Abstract: Management server 16 may obtain application programs from content server 20 in response to requests of mobile terminal 11. Management server 16 may transmit the obtained application programs to mobile terminal 11 with information concerning reliabilities of the application programs. After mobile terminal 11 receives the application programs from management server 16, mobile terminal 11 manages operations of the application programs. Operations of the application programs are coordinated with operations of other programs using the information concerning the reliabilities corresponding to the application programs. Management of the coordinated operations of the application programs avoids problems concerning information security, where valuable information may be distributed unexpectedly because of operations of low reliable application programs. As a result, convenience of users of mobile terminals 11 can be improved without deteriorating the information security of mobile terminals 11.

Abstract: Management server 16 may obtain application programs from content server 20 in response to requests of mobile terminal 11. Management server 16 may transmit the obtained application programs to mobile terminal 11 with information concerning reliabilities of the application programs. After mobile terminal 11 receives the application programs from management server 16, mobile terminal 11 manages operations of the application programs. Operations of the application programs are coordinated with operations of other programs using the information concerning the reliabilities corresponding to the application programs. Management of the coordinated operations of the application programs avoids problems concerning information security, where valuable information may be distributed unexpectedly because of operations of low reliable application programs. As a result, convenience of users of mobile terminals 11 can be improved without deteriorating the information security of mobile terminals 11.

Abstract: Management server 16 may obtain application programs from content server 20 in response to requests of mobile terminal 11. Management server 16 may transmit the obtained application programs to mobile terminal 11 with information concerning reliabilities of the application programs. After mobile terminal 11 receives the application programs from management server 16, mobile terminal 11 manages operations of the application programs. Operations of the application programs are coordinated with operations of other programs using the information concerning the reliabilities corresponding to the application programs. Management of the coordinated operations of the application programs avoids problems concerning information security, where valuable information may be distributed unexpectedly because of operations of low reliable application programs. As a result, convenience of users of mobile terminals 11 can be improved without deteriorating the information security of mobile terminals 11.

Abstract: Management server 16 may obtain application programs from content server 20 in response to requests of mobile terminal 11. Management server 16 may transmit the obtained application programs to mobile terminal 11 with information concerning reliabilities of the application programs. After mobile terminal 11 receives the application programs from management server 16, mobile terminal 11 manages operations of the application programs. Operations of the application programs are coordinated with operations of other programs using the information concerning the reliabilities corresponding to the application programs. Management of the coordinated operations of the application programs avoids problems concerning information security, where valuable information may be distributed unexpectedly because of operations of low reliable application programs. As a result, convenience of users of mobile terminals 11 can be improved without deteriorating the information security of mobile terminals 11.

Abstract: Management server 16 may obtain application programs from content server 20 in response to requests of mobile terminal 11. Management server 16 may transmit the obtained application programs to mobile terminal 11 with information concerning reliabilities of the application programs. After mobile terminal 11 receives the application programs from management server 16, mobile terminal 11 manages operations of the application programs. Operations of the application programs are coordinated with operations of other programs using the information concerning the reliabilities corresponding to the application programs. Management of the coordinated operations of the application programs avoids problems concerning information security, where valuable information may be distributed unexpectedly because of operations of low reliable application programs. As a result, convenience of users of mobile terminals 11 can be improved without deteriorating the information security of mobile terminals 11.

Abstract: A mediation center apparatus 1 receives registration as answerers from mobile phones 9 owned by answerers. The mediation center apparatus 1 provides, responding to requests from a mobile phone 10 owned by a questioner, candidate list information of suitable answerers among answerers who are registered in the mediation center apparatus 1, for the mobile phone 10. When the mediation center apparatus 1 receives, from the mobile phone 10, information which instruct a selection of answerers, the mediation center apparatus 1 establishes a circuit connection between the mobile phones 9 owned by the selected answerer and the mobile phone 10 owned by the questioner. A mediation consultancy service is provided by the answerer to the questioner by use of the circuit connection.

