JP7424801B2 - Video editing output control device using text data, video editing output method using text data, and program - Google Patents

Description

The present invention relates to editing control technology using text data.

Since the beginning of television broadcasting, various products have been developed and sold as video editing output control devices used as video editing machines.

In recent years, voice recognition technology has matured with the rise of AI, and the accuracy of speech recognition and text conversion from audio and video data using voice recognition technology has increased. Voice recognition technology is standardly installed in smartphones and the like, and voice recognition input means has been established as an input means similar to keypad text input.

At the same time as voice recognition technology, many voice synthesizer systems that generate voice from text have been developed, and the relationship between video and voice and text is becoming closer. Therefore, editing systems have been constructed in which text information obtained using speech recognition technology or speech synthesis technology is converted into metadata and added to speech information.

JP 2019-061428 Publication Re-tabled publication 2017/072915

However, even though speech recognition technology and speech synthesis technology have improved dramatically, no editing device has been provided that actively utilizes the output results and text data from which they are generated.

The invention of Patent Document 1 is a video editing system that extracts text information generated as metadata from video, but it is not linked to time, and metadata and playlists are only information for editing. .

The invention of Patent Document 2 uses a speech recognition system to convert text into text and generate metadata, but the invention is mainly aimed at synchronizing a second language for translation, and manages video based on the metadata. It is not possible to specify an edit point.

Therefore, some aspects of the present invention have been made in view of such circumstances, and are based on speech recognition text data output by a speech recognition system or text data used for speech synthesis. The purpose is to edit videos.

In order to solve the above problem, the invention according to claim 1 is a video editing output device using text data, which includes video data input means for receiving video data, and audio data input means for receiving audio data. , an external text data input means for receiving text data, a reference time generation means for generating time reference data based on an external clock or an internal clock, and still image data constituting the video data when the video data is received. a first time assigning means for assigning the time reference data for each time, and a second time assigning means for assigning the time reference data for each voice section detection data constituting the audio data when receiving the audio data; a third time assigning means for assigning the time reference data to the text data when inputted by the external text data input means; still image data constituting the video data based on the time reference data; The present invention is characterized in that it includes voice section detection data constituting voice data and data output means capable of outputting a part of the text data.

According to the present invention, a reference time is assigned when video and audio are imported into the device, and at the same time, a reference time is assigned when the editing system imports external text data used for voice synthesis etc. in advance. This makes it possible to use external text data as a reference axis for editing, making it possible to build a visually easy-to-understand editing system.

The invention according to claim 2 is a video editing output device using text data, which comprises a video data input means for receiving video data, and a voice recognition means for performing voice recognition processing and generating voice recognition text data from the voice. a reference time generating unit that generates time reference data based on an external clock or an internal clock; and a first unit that assigns the time reference data to each still image data constituting the video data when receiving the video data. a time assigning unit; a second time assigning unit for assigning the time reference data to the voice recognition text data generated by the voice recognition process; and a still image forming the video data based on the time reference data. The present invention is characterized by comprising a data output means capable of outputting data and a part of the voice recognition text data.

According to the present invention, a reference time is assigned when video and audio are imported into a device, and at the same time, a reference time is assigned to speech recognition text data obtained through speech recognition processing, thereby making the speech recognition text data a reference for editing. It becomes possible to handle it as an axis, and it is possible to build a visually easy-to-understand editing system.

1 is a diagram illustrating an example of a schematic configuration (system configuration) of an information processing system 100 according to Embodiment 1 of the present invention. 1 is a schematic configuration diagram (block diagram) showing an example of a video editing control server according to Embodiment 1 of the present invention. FIG. 3 is a flowchart showing a process of performing editing work using the speech synthesis device according to Embodiment 1 of the present invention. 2 is a diagram illustrating an example of a schematic configuration (system configuration) of an information processing system 200 according to a second embodiment of the present invention. FIG. 7 is a flowchart showing a process of performing editing work using the speech recognition device according to Embodiment 2 of the present invention. FIG. 3 is a diagram illustrating an example of a screen displayed on the information processing apparatus according to the first embodiment and the second embodiment of the present invention. FIG. 3 is a diagram illustrating an example of a screen displayed on the information processing apparatus according to the first embodiment and the second embodiment of the present invention.

