摘要:
In a method and an apparatus for calculating the emotion of a human being, the emotion of a user of the apparatus is calculated from the pressure acting on an object. A pressure sensor is provided in a mobile phone and detects the pressure with which the user grips the mobile phone and the pressure exerted by the user in key inputting. An emotion calculating unit calculates emotional data of the user based on the pressures detected by the pressure sensor. The emotion data is a value pertinent to affect-induction as one dimension of an emotional model. The mobile phone feeds the emotion calculated to a user or to a counterpart party of the user or to a counterpart party of a communication with the user.
摘要:
In a method and an apparatus for calculating the emotion of a human being, the emotion of a user of the apparatus is calculated from the pressure acting on an object. A pressure sensor is provided in a mobile phone and detects the pressure with which the user grips the mobile phone and the pressure exerted by the user in key inputting. An emotion calculating unit calculates emotional data of the user based on the pressures detected by the pressure sensor. The emotion data is a value pertinent to affect-induction as one dimension of an emotional model. The mobile phone feeds the emotion calculated to a user or to a counterpart party of the user or to a counterpart party of a communication with the user.
摘要:
An easy-to-use and user-friendly apparatus is provided that displays motivation for exercise to a user to allow the user to continue comfortably exercising. An audio signal output processor reproduces audio data and a music sound is thus emitted from a loudspeaker. The user practices exercise, such as walking or jogging, in synchronization with the tempo of the music sound. At the start of exercise, an exercise information analyzer calculates an amount of exercise of the user based on personal profile information relating to the body of the user, including the body weight, the body height, age and sex of the user received via a keyboard, and characteristic information, such as play time and tempo of reproduced music data acquired via a communication I/F and a controller. The controller outputs the amount of exercise to a display to notify the user of the amount of exercise.
摘要:
An audio-signal generation device includes a generation circuit which generates track data and an input unit which receives information input by a user. The generation circuit generates the track data on the basis of information about the user's body, information about an exercise to be done, and information about a characteristic of a track to which the user listens during the exercise that are input via the input unit.
摘要:
A detection section that detects a key-tapping speed and key-tapping intensity is provided to detect a user's impatience level. An input device detects the key-tapping intensity and key-tapping speed. The input device compares the detection value of the key-tapping speed and an average key-tapping speed. When the detection value exceeds a stored normal key-tapping speed, the input device then compares the detection value of the key-tapping intensity and a reference pressure value. When the detection value exceeds a stored normal key-tapping intensity, information to be output for a user is changed over. In this case, displayed characters are enlarged and emphasized to a maximum extent. On the other hand, in the case where a detection value does not exceed the normal key-tapping speed and the detection value exceeds the normal key-tapping intensity, displayed characters are only slightly enlarged.
摘要:
An easy-to-use and user-friendly apparatus is provided that displays motivation for exercise to a user to allow the user to continue comfortably exercising. An audio signal output processor reproduces audio data and a music sound is thus emitted from a loudspeaker. The user practices exercise, such as walking or jogging, in synchronization with the tempo of the music sound. At the start of exercise, an exercise information analyzer calculates an amount of exercise of the user based on personal profile information relating to the body of the user, including the body weight, the body height, age and sex of the user received via a keyboard, and characteristic information, such as play time and tempo of reproduced music data acquired via a communication I/F and a controller. The controller outputs the amount of exercise to a display to notify the user of the amount of exercise.
摘要:
An audio-signal generation device includes a generation circuit which generates track data and an input unit which receives information input by a user. The generation circuit generates the track data on the basis of information about the user's body, information about an exercise to be done, and information about a characteristic of a track to which the user listens during the exercise that are input via the input unit.
摘要:
A bio-information processing apparatus includes a single bio-information sensor for outputting a biological signal including a plurality of measured bio-information values of a subject, an analyzing circuit for analyzing the biological signal separating the bio-information values, and a circuit for estimating the psychological state and intensity of the psychological state of the subject from measured bio-information values included in a plurality of biological signals and from one of initial bio-information values and reference bio-information values.
摘要:
A bio-information processing apparatus includes a plurality of bio-information sensors for obtaining a plurality of measured bio-information values of a subject and outputting the plurality of measured bio-information values as a plurality of biological signals, and a circuit for estimating the psychological state and intensity of the psychological state of a subject from the plurality of biological signals and from one of initial bio-information values and reference bio-information values.
摘要:
A detection section that detects a key-tapping speed and key-tapping intensity is provided to detect a user's impatience level. An input device detects the key-tapping intensity and key-tapping speed. The input device compares the detection value of the key-tapping speed and an average key-tapping speed. When the detection value exceeds a stored normal key-tapping speed, the input device then compares the detection value of the key-tapping intensity and a reference pressure value. When the detection value exceeds a stored normal key-tapping intensity, information to be output for a user is changed over. In this case, displayed characters are enlarged and emphasized to a maximum extent. On the other hand, in the case where a detection value does not exceed the normal key-tapping speed and the detection value exceeds the normal key-tapping intensity, displayed characters are only slightly enlarged.