Abstract:
PROBLEM TO BE SOLVED: To provide a moving image producing apparatus in which a number of ways of motions of a character are displayed as images by producing the motion of the character in accordance with reproduced music. SOLUTION: Digital sound data recorded in an MP3 data storage part 4 are extended by an extension part 11 and outputted as sound pressure value data for each frequency band. A rhythm analytic part 14 of a sensitivity data calculating part 12 finds the number of beats per unit time based upon the sound pressure value data. An emotion analytic part 13 finds several kinds of emotion parameter values based upon the sound pressure value data, judges an emotion type and an emotion level based upon the emotion parameter value and the number of beats per unit time and writes the result in a sensitivity data storage part 2. Based upon the sensitivity data, an animation image producing part 3 produces animation and outputs it onto a display part 7. COPYRIGHT: (C)2004,JPO
Abstract:
PROBLEM TO BE SOLVED: To provide a picked-up image distributing device, a picked-up image distributing program, and a picked-up image distributing method, capable of making a terminal which can be viewed and listened by a user display relating to each of a plurality of motion pictures which are imaged by a plurality of cameras, after giving synchronization with an arbitrary timing. SOLUTION: The picked-up image distributing device has motion picture data receiving means for receiving motion picture data picked up by a plurality of imaging devices, inputting means for designating picked-up frames configuring these pieces of motion picture data about each of a plurality of pieces of motion picture data received by the motion picture data receiving means, synchronization giving means for giving synchronization relating to the picked-up frames of the plurality of pieces of motion picture data designated by the inputting means, distribution image producing means for producing one distribution frame by combining the plurality of picked-up frames given the synchronization by the synchronization giving means, and transmission processing means for transmitting the distribution frame produced by the distribution image producing means to an image display terminal. COPYRIGHT: (C)2007,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a method and a device for sensitivity data calculation which automatically calculate data regarding feelings resulting from sensitivity or the sensitivity by analyzing a signal regarding the feelings of a human such as an audio signal. SOLUTION: An MP3 data storage part 4 stores digital sound data recorded in the MP3 format. An expansion part 11 expands the compressed MP3 data (A) and outputs them as sound pressure value data (B) by frequency bands. A sensitivity data calculation part 12 is equipped with a feeling analysis part 13 and a rhythm analysis part 14. The rhythm analysis part 14 finds the number of beats per unit time according to the data (B). The feeling analysis part 13 finds several kinds of feeling parameter values according to the data (B), determines the kind and level of feelings according to the feeling parameter values and the number of beats per unit time, and writes the result to a sensitivity data storage part 2.
Abstract:
PROBLEM TO BE SOLVED: To provide a content synchronous reproduction system and method which is capable of more effectively distributing contents to a user by synchronizing contents distributed from media. SOLUTION: A server includes a first content distribution means for distributing first content information to a terminal, a program table storage means for storing instruction information and second content information in association with each other, an instruction information input means for acquiring instruction information, and a control means which reads out second content information corresponding to instruction information from the program table storage means to distribute it to the terminal when the instruction information input means acquires the instruction information. The terminal has a content reproducing means for reproducing a first content distributed from the first content distribution means and a second content distributed from the control means. COPYRIGHT: (C)2007,JPO&INPIT
Abstract:
PROBLEM TO BE SOLVED: To provide a system which measures about communication conditions in a radio network, visualizes and provides the communication conditions for users and supports a variety of radio technologies such as adequate layouts of radio access points, etc. SOLUTION: The system has a measuring step of storing in a memory means information of the output power of radio signals transmitted from radio network access units or/and radio signals from terminals, information of the intensity of the radio signals measured by the radio network access unit or the terminal at the radio signal receive side, and information of the positions of the radio network access unit and the terminal; and an analyzing step of analyzing the communication conditions of the radio network every position, based on the information stored in the memory means. COPYRIGHT: (C)2004,JPO
Abstract:
PROBLEM TO BE SOLVED: To provide a digital reproducing device which produces excellent combination of audio output and visual sense expression output without giving unnatural feeling to a user. SOLUTION: The device is provided with a first decoder part decoding audio data, a second decoder part performing a decoding processing in parallel to the first decoder part, an audio reproducing part reproducing audio data outputted by the second decoder part, a sensibility data calculation part calculating sensibility data showing sensibility corresponding to digital audio data based on audio data decoded by the first decoder part, a sensibility data accumulation part accumulating sensibility data and a picture generation part reading sensibility data from the sensibility data accumulation part and generating and outputting a picture in synchronizing with reproduction of digital audio data by the audio reproduction part based on sensibility data which is read. COPYRIGHT: (C)2004,JPO