Embodiments of the present invention will be described below with reference to the accompanying drawings. The following embodiments are illustrative for explaining the present invention, and are not intended to limit the present invention only to the embodiments. Further, the present invention can be modified in various ways without departing from the gist thereof. Furthermore, in each drawing, the same components are given the same reference numerals as much as possible, and duplicate explanations will be omitted.

<Embodiment 1>
FIG. 1 is a schematic configuration diagram (system configuration diagram) showing an embodiment of an information processing system 100 according to Embodiment 1 of the present invention. As shown in FIG. 1, an information processing system 100 according to an embodiment of the present invention includes, for example, a video output device 1, a video editing output control server 2, a video reception device 3, an information processing device 4, and an audio synthesis device. 5, and is connected to a predetermined network.

The video output device 1 is a device that connects to the video editing output control server 2 and outputs video to be edited. These include commercially available VTRs, DVDs, HD-CAMs, XD-CAMs, and general-purpose video editing servers.

The video editing output control server 2 is a device that performs video editing based on video data, audio data, and external text data received from the audio synthesis device 5. More specific configuration and configuration of the video editing output control server 2, which is a device that controls video editing and output while deleting and superimposing part of video data and audio data, and adding other video data and audio data. The operation will be described later.

The video receiving device 3 is a device that connects to the video editing output control server 2 and receives edited video. These include commercially available VTRs, DVDs, HD-CAMs, XD-CAMs, and general-purpose video editing servers. The video output device 1 may be used instead.

The information processing device 4 is a device that is connected to the video editing output control server 2 and can perform editing operations using a general-purpose browser or a dedicated application. The information processing device 4 is a general-purpose computer device, and is, for example, a mobile phone such as a smartphone connected to a predetermined network, a tablet terminal, a laptop/notebook computer, a stationary computer, or the like.

The speech synthesis device 5 is a device that generates speech data from text data. A speech synthesis device is a device that converts text data prepared in advance into speech data at the device's reference time. The device may have a function of setting the speed at which audio data is converted into audio data, and may also have a function of measuring the difference from a reference time when converting audio data, and embedding the value in text data.

The predetermined network is, for example, a communication line or communication network related to information processing, including the Internet, and is a communication line or a communication network related to information processing, including, for example, the Internet. There is no particular restriction as long as the configuration is such that various information and data can be transmitted and received between the devices. The predetermined network is realized by, for example, a broadband network such as the Internet, a core network such as a mobile phone network, a LAN (Local Area Network), or a narrowband network that is a combination of these.

In the first embodiment, the information processing system 100 is configured to include one audio synthesis device 5, one video editing output control server 2, one video output device 1, one video receiving device 3, and one information processing device 4. However, it does not necessarily have to be one at a time. For example, the audio synthesizer 5 does not need to be installed if the video editing output control server 2 is equipped with an audio synthesizer function. Further, the video output device 1 and the video reception device 3 may be shared, or a plurality of information processing devices 4 may be installed and communicate with the video editing output control server 2 at the same time. Furthermore, the functions of the video editing output control server 2 and the information processing device 4 may be configured in the same server, or the functions may be provided on servers with separate functions.

FIG. 2 is a schematic configuration diagram (block diagram) showing an example of the video editing output control server 2 according to the first embodiment of the present invention. As shown in FIG. 2, the video editing output control server 2 includes, for example, a transmitting/receiving unit 21 that transmits and receives various data and various information, and an information processing unit that executes various processes for controlling input and output of various data. 22, and a storage section 23 for recording various information and data. Although not shown, the information processing section 22 can be realized, for example, by a CPU or the like executing a program stored in the storage section 23.

The transmitting/receiving section 21 is functionally configured to include a video data receiving section 211, an audio data receiving section 212, an external text data receiving section 213, and an edited video data transmitting section 214. It also includes a transmitter (not shown) that transmits various data and information, and a receiver (not shown) that receives various data and information.

Video data receiving section 211 receives video data from video output device 1 . The video data may be in a stream format such as a transport stream (TS), or in a file format such as AVI, QuickTime, WFM, or FLV. Alternatively, the SDI (serial digital interface) format, which is uncompressed video, may be used.

The audio data receiving unit 212 receives audio data from the audio synthesizer 5. The audio data may be in various streaming formats or in file formats such as mp3, wma, AAC, and Vorbis. Alternatively, the transmission format may be AES/EBU format.

External text data receiving section 213 receives text data from speech synthesis device 5. The text data is text necessary for the speech synthesis device 5 to generate speech data, and is synchronized so that the reference time matches the speech data received by the speech data receiving section 212. The text data may be once received by the video editing output control server 2 from another system and then passed to the audio synthesis device 5.

