Abstract: A method for transcription is performed by a computer. The method includes: accepting input of a voice after causing a display unit to display a sentence including a plurality of words; acquiring first sound information being information concerning sounds corresponding to the sentence; acquiring second sound information being information concerning sounds of the voice accepted in the accepting; specifying a portion in the first sound information having a prescribed similarity to the second sound information; and correcting a character string in the sentence corresponding to the specified portion based on a character string corresponding to the second sound information.

Abstract: A sound playback interval control method performed by a computer is provided for a speech recognition system. The method includes: arranging and displaying a word block subjected to correction and confirmation in a central portion of a first area on a display screen, the first area being an area in which a plurality of word blocks generated by using morphological analysis from a character string obtained by speech recognition are displayed, and performing playback control on sound of the word block subjected to correction and confirmation displayed in the first area.

Abstract: An apparatus displays, on a terminal that enables a touch operation, an edit screen on which a text including word blocks is edited, where the word blocks are generated by performing morphological analysis on a character string obtained by speech recognition. Upon reception of a scroll instruction to scroll the text, the apparatus shifts each of the word blocks displayed on the edit screen in a description direction of the text, based on the scroll instruction.

Abstract: A storage medium storing an editing support program that causes at least one computer to execute a process, the process includes: when a first editing process that edits an identification result of a speaker occurs and respective speakers of sections that are adjacent are common due to the first editing process, displaying the sections in a combined state; and when a start point of a section to be subject to a second editing process that edits the identification result of the speaker is specified in a specific section within the combined sections and a location that corresponds to a start point of the sections before being combined is present between the specified start point and an end point of the combined sections, applying the second editing process to a section from the specified start point to the location that corresponds to the start point of the sections.

Abstract: A correction candidate presentation method performed by a computer for a voice input system is disclosed. The method includes: displaying, on a display screen, a plurality of word blocks generated by using morphological analysis from a character string obtained by speech recognition and keys each assigned to a corresponding one of the plurality of word blocks; accepting input of a first key of the keys that are displayed; identifying a first word block corresponding to the first key whose input has been accepted; and presenting, on the display screen, correction candidates of at least one word block among the identified first word block and a second word block including the first word block and a word block that is adjacent to the first word block.

Abstract: A correction candidate presentation method performed by a computer for a voice input system is disclosed. The method includes: displaying, on a display screen, a plurality of word blocks generated by using morphological analysis from a character string obtained by speech recognition and keys each assigned to a corresponding one of the plurality of word blocks; accepting input of a first key of the keys that are displayed; identifying a first word block corresponding to the first key whose input has been accepted; and presenting, on the display screen, correction candidates of at least one word block among the identified first word block and a second word block including the first word block and a word block that is adjacent to the first word block.

Abstract: An apparatus generates first context data representing a context of correction target text based on the correction target text, and corrects an error in the correction target text by inputting a character string of the correction target text, the generated first context data, and meta-information corresponding to the correction target text to a neural network that has been trained to correct an error in the correction target text by inputting a character string of text corresponding to training data, second context data representing a context of the text, and meta-information of the text.

Abstract: A method for transcription is performed by a computer. The method includes: accepting input of a voice after causing a display unit to display a sentence including a plurality of words; acquiring first sound information being information concerning sounds corresponding to the sentence; acquiring second sound information being information concerning sounds of the voice accepted in the accepting; specifying a portion in the first sound information having a prescribed similarity to the second sound information; and correcting a character string in the sentence corresponding to the specified portion based on a character string corresponding to the second sound information.

Abstract: A sound playback interval control method performed by a computer is provided for a speech recognition system. The method includes: arranging and displaying a word block subjected to correction and confirmation in a central portion of a first area on a display screen, the first area being an area in which a plurality of word blocks generated by using morphological analysis from a character string obtained by speech recognition are displayed, and performing playback control on sound of the word block subjected to correction and confirmation displayed in the first area.

