Abstract:
A transmitter (151) comprises rule generation means (101) for generating rules and data transmission means (102) for converting the rule generated by rule generation means (101) into data and transmitting them. A receiver (152) comprises data reception means (103) for receiving the data transmitted by data transmission means (102), rule conversion means (104) for converting the data received by data reception means (103) into rules, rule storage means (105) for storing the rules converted by rule conversion means (104), and control means (106) for controlling a device such as microwave ovens according to the rules stored in the rule storage means (105). This reduces the load on an information-receiving terminal in changing received information.
Abstract:
An image production method has steps of: detecting one or more descriptive regions exclusive of a background portion of a manuscript; calculating an image characteristic value of said descriptive region; selecting one from a plurality of previously defined layout patterns based on said determined image characteristic value, the layout pattern including information at least about a position of the descriptive region; and producing an image by laying out an image of said manuscript descriptive region or images of an illustration and said manuscript descriptive region according to the decided layout pattern.
Abstract:
A transmitter (151) comprises rule generation means (101) for generating rules and data transmission means (102) for converting the rule generated by rule generation means (101) into data and transmitting them. A receiver (152) comprises data reception means (103) for receiving the data transmitted by data transmission means (102), rule conversion means (104) for converting the data received by data reception means (103) into rules, rule storage means (105) for storing the rules converted by rule conversion means (104), and control means (106) for controlling a device such as microwave ovens according to the rules stored in the rule storage means (105). This reduces the load on an information-receiving terminal in changing received information.
Abstract:
A movement history of the user is transmitted from each of a plurality of terminals ( 11 ) owned by the user to a movement history management server ( 13 ). The server ( 13 ) filters display-conditioned information received from an information provider terminal ( 14 ) by referring to the display conditions of the information and the stored user's movement histories, to specify display-conditioned information to be transmitted, and transmits the specified information to the user.
Abstract:
In order to reliably receive the appropriate provision of information according to the conditions of a plurality of terminal apparatuses, a state determining part determines the states of a mobile telephone and the like, and a communication destination device deciding part decides the communication in order of decreasing transmission precedence of provided information and also decides a terminal device that is able to provide received information. A content DB retrieves information to be provided, and a server communication part transmits the retrieved information to the decided terminal device. In this way, for example, when a terminal device of a higher precedence is in a state unable to make communication or is not suitable for displaying provided information, another terminal device is used to present the provided information, whereby the provision of information can be reliably received.
Abstract:
A transmitter (151) comprises rule generation means (101) for generating rules and data transmission means (102) for converting the rule generated by rule generation means (101) into data and transmitting them. A receiver (152) comprises data reception means (103) for receiving the data transmitted by data transmission means (102), rule conversion means (104) for converting the data received by data reception means (103) into rules, rule storage means (105) for storing the rules converted by rule conversion means (104), and control means (106) for controlling a device such as microwave ovens according to the rules stored in the rule storage means (105). This reduces the load on an information-receiving terminal in changing received information.
Abstract:
A transmitter (151) comprises rule generation means (101) for generating rules and data transmission means (102) for converting the rule generated by rule generation means (101) into data and transmitting them. A receiver (152) comprises data reception means (103) for receiving the data transmitted by data transmission means (102), rule conversion means (104) for converting the data received by data reception means (103) into rules, rule storage means (105) for storing the rules converted by rule conversion means (104), and control means (106) for controlling a device such as microwave ovens according to the rules stored in the rule storage means (105). This reduces the load on an information-receiving terminal in changing received information.
Abstract:
A transmitter (151) comprises rule generation means (101) for generating rules and data transmission means (102) for converting the rule generated by rule generation means (101) into data and transmitting them. A receiver (152) comprises data reception means (103) for receiving the data transmitted by data transmission means (102), rule conversion means (104) for converting the data received by data reception means (103) into rules, rule storage means (105) for storing the rules converted by rule conversion means (104), and control means (106) for controlling a device such as microwave ovens according to the rules stored in the rule storage means (105). This reduces the load on an information-receiving terminal in changing received information.
Abstract:
In an information acquisition system such as a car navigation system, a history accumulation DB 104 accumulates user's travel history. A condition determination section 107 determines a condition for retrieval for performing accurate prediction, and a prediction section 108 predicts a travel destination using the condition for retrieval. An information-to-be-presented determination section 110 acquires information relating to the travel destination predicted by the prediction section 108 from a received information DB 802 or the like.