The edited video data transmitter 214 transmits the edited video data to an external system. The edited video data to be transmitted may be in a stream format such as a transport stream (TS), or may be in a file format such as AVI, QuickTime, WFM, or FLV. Alternatively, the SDI (serial digital interface) format, which is uncompressed video, may be used.

The information processing unit 22 functionally includes a time reference data generation unit 221, a first time assignment unit 222, a second time assignment unit 223, a third time assignment unit 224, and a data output unit 225. It is configured.

The time reference data generation unit 221 generates a reference time based on time information received from the outside or time information generated internally. All data in the video editing output control server 2 is managed based on this reference time.

The first time adding unit 222 adds the reference time generated by the time reference data generating unit 221 to the video reference data of the video data received by the video data receiving unit 211. In the case of Mpeg Video, the video reference data corresponds to an I picture that is frame data. The reference time may be assigned directly to the I picture, or a relative time may be assigned with the I picture as a reference.

The second time assigning unit 223 assigns the reference time generated by the time reference data generating unit 221 to each voice segment detection data of the audio data received by the audio data receiving unit 212. The voice section detection data refers to voice data divided by voice activity detection (VAD) technology. VAD technology is a technology that distinguishes between sections where speech exists and other sections from a signal that contains speech and noise.The means for dividing can be divided by detecting silent sections, or by dividing by detecting silent sections, or by dividing by detecting silent sections. You can separate each.

The third time adding unit 224 adds the reference time generated by the time reference data generating unit 221 to the text data received by the external text data receiving unit 213. A reference time may be added to the text data for each character, or for each word that has been morphologically analyzed.

The storage unit 23 records and stores video data received by the video data receiving unit 211, audio data received by the audio data receiving unit 212, and text data received by the external text data receiving unit 213. .

<Example 1>
Referring to FIG. 3, a video editing output control device that inputs external text data to a speech synthesis device and performs editing will be described as a first embodiment. FIG. 3 is a flowchart showing the process of performing editing work using the speech synthesis device 5 according to the first embodiment of the present invention.

(Step S1)
Video data to be edited is input from the video output device 1 to the video data receiving section 211 in the video editing output control server 2 .

(Step S2)
The reference time generated by the time reference data generation section 221 in the video editing output control server 2 is added to the video data by the first time adding section 222, and is stored in the storage section 23 as video data VD.

(Step S3)
External text data, which is the basis for generating speech, is input to the speech synthesis device 5.

(Step S4)
The speech synthesis device 5 generates speech data based on the input external text data.

(Step S5)
The audio synthesis device transfers the generated audio data to the video editing output control server 2. The transferred audio data is input to the audio data receiving section 212 inside the video editing output control server 2.

(Step S6)
The reference time generated by the time reference data generation unit 221 in the video editing output control server 2 is added to the audio data by the second time adding unit 223, and is stored in the storage unit 23 as audio data AD. The voice section detection data may be separated and stored.

(Step S7)
The audio synthesis device 5 also transfers the input external text data to the video editing output control server 2. The transferred external text data is input to the internal external text data receiving section 213 of the video editing output control server 2.

(Step S8)
The reference time generated by the time reference data generation section 221 in the video editing output control server 2 is added to the external text data by the third time adding section 224, and is stored in the storage section 23 as external text data OTD.

(Step S9)
Next, the information processing device 4 performs editing processing. The details of editing will be described later, but an operation is performed to specify a reference time on the editing screen of the information processing device 4, and from that operation, a still image at the reference time is read out, and audio section detection data that constitutes the audio data is read out. Edit efficiently.

(Step S10)
The edited video data is converted into an outputtable format by the data output unit 225, and the edited video data transmission unit transmits the video data to an external system.

<Embodiment 2>
FIG. 4 is a schematic configuration diagram (system configuration diagram) showing an embodiment of an information processing system 200 according to Embodiment 2 of the present invention. As shown in FIG. 4, an information processing system 200 according to an embodiment of the present invention includes, for example, a video output device 1, a video editing output control server 2, a video reception device 3, an information processing device 4, and a voice recognition device. 6, and is connected to a predetermined network.

The video output device 1, the video editing output control server 2, the video reception device 3, and the information processing device 4 perform the same functions and operations as in the first embodiment.

