Abstract:
There is provided a semiconductor device having a music generation function for automatically generating music data from image data inputted without preparing music information in advance, and a mobile electronic device, a mobile telephone device, a spectacle instrument, and a spectacle instrument set using the same. The device includes a miniature camera 11 for continuously imaging an object and inputting image data for each frame; movement section identification means 21 for identifying the portion where an object has moved within each frame from the image data inputted by the miniature camera 11; music generation means 22 for generating music data corresponding to the position identified by the movement section identification means 21; and music output means 23 for outputting music data generated by the music generation means 22. When the object moves in front of the miniature camera 11, a music in accordance with the movement of the object is automatically generated and played with sounds of various kinds of musical instruments.
Abstract:
A small, lightweight housing includes a plurality of light signal transmitters and can be attached to the body such as the wrist of an operator such that another part of the body or another object can be brought into the beam of a particular light transmitter to reflect or scatter the light signal from one of the light signal transmitters and coded such that a particular light transmitter can be distinguished. A receptor associated with the housing receives the reflected or scattered or scattered light and alters the signal applied to a light signal transmitter, such as by increase of power, increase of the number of similarly modulated light transmitters which are driven or coding such as imposition of additional modulation. A signal is then received from an optical link by an optical receptor at a base station.
Abstract:
A wireless personal communications device (106) that has a wireless communications circuit (704) that communicates over a cellular communications system and a user input sensor (306, 404, 410, 412, 502) that detects an input from a user (104, 108). An included audio-visual effect generator (210) generates an audio-visual effect based upon input detected by the user input sensor (306, 404, 410, 412, 502). A collaborative audio-visual effect creation system (110) accepts audio visual effects from multiple sources (106), uses a multiple user wireless data communications system to wirelessly communicate data among multiple wireless personal communications devices (106), accepts rating information from the wireless personal communications devices (106) and produces an audio-visual output that is derived received audio-visual effects based upon the rating information.
Abstract:
There is provided a musical tone generation control system that, even if the player moves, enables him/her to listen to good musical tones at a location to which the player has moved without the necessity of making adjustments by himself/herself. Information on a position of a listener is detected. A plurality of speakers are provided for sounding musical tones corresponding to a musical tone signal supplied from said tone generator. The volume of musical tones to be sounded from the plurality of speakers according to the detected position.
Abstract:
A small, lightweight housing includes a plurality of light signal transmitters and can be attached to the body such as the wrist of an operator such that another part of the body or another object can be brought into the beam of a particular light transmitter to reflect or scatter the light signal from one of the light signal transmitters and coded such that a particular light transmitter can be distinguished. A receptor associated with the housing receives the reflected or scattered or scattered light and alters the signal applied to a light signal transmitter, such as by increase of power, increase of the number of similarly modulated light transmitters which are driven or coding such as imposition of additional modulation. A signal is then received from an optical link by an optical receptor at a base station.
Abstract:
There is provided a musical tone control system which is capable of preventing control not intended by the user even when the user stops moving when controlling the generation of musical tones reflecting motion or physical posture of the user. A motion detecting device capable of being carried by an operator generates a detected motion signal corresponding to motion of the operator carrying the device, and transmits same to an external device. A musical tone generating device generates musical tones. A control device receives the detected motion signal transmitted from the motion detecting device and controls generation of musical tones from the musical tone generating device based on the received detected motion signal. The control device determines whether the operator is in a moving state based on the received detected motion signal, and when determining that the operator is not in the moving state, performs control to stop the generation of musical tones from the musical tone generating device after a predetermined time period elapses after the determination is made.
Abstract:
The disclosure provides a server, a musical instrument, a server communication method, and a communication method. The server is connected to a terminal and a musical instrument and comprises a processor, wherein the processor is configured to receive an instruction from the terminal, create a timbre data or a data request destination, and transmit the timbre data or the data request destination to the musical instrument.
Abstract:
The disclosure provides a server, an electronic device, a server communication method, a device communication method, and a communication system. In loading of a communication system, in the case where an identifier of a timbre data and an instruction for loading the timbre data are transmitted from a mobile terminal to a server, the server acquires the timbre data corresponding to the identifier of the timbre data from a timbre DB, and transmits the timbre data together with the received instruction to a communication device (electronic musical instrument). In the electronic musical instrument, the received timbre data is stored to a work memory in response to the instruction received from the server.
Abstract:
An adaptive music playback system is disclosed. The system includes a composition system that receives information corresponding to user activity levels. The composition system modifies the composition of a song in response to changes in user activity. The modifications are made according to a set of composition rules to facilitate smooth musical transitions.
Abstract:
According to some aspects, an apparatus is provided for controlling the production of music, the apparatus comprising at least one processor, and at least one processor-readable storage medium comprising processor-executable instructions that, when executed, cause the at least one processor to receive data indicative of acceleration of a user device, detect that the acceleration of the user device has exceeded a predetermined threshold based at least in part on the received data, determine that no beat point has been triggered by the apparatus for at least a first period of time, and trigger a beat point in response to said detecting that the acceleration of the user device has exceeded the predetermined threshold and said determining that no beat point has been triggered for at least the first period of time.