Abstract: A user identification module (UIM) 12 having a plurality of storage areas that may be built into or mounted in a mobile terminal 11. A contents server 19, upon receipt of a distribution request from the mobile terminal 11, may distribute a program or data used at the time of program execution through a network including a radio network. The program may be encrypted twice by the contents server 19. During distribution, the program may be decrypted a first time by a distribution management server 16. The program may be decrypted a second time by the UIM 12. The decrypted program and the data may be stored in one of a plurality of separate and independently operated memory blocks of the UIM 12 and not through the control unit of the mobile terminal 11. The program may be enabled for execution by the UIM 12 at the direction of the distribution management server 16.

Abstract: In a mobile communication network equipped with a wireless communication interface with a mobile communication terminal, when a need arises for disabling calling and card functions of a mobile communication terminal with a plurality of card information stored, there is provided a credit transaction system for permitting the process of disabling the calling and card functions of the mobile communication terminal, comprising a mobile station 100, a mobile telephone network 20, a mobile packet communication network 30, a CAT terminal 40a, 40b, . . . , the CAFIS network 50, a credit company's server 60A, 60B, and the Internet 70. Credit disablement flags are set in a control station 33, and the mobile station 100 receives a disabling signal from the control station 33 through a base station 31. The mobile station 100 subsequently deletes credit contract information stored in itself.

Abstract: A user terminal A inquires of a user terminal B for the terminal function information. Upon receiving a request signal from the user terminal A via a communication control section, the user terminal B checks whether the user permits transmission of the terminal function information to the user terminal A, and then, transmits the terminal function information to the user terminal A. Upon receiving the terminal function information from the user terminal B, the user terminal A displays the terminal function information of the user terminal B in a display.

Abstract: A mediation center apparatus 1 receives registration as answerers from mobile phones 9 owned by answerers. The mediation center apparatus 1 provides, responding to requests from a mobile phone 10 owned by a questioner, candidate list information of suitable answerers among answerers who are registered in the mediation center apparatus 1, for the mobile phone 10. When the mediation center apparatus 1 receives, from the mobile phone 10, information which instruct a selection of answerers, the mediation center apparatus 1 establishes a circuit connection between the mobile phones 9 owned by the selected answerer and the mobile phone 10 owned by the questioner. A mediation consultancy service is provided by the answerer to the questioner by use of the circuit connection.

Abstract: A mediation center apparatus 1 receives registration as answerers from mobile phones 9 owned by answerers. The mediation center apparatus 1 provides, responding to requests from a mobile phone 10 owned by a questioner, candidate list information of suitable answerers among answerers who are registered in the mediation center apparatus 1, for the mobile phone 10. When the mediation center apparatus 1 receives, from the mobile phone 10, information which instruct a selection of answerers, the mediation center apparatus 1 establishes a circuit connection between the mobile phones 9 owned by the selected answerer and the mobile phone 10 owned by the questioner. A mediation consultancy service is provided by the answerer to the questioner by use of the circuit connection.

Abstract: A mobile communication terminal (the mobile station 100), served in a mobile communication network for performing wireless communications, comprises a transmitter-receiver 110, a controller 120, a user interface 130, a data input/output terminal 140, a magnetic writer 150, and a magnetic stripe 160. Control programs stored in a program ROM 122 include a program for controlling the magnetic writer such as writes or deletes various information into/from the magnetic stripe 160. In a credit card ROM 123 are stored information on the attributes of a credit card contract concluded in advance between a user and a credit card company. The magnetic writer 150 writes credit card contract information provided from the controller 120 to the magnetic stripe 160 or deletes the credit card contract information from the magnetic stripe 160.

Abstract: A mobile communication terminal (the mobile station 100), served in a mobile communication network for performing wireless communications, comprises a transmitter-receiver 110, a controller 120, a user interface 130, a data input/output terminal 140, a magnetic writer 150, and a magnetic stripe 160. Control programs stored in a program ROM 122 include a program for controlling the magnetic writer such as writes or deletes various information into/from the magnetic stripe 160. In a credit card ROM 123 are stored information on the attributes of a credit card contract concluded in advance between a user and a credit card company. The magnetic writer 150 writes credit card contract information provided from the controller 120 to the magnetic stripe 160 or deletes the credit card contract information from the magnetic stripe 160.