The speech recognition device 6 is a device that recognizes language from speech data and generates speech recognition text. The audio recognition device 6 may take in only the audio data portion of the video data output from the video output device 1 prepared in advance, or may prepare another audio output device. It has a function to receive a reference signal reference time from the video editing output control server 2 or an external reference time, and to embed the numerical value of the reference time in input audio data or output text data, and performs information processing. The system 200 has a mechanism to operate at the same reference time.

The predetermined network is, for example, a communication line or communication network related to information processing, including the Internet, and is a communication line or a communication network related to information processing, including, for example, the Internet, and is used to connect the voice recognition device 6 and the video editing output control server 2, and between the video editing output control server 2 and the information processing device 4. There is no particular restriction as long as the configuration is such that various information and data can be transmitted and received between the devices. The predetermined network is realized by, for example, a broadband network such as the Internet, a core network such as a mobile phone network, a LAN (Local Area Network), or a narrowband network that is a combination of these.

In the second embodiment, the information processing system 200 is configured to include one voice recognition device 6, one video editing output control server 2, one video output device 1, one video reception device 3, and one information processing device 4. However, it does not necessarily have to be one at a time. For example, the voice recognition device 6 does not need to be installed if the video editing output control server 2 is equipped with a voice recognition function. Further, the video output device 1 and the video reception device 3 may be shared, or a plurality of information processing devices 4 may be installed and communicate with the video editing output control server 2 at the same time. Furthermore, the functions of the video editing output control server 2 and the information processing device 4 may be configured in the same server, or the functions may be provided on servers with separate functions.

<Example 2>
Referring to FIG. 5, a video editing output control device that inputs external text data to the voice recognition device 6 and performs editing will be described as a first embodiment. FIG. 5 is a flowchart showing the process of performing editing work using the speech recognition device 6 according to the second embodiment of the present invention.

(Step S21)
Video data to be edited is input from the video output device 1 to the video data receiving section 211 in the video editing output control server 2 .

(Step S22)
The reference time generated by the time reference data generation section 221 in the video editing output control server 2 is added to the video data by the first time adding section 222, and is stored in the storage section 23 as video data VD.

(Step S23)
The audio data portion of the video data to be edited that was input in step S21 is input from the video output device 1 to the audio recognition device 6. Further, instead of being input directly from the video output device 1, the signal may be input via another device. At this time, reference time data of the video data is superimposed on the audio data. Based on the reference time data of this video data, it is synchronized with the time data in the video editing output control server 2.

(Step S24)
The speech recognition device 6 generates speech recognition text data based on the input speech data. Time data generated based on the reference time data of the video data described above is embedded in this voice recognition text data.

(Step S25)
The speech recognition device 6 transfers the generated speech recognition text data to the video editing output control server 2. The transferred voice recognition text data is input to the external text data receiving section 213 inside the video editing output control server 2.

(Step S26)
The reference time generated by the time reference data generation section 221 in the video editing output control server 2 is added to the external text data by the third time adding section 224, and is stored in the storage section 23 as external text data OTD.

(Step S27)
Next, the information processing device 4 performs editing processing. The details of editing will be described later, but an operation is performed to specify a reference time on the editing screen of the information processing device 4, and from that operation, a still image at the reference time is read out, and audio section detection data that constitutes the audio data is read out. Edit efficiently.

(Step S28)
The edited video data is converted into a format that can be output by the data output unit 225, and the edited video data transmission unit 214 transmits the video data to an external system.

<Screen example 1>
An example of a screen displayed on the display unit (not shown) of the information processing device 4 shown in FIG. 1 or 4 will be described. FIG. 6 is a diagram showing Example 1 of the screen displayed on the information processing apparatus according to Embodiment 1 and Embodiment 2 of the present invention. The screen consists of a reference time data display area 41, a video data display area 42, a superimposed display area 43, and an external text data display area 44. It is not necessary to prepare all areas, and the areas may be increased or decreased depending on the required functions.

The text selection display 411 in the external text data display area 44 (the text "O" is selected in FIG. 6) can be done by placing the mouse cursor over the "mouse over" operation or by pressing "Shift + cursor key" on the keyboard. Select by operation etc.

The information processing device 4 reads the reference time assigned to the selection display 411 "O" of the selected external text from the external text data OTD in the video editing output control server 2, and imports the reference time. The captured reference time is highlighted in the reference time data display area 41 at a corresponding location on the time axis as a target reference time display 412. By performing editing using this reference time as a target, it becomes possible to perform efficient editing.

