means and recorded in a computer-readable medium. The computer-readable medium may include program instructions, data files, data structures, etc. alone or in combination. The program instructions recorded on the medium may be specially designed and configured for the embodiment, or may be known and available to those skilled in the art of computer software. Examples of the computer-readable recording medium include magnetic media such as hard disks, floppy disks and magnetic tapes, optical media such as CD-ROMs and DVDs, and magnetic such as floppy disks. - includes magneto-optical media, and hardware devices specially configured to store and execute program instructions, such as ROM, RAM, flash memory, and the like. Examples of program instructions include not only machine language codes such as those generated by a compiler, but also high-level language codes that can be executed by a computer using an interpreter or the like. The hardware devices described above may be configured to operate as one or more software modules to perform the operations of the embodiments, and vice versa.

The above description is merely illustrative of the technical spirit of the present invention, and various modifications and variations will be possible without departing from the essential characteristics of the present invention by those skilled in the art to which the present invention pertains. Accordingly, the embodiments of the present invention described above may be implemented separately or in combination with each other.

Therefore, the embodiments disclosed in the present invention are not intended to limit the technical spirit of the present invention, but to explain, and the scope of the technical spirit of the present invention is not limited by these embodiments. The protection scope of the present invention should be construed by the following claims, and all technical ideas within the equivalent range should be construed as being included in the scope of the present invention.

100: video processing device 110: content storage unit
120: geographic information storage unit 130: video processing unit
140: elapsed time matching unit 150: map processing unit
160: synchronization processing unit 170: video editing unit
180: comment processing unit 190: control unit

Claims (5)

Receiving a video file taken with a camera and location information of the camera sequentially acquired at a time interval while the video is taken;
matching the location information with information on an elapsed time from the point in time when the photographing starts to the point in time at which the location information is obtained;
receiving a deletion command for a specific time period of the video; and
Deletes the part corresponding to the specific time period from the video file, deletes those belonging to the specific time period from the elapsed time information, deletes items matching the deleted elapsed time information from the location information, and deletes the specific time information from the elapsed time information A video processing method comprising the step of correcting those belonging to after the time zone to a time reduced by the length of the specific time zone.
According to claim 1,
receiving a play command of the video;
A path indicating a movement path of the camera based on a current matching state of the elapsed time information and the location information on the map according to the playback position of the video and outputting a map based on the location information while playing the video Video processing method, characterized in that it further comprises the step of displaying a mark.
According to claim 1,
receiving a comment on the video from a commenter;
recording the comments on the comment collection page of the commenter;
receiving a subscription application for the comment collection page of the commenter;
counting the number of times the subscription application has been received; and
When the counted number exceeds a predetermined number of times, the video processing method further comprising the step of selecting the comment author as a reward target.
A computer program stored in a medium to be combined with a computer to execute each step of the method according to any one of claims 1 to 3.
a content storage unit for storing a video file captured by a camera and location information of the camera sequentially acquired at a time interval while the video is taken;
an elapsed time matching unit that matches the location information with elapsed time information from the start of the photographing to the point in time at which the corresponding location information is obtained; and
Upon receiving a deletion command for a specific time zone of the video, a portion corresponding to the specific time zone is deleted from the video file, those belonging to the specific time zone are deleted from the elapsed time information, and the deleted elapsed time information from the location information and a video editing unit that deletes those matched with and corrects those belonging to after the specific time zone in the elapsed time information to a time reduced by the length of the specific time zone.

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