Abstract: This system pertains to a communication processing system that effectively makes phone conversations possible from a communication terminal even in a non-business mode that does not identify a user.

Abstract: An information processing system (100) includes a unit (101) of separating at least one piece of media information from a plurality of pieces of media information acquired through a session established with at least one server based on profiles of a plurality of terminal devices, a unit (103) of structuring each of contents to be respectively transmitted to the plurality of terminal devices from the at least one piece of media information separated by the unit (101), and a unit (105) of transmitting each content structured by the unit (103) to each terminal device.

Abstract: An information processing system 1 includes an acquiring unit 20 that acquires business-operation information in response to a request from a mobile terminal 10, a storage unit 30 that stores plural preset text messages, a selection unit 40 that selects a preset text message corresponding to the business-operation information acquired by the acquiring unit 20 from among the plural preset text messages, a determining unit 50 that determines a message destination corresponding to the business-operation information acquired by the acquiring unit 20, and a transmitting unit 60 that transmits the preset text message selected by the selection unit 40 to the message destination determined by the determining unit 50.

Abstract: This system pertains to a communication processing system that effectively makes phone conversations possible from a communication terminal even in a non-business mode that does not identify a user.

Abstract: An information processing system 1 includes an information collection unit 11 that collects information from an outside, a first communication unit 12 that performs a business-operation data communication to perform a business operation using the collected information, a second communication unit 13 that performs a non-preset communication through voice or text message; and a linkage unit 20 that links the first communication unit 12 and the second communication unit 13.

Abstract: A communication processing system according to the present invention is a communication processing system including user communication terminals each operated by a user and responder communication terminals each operated by a responder responding to an inquiry from the user. The communication processing system includes: a responder communication terminal information storing means for associating and storing each of the responder communication terminals and a responder attribute of the responder operating the responder communication terminal; and a connection controlling means for controlling to search the responder attribute corresponding to a user attribute of the user by referring to the responder communication terminal information storing means and connect the responder communication terminal associated with the responder attribute to the user communication terminal.

Abstract: The present invention provides a data communication technology which is capable of securing flexibly a bandwidth for a traffic that is generated and which enables effective use of access lines or wireless resource. A mobile router uses a plurality of communication means, retains a plurality of narrow band communication routes for communicating with the home agent, and configures a broad band communication route by using the plurality of the narrow band communication routes as a single logical communication route. This enables a bandwidth to be flexibly secured in accordance with the traffic which is generated in the mobile network. In this case, the home agent is enabled to effectively use the access lines by referring to the route information so as to determine the destination address. Furthermore, it is possible to save the wireless resource under the initiative of the user by dynamically connecting to an alternative line or disconnecting a line which is being used in response to a request of the user.

Abstract: An information processing system 1 includes an information collection unit 11 that collects information from an outside, a first communication unit 12 that performs a business-operation data communication to perform a business operation using the collected information, a second communication unit 13 that performs a non-preset communication through voice or text message; and a linkage unit 20 that links the first communication unit 12 and the second communication unit 13.

Abstract: An information processing system (100) includes a unit (101) of separating at least one piece of media information from a plurality of pieces of media information acquired through a session established with at least one server based on profiles of a plurality of terminal devices, a unit (103) of structuring each of contents to be respectively transmitted to the plurality of terminal devices from the at least one piece of media information separated by the unit (101), and a unit (105) of transmitting each content structured by the unit (103) to each terminal device.

Abstract: An information processing system 1 includes an acquiring unit 20 that acquires business-operation information in response to a request from a mobile terminal 10, a storage unit 30 that stores plural preset text messages, a selection unit 40 that selects a preset text message corresponding to the business-operation information acquired by the acquiring unit 20 from among the plural preset text messages, a determining unit 50 that determines a message destination corresponding to the business-operation information acquired by the acquiring unit 20, and a transmitting unit 60 that transmits the preset text message selected by the selection unit 40 to the message destination determined by the determining unit 50.

Abstract: In a network connecting apparatus, relations of targets and attributions of the targets are registered in a attribution table and relations of the attributions and available connection settings are registered in a connection setting table. An attribution determining section is configured to specify a target when detecting a request of a wireless communication associated with the target, and refer to the attribution table to determine the attribution of the target. A connection setting section is configured to change a connection setting based on the target attribution by referring to the connection setting table. A connecting section is configured to execute a connecting process for the wireless communication based on the connection setting.

Abstract: In a network connecting apparatus, relations of targets and attributions of the targets are registered in a attribution table and relations of the attributions and available connection settings are registered in a connection setting table. An attribution determining section is configured to specify a target when detecting a request of a wireless communication associated with the target, and refer to the attribution table to determine the attribution of the target. A connection setting section is configured to change a connection setting based on the target attribution by referring to the connection setting table. A connecting section is configured to execute a connecting process for the wireless communication based on the connection setting.