Abstract: A correction candidate presentation method performed by a computer for a voice input system is disclosed. The method includes: displaying, on a display screen, a plurality of word blocks generated by using morphological analysis from a character string obtained by speech recognition and keys each assigned to a corresponding one of the plurality of word blocks; accepting input of a first key of the keys that are displayed; identifying a first word block corresponding to the first key whose input has been accepted; and presenting, on the display screen, correction candidates of at least one word block among the identified first word block and a second word block including the first word block and a word block that is adjacent to the first word block.

Abstract: An apparatus displays, on a terminal that enables a touch operation, an edit screen on which a text including word blocks is edited, where the word blocks are generated by performing morphological analysis on a character string obtained by speech recognition. Upon reception of a scroll instruction to scroll the text, the apparatus shifts each of the word blocks displayed on the edit screen in a description direction of the text, based on the scroll instruction.

Abstract: An apparatus generates first context data representing a context of correction target text based on the correction target text, and corrects an error in the correction target text by inputting a character string of the correction target text, the generated first context data, and meta-information corresponding to the correction target text to a neural network that has been trained to correct an error in the correction target text by inputting a character string of text corresponding to training data, second context data representing a context of the text, and meta-information of the text.

Abstract: A text correction apparatus includes a memory; and a processor coupled to the memory and configured to divide sentence data recognized from speech data into a plurality of text units, when selection of one text unit among the plurality of divided text units is input via an input device, determine the selected text unit as a correction target, display the selected text unit in a correctable state on a display device, and reflect correction in the sentence data on the display device in accordance with correction of the selected text unit.

Abstract: A computer receives, using a first communication method, first data transmitted from a first information processing device. The computer transmits, using a second communication method different from the first communication method, the first data to a second information processing device different from the first information processing device. The computer receives, using the second communication method, a reception acknowledgement for the first data from the second information processing device. The computer transmits, using the first communication method, the reception acknowledgement to the first information processing device. The computer detects one of a first error and a second error. The first error is an error in communication between the computer and the first information processing device. The second error is an error in communication between the computer and the second information processing device.

Abstract: A computer receives, using a first communication method, first data transmitted from a first information processing device. The computer transmits, using a second communication method different from the first communication method, the first data to a second information processing device different from the first information processing device. The computer receives, using the second communication method, a reception acknowledgement for the first data from the second information processing device. The computer transmits, using the first communication method, the reception acknowledgement to the first information processing device. The computer detects one of a first error and a second error. The first error is an error in communication between the computer and the first information processing device. The second error is an error in communication between the computer and the second information processing device.

Abstract: A distribution method includes: receiving, by a relay device that is provided within the certain segment, a distribution request that is used to receive image information that includes a file structure having one or more files such that the image information is divided into a plurality of pieces, from a distribution destination device that is provided within a certain segment in a communication network; transferring, by the relay device, the distribution request to a distribution source device that is provided outside the certain segment; transmitting, by the distribution source device, each divided pieces of the image information to the relay device in response to the distribution request; and receiving, by the relay device, each divided pieces of the image information from the distribution source device and transferring each divided pieces of the image information to the distribution destination device.

Abstract: A backup method includes detecting a first OS that is to be backed up, among plural OSs running on a computer and exclusive of a second OS; extracting information concerning resources used by the first OS among resources of the computer, the information being extracted upon detecting the first OS and from a first memory area that the second OS is authorized to access and that the first OS is not authorized to access; copying the information from the first memory area to a second memory area that the second OS and the first OS are authorized to access; and backing up the information of resources after copying the information to the second memory area. The backup method is executed by the computer.

Abstract: A disk access system switching device is interposed between a first driver accessing an OS boot disk by use of a first disk access system, a second driver accessing by use of a second disk access system capable of accessing the disk faster than by the first disk access system, and a high-order driver issuing disk access commands to the first and second drivers, wherein the disk access command received from the high-order driver with respect to the boot disk directed to the first driver is transferred to the first driver before an end of initializing the second driver, and the disk access command received from the high-order driver with respect to the boot disk directed to the first driver is transferred to the second driver when detecting the end of initialization of the second driver.