Abstract:
An information processing device comprises a word string acquirer which acquires a word string that is a target of analysis; a partial string extractor which extracts, using two words on either side of each space in the word string, a partial string containing one word but not the other, a partial string not containing the one word but containing the other, and a partial string containing both words from the word string; a division coefficient acquirer which acquires, for each partial string, division coefficients indicating degree of reliability in dividing the partial string by respective division patterns that divide the partial string into words; a probability coefficient acquirer which calculates a coefficient indicating probability that the word string is divided at the space based on the division coefficients; and an ouputter which determines division of the word string based on the coefficient, and divides and outputs the word string.
Abstract:
An electronic device includes at least one processor that identifies a cyclic change related to an arm swing of a user from a three-dimensional acceleration measured by a measurer. The at least one processor defines a two-dimensional plane containing a plane of the arm swing of the user from the three-dimensional acceleration measured at a wrist of the user, detects the cyclic change as a motion on an arc centered at a shoulder of the user in the two-dimensional plane, obtains, from the three-dimensional acceleration, a direction of a line segment connecting the wrist and the shoulder, and obtains a bending angle of an elbow of the user based on the line segment.
Abstract:
An electronic device is an electronic device to be worn on an arm of a user, and includes a detector that detects exercise information of the user, and a controller. The controller determines, based on the exercise information detected by the detector, the form of the exercise of the user.
Abstract:
An electronic device includes at least one processor that identifies a cyclic change related to an arm swing of a user from a three-dimensional acceleration measured by a first measurer. The at least one processor defines a two-dimensional plane containing a plane of the arm swing of the user from the three-dimensional acceleration measured at a wrist of the user, detects the cyclic change as a motion on an arc centered at a shoulder of the user in the two-dimensional plane, and obtains an angle of the arm swing.
Abstract:
An electronic device includes a controller that acquires, from an acceleration sensor, acceleration data corresponding to a motion state in a body-lateral direction orthogonal to a body axis of a user that is moving by legs of the user, and; derives velocity data based on the acceleration data and, also, derives an error of the velocity data based on an average value of the velocity data of a period that is a multiple of a first two-step cycle and an average value of the velocity data of a period that is a multiple of a second two-step cycle that directly precedes or follows the period that is a multiple of the first two-step cycle, and corrects the velocity data using the error of the velocity data to generate corrected velocity data.
Abstract:
A search string acquiring unit acquires a search string. A converting unit converts the search string into a phoneme sequence. A time length deriving unit derives the spoken time length of the voice corresponding to the search string. A zone designating unit designates a likelihood acquisition zone in a target voice signal. A likelihood acquiring device acquires a likelihood indicating how likely the likelihood acquisition interval is an interval in which voice corresponding to the search string is spoken. A repeating unit changes the likelihood acquisition zone designated by the zone designating unit, and repeats the process of the zone designating unit and the likelihood acquiring device. An identifying unit identifies, from the target voice signal, estimated intervals for which the voice corresponding to the search string is estimated to be spoken, on the basis of the likelihoods acquired for each of the likelihood acquisition zones.
Abstract:
An electronic device includes a memory that stores a program; and at least one processor that executes the program. The processor is configured to, derive a pitch for each step of a user based on data acquired from a predetermined sensor, derive a difference between a first left foot statistical value of the pitch derived for each step in a predetermined number of steps of the left foot, and a first right foot statistical value of the pitch derived for each step in the predetermined number of steps of the right foot, display a value of the derived difference on a display, and update the displayed value to the value that is newly derived and display the newly derived value in a case in which it is determined that each of a second left foot statistical value and a second right foot statistical value satisfy a predetermined condition.
Abstract:
A measurement apparatus is equipped with a processor. The processor acquires first velocity data, which is data on a velocity in a first direction, and second velocity data, which is data on a velocity in a second direction orthogonal to the first direction, on the basis of accelerations acquired at an acceleration sensor. The processor calculates a first coefficient on the basis of the acquired first velocity data and the acquired second velocity data. The processor determines whether the measurement apparatus is installed in normal orientation on the basis of the calculated first coefficient.
Abstract:
A voice processing device includes: an acquirer which acquires feature quantities of vowel sections included in voice data; a classifier which classifies, among the acquired feature quantities, feature quantities corresponding to a plurality of same vowels into a plurality of clusters for respective vowels with unsupervised classification; and a determiner which determines a combination of clusters corresponding to the same speaker from clusters classified for the plurality of vowels.