Subsequently, the information processing device 4 reads the reference time assigned to the selected external text selection display 411 "O" from the external text data OTD in the video editing output control server 2, and imports the reference time. After the capture, the information processing device 4 reads out the still image in the video data VD that is linked to the captured reference time. The captured still image is highlighted at the corresponding location on the time axis as a target image display 413. By performing editing using this highlighted still image as a target, it becomes possible to perform efficient editing.

<Screen example 2>
Next, an example of a screen displayed on the display unit (not shown) of the information processing device 4 shown in FIG. 1 or 4 will be described. FIG. 7 is a diagram showing Example 2 of the screen displayed on the information processing device 4 according to Embodiment 1 and Embodiment 2 of the present invention. The screen is composed of a reference time data display area 41, a video data display area 42, a superimposed display area 43, and an external text data display area 44 as in the first embodiment. It is not necessary to prepare all areas, and the areas may be increased or decreased depending on the required functions.

The superimpose display 421 in the superimpose display area 43 (in Fig. 7, the super material "Start selling piping hot Chinese buns and oden" is selected) is a "mouse drag" function that moves the mouse cursor up and down while clicking the mouse. ” operation (as indicated by the dashed arrow). A reference time display 422 on the time axis of the reference time display area 41 corresponding to the mouse drag position is highlighted.

The information processing device 4 reads the highlighted numerical value of the reference time display 422 from the external text data OTD in the video editing output control server 2 and takes in the reference time. The imported reference time is displayed as a highlighted text 423 in the external text data display area 44. By moving the superimposed display 421 as shown by the broken line by dragging the mouse, both the highlighted reference time display 422 and the text highlighted display 423 move as shown by the broken line. This operation allows you to check the start time of the audio, making it possible to edit efficiently.

Subsequently, the information processing device 4 reads out the still images of the video data VD in the video editing output control server 2 that are linked to the highlighted numerical value of the reference time display 422, and captures the still images. The captured reference time is displayed as a corresponding still image 424 in the video data display area 42. By moving the superimposed display 421 as indicated by the broken line by dragging the mouse, the highlighted still image display 424 also moves as indicated by the broken line. This operation allows you to check the start time of the image, making it possible to edit efficiently.

1 Video output device 2 Video editing output control server 3 Video receiving device 4 Information processing device 5 Speech synthesis device 6 Speech recognition device 21 Video editing output control server transmission/reception section 22 Video editing output control server information processing section 23 Video editing output control server storage Section 41 Reference time data display area 42 of the information processing device display section Video data display area 43 of the information processing device display section Superimposed display area 44 of the information processing device display section External text data display area 100 of the information processing device display section Information Processing system 200 Information processing system 211 Video data receiving section 212 Audio data receiving section 213 External text data receiving section 214 Edited video data transmitting section 221 Time reference data generating section 222 First time assigning section 223 Second time assigning section 224 Third Time assigning section 411 Text selection display 412 Target reference time display 413 Target image display 421 Superimpose display 422 Reference time display 423 Text highlight display 424 Still image display VD Video data AD Audio data OTD External text data

Claims (13)