Abstract: A mobile communication terminal (the mobile station 100), served in a mobile communication network for performing wireless communications, comprises a transmitter-receiver 110, a controller 120, a user interface 130, a data input/output terminal 140, a magnetic writer 150, and a magnetic stripe 160. Control programs stored in a program ROM 122 include a program for controlling the magnetic writer such as writes or deletes various information into/from the magnetic stripe 160. In a credit card ROM 123 are stored information on the attributes of a credit card contract concluded in advance between a user and a credit card company. The magnetic writer 150 writes credit card contract information provided from the controller 120 to the magnetic stripe 160 or deletes the credit card contract information from the magnetic stripe 160.

Abstract: Management server 16 obtains application programs from content server 20 in response to requests of mobile terminal 11, and transmits the obtained application programs to mobile terminal 11 with information concerning reliabilities of the application programs. After mobile terminal 11 receives the application programs from management server 16, mobile terminal 11 manages operations of the application programs, which are coordinated with operations of other programs using the information concerning the reliabilities corresponding to the application programs. According to the management of coordinated operations of a plurality of application programs as stated above, problems concerning information security, where valuable information may be leaked unexpectedly because of operations of low reliable application programs, can be avoided. As a result, convenience of users of mobile terminals 11 can be improved without deteriorating the information security of mobile terminals 11.

Abstract: The present invention enables questioners to ask questions easily without limitation of time and place, and enables answerers to register as answerers without complicated processes and much time consumption. A mediation center apparatus 1 receives registration as answerers from mobile phones 9 owned by answerers. On the other hand, the mediation center apparatus 1 provides, responding to requests from a mobile phone 10 owned by a questioner, candidate list information of suitable answerers among answerers who are registered in the mediation center apparatus 1, for the mobile phone 10. Then when the mediation center apparatus 1 receives, from the mobile phone 10, information which instruct a selection of answerers, the mediation center apparatus 1 establishes a circuit connection between the mobile phones 9 owned by the selected answerers and the mobile phone 10 owned by the questioner.

Abstract: In a mobile communication network equipped with a wireless communication interface with a mobile communication terminal, when a need arises for disabling calling and card functions of a mobile communication terminal with a plurality of card information stored, there is provided a credit transaction system for permitting the process of disabling the calling and card functions of the mobile communication terminal, comprising a mobile station 100, a mobile telephone network 20, a mobile packet communication network 30, a CAT terminal 40a, 40b, . . . , the CAFIS network 50, acredit company's server 60A, 60B, and the Internet 70. Credit disablement flags are set in a control station 33, and the mobile station 100 receives a disabling signal from the control station 33 through a base station 31. The mobile station 100 subsequently deletes credit contract information stored in itself.

Abstract: An authentication processing system includes a communication network, a plurality of terminal apparatuses, and an authentication undertaking apparatus. The authentication undertaking apparatus authenticates the user of each terminal apparatus through utilization of data which include at least either data fixedly assigned to the terminal apparatus or data peculiar to the user, specifies a site which the user wishes to utilize, and undertakes authentication processing with reference to a database which stores authentication data which become necessary when the authenticated user utilizes the desired site.

Abstract: A UIM 12 having a plurality of storage areas is built into or mounted in a mobile terminal 11. A contents server 19, upon receipt of a distribution request from the mobile terminal 11, distributes a program or data used at the time of program execution or the program itself through a network including a radio network. This program and the data or the program itself are stored in the storage area of the UIM 12 and not through the control unit of the mobile terminal 11.

Abstract: A duplication/delivery center DDS records contents C11 and C12 on a recording medium M in accordance with requests from content providing apparatuses CP11 and CP12, duplicates the recording medium M, and delivers the recording medium M to users. When doing so, parts of the contents are encrypted. The content providing apparatuses CP11 and CP12 request a content control apparatus CC1 to control the contents on the recording media M. At the side of contents users, when a user sets a recording medium M in a video game console GM and tries to use a content that has been encrypted, the video game console GM requests, via a mobile packet communication network MPN, the content control apparatus CC1 to transmit a decryption key. The content control apparatus CC1 decides whether or not to transmit the decryption key based on the content of the request received from the content providing apparatus.