Abstract: A relay apparatus 100A holds an address management table TB1 in which an identifier of a terminal device 200A and an address of the terminal device 200A in a near field communication network are associated with each other, generates a terminal device-destined frame based on the identifier of the terminal device 200A in a received downlink packet, the terminal device-destined frame containing a command destined to the address of the terminal device 200A associated with the identifier of the terminal device 200A in the address management table TB1, and transmits the generated terminal device-destined frame to the near field communication network 60A.

Abstract: A technique for easily realizing data communication without limiting the application layer protocol during data communication while maintaining the proxy function. A mobile communication terminal (2) includes a control protocol processing section (203) which transmits an address request to a proxy device (5) to acquire global address information using the HTTP that is preset so as to be used by the mobile communication terminal (2) and the proxy device (5), a TCP/UDP data transmitter/receiver section (205) which establishes a connection with the proxy device (5), and an application section (201) which transmits data via a communication path between the proxy device (5) and a server device (6) using the global address information as the transmitter address.

Abstract: An object of the invention is to provide a charging processing device and a charging processing method capable of performing an appropriate charging process even when a connectionless protocol, such as UDP, is used. Gateway units 101 and 106 transmit data transmitted between a mobile apparatus 300 and a server 400 to the mobile apparatus 300 or the server 400 as a transmission destination, and a charging processing unit 102 performs a charging process according to the amount of data transmitted by the gateway units 101 and 106. A detecting unit 103 detects whether response data is transmitted from the transmission destination. When the timer value of the time for which communication is not performed is more than a predetermined time and the detecting unit 103 does not detect the response data from the transmission destination, the control unit 104 may control the gateway unit 101 or 106 to stop the transmission process and control the charging processing unit 102 to stop the charging process.

Abstract: A voice synthesis model generation device, a voice synthesis model generation system, a communication terminal device, and a method for generating a voice synthesis model all of which are capable of preferably acquiring a user's voice. A voice synthesis model generation system is configured to include a mobile communication terminal device and a voice synthesis model generation device. The mobile communication terminal device includes a characteristic amount extraction portion that extracts a characteristic amount of input voice, and a text data acquisition portion that acquires text data from the voice.

Abstract: A technique for easily realizing data communication without limiting the application layer protocol during data communication while maintaining the proxy function. A mobile communication terminal (2) includes a control protocol processing section (203) which transmits an address request to a proxy device (5) to acquire global address information using the HTTP that is preset so as to be used by the mobile communication terminal (2) and the proxy device (5), a TCP/UDP data transmitter/receiver section (205) which establishes a connection with the proxy device (5), and an application section (201) which transmits data via a communication path between the proxy device (5) and a server device (6) using the global address information as the transmitter address.

Abstract: An object of the invention is to provide a charging processing device and a charging processing method capable of performing an appropriate charging process even when a connectionless protocol, such as UDP, is used. Gateway units 101 and 106 transmit data transmitted between a mobile apparatus 300 and a server 400 to the mobile apparatus 300 or the server 400 as a transmission destination, and a charging processing unit 102 performs a charging process according to the amount of data transmitted by the gateway units 101 and 106. A detecting unit 103 detects whether response data is transmitted from the transmission destination. When the timer value of the time for which communication is not performed is more than a predetermined time and the detecting unit 103 does not detect the response data from the transmission destination, the control unit 104 may control the gateway unit 101 or 106 to stop the transmission process and control the charging processing unit 102 to stop the charging process.