Abstract: Session management means holds session information concerning sessions for fixed terminals and sessions for mobile terminals including type information indicating a terminal type and status information indicating the status of communication. Session clear-out means disconnects a session the type information for which indicates a mobile terminal and in which communication has not been performed for a time period longer than or equal to a first monitoring time period, on the basis of the session information held in the session management means.

Abstract: A network service information providing system which allows users to readily know a location and radio transmission parameters for connecting to a narrow-area wireless communications system in a system which contains wide-area wireless communications systems and narrow-area wireless communications systems. The user knows his/her own location through a wide-area wireless communications system and sends the location of a narrow-area wireless communications system which he/she wants to connect to, wireless transmission parameters, and other requirements to a wireless area information server. The wireless area information server possesses wireless transmission parameters of narrow-area wireless communications systems and the locations of base stations which provide narrow-area wireless communications services.

Abstract: An alerting device allowing easy estimation of possible interference and useful suggestions to eliminate deteriorated communication quality due to interference is disclosed. A signal including a band used by a target radio communication system is selected from a received signal based on a prescribed system specification of the radio communication system. A detected signal level of the selected signal is detected and compared with the prescribed interference level. When the detected signal level is greater than the prescribed interference level, it is determined that interference occurs. Further, an interference source is estimated by analyzing the selected signal with respect to time and frequency components.

Abstract: The present invention provides a data communication technology which is capable of securing flexibly a bandwidth for a traffic that is generated and which enables effective use of access lines or wireless resource. A mobile router uses a plurality of communication means, retains a plurality of narrow band communication routes for communicating with the home agent, and configures a broad band communication route by using the plurality of the narrow band communication routes as a single logical communication route. This enables a bandwidth to be flexibly secured in accordance with the traffic which is generated in the mobile network. In this case, the home agent is enabled to effectively use the access lines by referring to the route information so as to determine the destination address. Furthermore, it is possible to save the wireless resource under the initiative of the user by dynamically connecting to an alternative line or disconnecting a line which is being used in response to a request of the user.

Abstract: Establishment of a connection between a wireless terminal and a destination terminal for data transmission. The wireless terminal is connectable to at least two communication networks each of which is connected to an internet. The destination terminal is connected to the internet. First, one of the communication networks is selected at the wireless terminal based on communication quality of the communication networks. Next, a path through the selected communication network is selected at the wireless terminal based on the network address of the destination terminal. And then a connection is established between the wireless terminal and the destination terminal through the selected path.

Abstract: To provide a propagation environment notification method in radio communication allowing a user to easily understand radio propagation environment information. When receiving a service start command C1 from a user terminal 100, a server 102 transfers software for clients to the user terminal 100 (C2). The user terminal 100 starts the transferred software for clients, and a user condition inputting process P2 is carried out to collect user specific information and radio base station information and transfer the same to the server 102 (C3). When receiving the information, the server 102 starts a distribution information generating process P1 for generating radio propagation environment information based on the information, and the generated information is transferred to the user terminal 100 (C4), and is converted into a format convenient for the user by the software for clients transferred on the user terminal 100, and displayed on the user terminal 100 (P3).

Abstract: A packet receiver is provided that accurately estimates a frequency offset and a channel impulse response even when a transmitted packet is detected with an erroneous timing in a communication mode (typified by the LAN (local Area Network)) where packets are asynchronously transmitted, and thus provides a training sequence which can demodulate the received packet. The training sequence 101 is formed of K sequences 100-1 to 100-K serially connected, each formed of the same N symbols. Even in a channel where a intersymbol interference occurs when such a training sequence is used, a received signal shifted by the time corresponding to N-symbols becomes the signal which is different by a phase difference caused by a frequency offset between the transmitter and the receiver. Thus, even if the head of a packet is detected with an erroneous timing, the frequency offset can be estimated.

Abstract: A packet receiver is provided that accurately estimates a frequency offset and a channel impulse response even when a transmitted packet is detected with an erroneous timing in a communication mode (typified by the LAN (local Area Network)) where packets are asynchronously transmitted, and thus provides a training sequence which can demodulate the received packet. The training sequence 101 is formed of K sequences 100-1 to 100-K serially connected, each formed of the same N symbols. Even in a channel where a inter-symbol interference occurs when such a training sequence is used, a received signal shifted by the time corresponding to N-symbols becomes the signal which is different by a phase difference caused by a frequency offset between the transmitter and the receiver. Thus, even if the head of a packet is detected with an erroneous timing, the frequency offset can be estimated.