A video editing output device using text data,
video data input means for receiving video data;
audio data input means for receiving audio data;
external text data input means for receiving text data;
a reference time generating means for generating time reference data based on an external clock or an internal clock;
a first time assigning unit that assigns the time reference data to each still image data forming the video data when receiving the video data;
a second time assigning means for assigning the time reference data to each voice section detection data constituting the audio data when receiving the audio data;
a third time assigning unit that assigns the time reference data to the text data when input by the external text data input unit;
data output means capable of outputting still image data constituting the video data, audio section detection data constituting the audio data, and a part of the text data based on the time reference data;
A video editing output device comprising: A video editing output device using text data,
video data input means for receiving video data;
a voice recognition means that performs voice recognition processing and generates voice recognition text data from the voice;
a reference time generating means for generating time reference data based on an external clock or an internal clock;
a first time assigning unit that assigns the time reference data to each still image data forming the video data when receiving the video data;
a second time adding means for adding the time reference data to the voice recognition text data generated by the voice recognition process;
data output means capable of outputting still image data constituting the video data and a part of the voice recognition text data based on the time reference data;
A video editing output device comprising: The video editing output device according to claim 1 ,
displaying and outputting the time reference data read by the data output means when a mouse cursor or selection area is placed over a specific character at a location where the text data is displayed;
The video editing output device according to claim 1 . The video editing output device according to claim 2 ,
displaying and outputting the time reference data read by the data output means when a mouse cursor or a selection area is placed over a specific character at a location where the voice recognition text data is displayed;
The video editing output device according to claim 2 . The video editing output device according to claim 1 ,
when the mouse cursor is moved to a location where the text data is displayed or when a specific character within the text data is selected, the time reference data is associated with the time reference data read by the data output means. Display and output still images in video data,
The video editing output device according to claim 1 . The video editing output device according to claim 2 ,
When the mouse cursor is moved to a location where the voice recognition text data is displayed, or when a specific character within the text data is selected, it is associated with the time reference data read by the data output means. , displaying and outputting a still image in the video data;
The video editing output device according to claim 2 . The video editing output device according to claim 1 ,
When superimposing video, images, or text on video, the time reference data is displayed on the editing screen scale, and the video display portion, image display portion, or text display is superimposed on the editing screen scale. When a portion is selected and the cursor is moved using a mouse operation or a keyboard operation, the characters of the text data associated with the time reference data on the editing screen scale are displayed differently from other characters. do,
The video editing output device according to claim 1 . The video editing output device according to claim 2 ,
When superimposing video, images, or text on video, the time reference data is displayed on the editing screen scale, and the video display portion, image display portion, or text display is superimposed on the editing screen scale. When a portion is selected and the cursor is moved using a mouse operation or a keyboard operation, the characters of the voice recognition text data associated with the time reference data on the editing screen scale are displayed differently from other characters. output,
The video editing output device according to claim 2 . The video editing output device according to claim 1 or claim 2,
When superimposing video, images, or text on video, the time reference data is displayed on the editing screen scale, and the video display portion, image display portion, or text display is superimposed on the editing screen scale. Displaying and outputting a still image in the video data associated with the time reference data on the editing screen scale when a portion is selected and the cursor is moved by dragging with a mouse operation or moving a cursor with a keyboard operation;
The video editing output device according to claim 1 or 2. A video editing output method using text data, the method comprising:
a video data input step of receiving video data;
an audio data input step of receiving audio data;
an external text data input step for receiving text data;
a reference time generation step for generating time reference data based on an external clock or an internal clock;
a first time assigning step of assigning the time reference data to each still image data constituting the video data when receiving the video data;
a second time assigning step of assigning the time reference data to each voice section detection data constituting the audio data when receiving the audio data;
a third time assigning step of assigning the time reference data to the text data when input in the external text data input step;
a data output step capable of outputting still image data constituting the video data, audio section detection data constituting the audio data, and a part of the text data based on the time reference data;
A video editing output method characterized by comprising: A computer that edits and outputs video using text data,
video data input means for receiving video data;
audio data input means for receiving audio data;
external text data input means for receiving text data;
a reference time generating means for generating time reference data based on an external clock or an internal clock;
a first time assigning unit that assigns the time reference data to each still image data constituting the video data when receiving the video data;
a second time assigning means for assigning the time reference data to each voice section detection data constituting the audio data when receiving the audio data;
third time assigning means for assigning the time reference data to the text data when input by the external text data input means;
data output means capable of outputting still image data constituting the video data, audio section detection data constituting the audio data, and a part of the text data based on the time reference data;
A video editing output program that functions as a video editing output program. A video editing output method using text data, the method comprising:
a video data input step of receiving video data;
a voice recognition step of performing voice recognition processing and generating voice recognition text data from the voice;
a reference time generation step of generating time reference data based on an external clock or an internal clock;
a first time assigning step of assigning the time reference data to each still image data constituting the video data when receiving the video data;
a second time adding step of adding the time reference data to the voice recognition text data generated in the voice recognition process;
a data output step capable of outputting still image data constituting the video data and a part of the voice recognition text data based on the time reference data;
A video editing output method characterized by comprising: A computer that edits and outputs video using text data,
video data input means for receiving video data;
a voice recognition means that performs voice recognition processing and generates voice recognition text data from voice;
a reference time generating means for generating time reference data based on an external clock or an internal clock;
a first time assigning unit that assigns the time reference data to each still image data constituting the video data when receiving the video data;
a second time adding means for adding the time reference data to the voice recognition text data generated by the voice recognition process;
data output means capable of outputting still image data constituting the video data and a part of the voice recognition text data based on the time reference data;
A video editing output program that functions as a video editing output program.

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