Abstract: A communication terminal providing optimal communication services between content providers comprising a property management table with an appraised value registered for each of a predetermined set of communication media properties for various types of communication media, a first user specified priority ranking list and a second priority ranking list specified by an application program provider with rankings for the set of communication media properties, whereby the desired communication medium is selected by adding weightings for priority from the first and second priority ranking lists and adding the appraised value for each item from the property management table and using the highest total to specify the optimum communication medium for use when commencement of communication is specified by a predetermined application program, and establishing communication connections between opposing devices using the selected optimum communication medium.

Abstract: The environment around mobile phone handset 10 is judged according to the number of other mobile phone handsets present near mobile phone handset 10 and the registration status of the nearby telephones. Then, the display sequence of function names on a function selection screen is changed according to the environment. As a result, functions deemed likely to be selected by the user based on the environment surrounding mobile phone handset 10 may be displayed at positions where they may be selected with fewer operations. In this way, the number of operations required of the user for selecting any of multiple functions may be reduced.

Abstract: [Problem] To improve convenience of a function of rearranging and conveying information registered in an address book. [Solution] A mobile phone, if any one of users registered in an address book is selected, obtains location information of a mobile phone owned by the selected user from a location search server. The mobile phone, by comparing location information of a home or an office of the selected user registered in the address book and the location information of the mobile phone obtained from the location search server, decides an indication sequence of plural communication addresses registered in the address book for the selected user.

Abstract: To provide a mechanism for supporting prevention of unintentional access to contents provided by malicious content providers. A gateway server device 50 is provided wherein if hyperlinked URLs in HTML data included in an HTTP response transferred from Internet communication network 40 to mobile packet communication network 20 via the device 50, are stored in a database, includes parameters indicating the URLs in a header of the HTTP response, and thereafter transfers the HTTP response to mobile packet communication network 20.

Abstract: A mobile phone manages display area 12 as twelve partial areas obtained by dividing the display area into a matrix of four rows and three columns, which is identical to an arrangement of keys of a numeric keypad; if plural windows are displayed in a partial area arranged in the same position as a pressed key, assigns a key to each of the windows displayed in the partial area, the key being for selecting the window, and notifies the keys; and if one of the notified keys is pressed, selects a window to which the pressed key has been assigned.

Abstract: An information-processing device includes: multiple keys; a memory that stores key arrangement data indicating an arrangement of said multiple keys; an identification part that identifies each display position of multiple windows displayed on a screen; an allocation part that compares an arrangement of the windows obtained by comparing the display position of each window identified by said identification part with the arrangement of keys displayed by said key arrangement data, and uniquely allocates to said each window a key for selecting the relevant window from among said multiple keys so that the arrangement of said windows and the arrangement of said keys are identical or similar; a notifying part that notifies of the keys allocated by said allocation part; and a selection part that selects the window to which an operated key is allocated when any of the keys notified by said notifying part is operated.

Abstract: [Problem] To make it possible to switch display of plural windows depending on a situation such as a time and a place. [Solution] A mobile communication terminal stores condition data for applications that display a window. Condition data is data describing for applications, an application (namely, a window), an attribute of a location associated with the application, and a frequency at which the application has been executed. The mobile communication terminal, if plural overlapping windows are displayed, determines a window to be displayed on top, using the condition data. For example, the mobile communication terminal, if an attribute of a location of the terminal is “office”, and an application “groupware” is running, displays a window of the application on top.

Abstract: An electronic apparatus is disclosed. A reproduction section allows first video content containing a plurality of types of data and first identification information to be reproduced. A transmission section transmits the first identification information to a server apparatus. A reception section receives a first application and first access control information from the server apparatus, the first application being associated with the first video content and being retrieved by the server apparatus based on the transmitted first identification information, the first access control information being generated by the server apparatus based on the first identification information and representing a condition in which the first application accesses the individual types of the data contained in the first video content. A control section executes the received first application based on the received first access control information when the first video content is reproduced.

Abstract: A CPU 102, in a state in which multiple windows are being displayed in a display 107, when execution of a program is newly instructed, judges whether or not it is possible to display a window of the program that has been instructed to be executed without overlapping windows that are already being displayed. The CPU 102, when the window to be newly displayed will overlap a window that is already being displayed, minimizes the window with the largest size among the windows that are already being displayed to perform display, and displays the window of the program instructed to be executed in a display 107.

Abstract: In an information providing system 100, a virtual three-dimensional space (virtual space) is established by an information management server 40. A user of a mobile communication terminal 50 moves in the virtual space, and browses, posts, and searches message information items by manipulating an avatar representing the user. The information management server 40 manages the message information items and responds to searches requested from mobile communication terminals 50. The information management server 40 specifies an area where the number of message information items relevant to a search word specified by a user of a mobile communication terminal 50 is equal to or greater than a predetermined number. The information management server 40 outputs a guide information item for indicating a direction or route toward the specified area from the position of an avatar.

Abstract: A control device comprises a memory and a processor. The memory is configured to store captured image data and alternative image data. The processor is configured to: measure time that has elapsed since establishment of a communication connection between a first communication terminal and a second communication terminal, or since a predetermined point subsequent to the establishment of the communication connection; and select image data to be sent to the first communication terminal from among captured image data or alternative image data, on the basis of the measured elapsed time, to allow the first communication terminal to display an image on the basis of the selected image data.

Abstract: In a mobile phone 1, in a state in which multiple windows are being displayed in a display 107, when an operation to change the size of any of the windows is performed, whether it is possible to display each window in the display 107 without overlapping after the change is determined. When it is not possible to display each window in the display 107 without overlapping, the mobile phone 1 minimizes, of the windows other than the window whose size was changed, the window with the largest number of size changes. Thus, when the number of windows is large, a window with low priority to the user is minimized.

Abstract: An information processing device includes: a receiving unit configured to receive an instruction input by a user; a display control unit configured to control a display unit to display a plurality of windows in a display area of the display unit; and a window control unit configured to control a size or position of a window displayed on the display unit in response to the instruction received, the window control unit being configured to control, if the receiving unit receives an instruction to expand a first window and the expanded first window overlaps a second window, a size or position of the second window in response to a positional relationship between the first window and the second window.

Abstract: An information processing device according to the present invention stores user attribute data and pieces of application attribute data. The information processing device retrieves the user attribute data (Sa1), retrieves application attribute data of running application programs (Sa3), and determine whether there is application attribute data matching the user attribute data (Sa5). If the determination is affirmative, the information processing device identifies an application program corresponding to the application attribute data, and subsequently identifies a window (subject window) corresponding to the identified application program (Sa6). The information processing device sets priority levels for the subject window and windows overlapping the subject window so that the priority level for the subject window is higher than those of the windows (Sa8), and changes a display order of the subject window and the windows in accordance with the priority levels for the subject window and the windows (Sa9).

Abstract: A control device includes: a word storage unit that stores a plurality of words; an obtaining unit that obtains messages which are transmitted/received together with images between first and second communication terminals; a determination unit that determines whether any of the plurality of words stored in the storage unit is identical or similar to any of words included in the messages obtained by the obtaining unit; and a control unit that causes one or each of the first and second communication terminals to display either a camera image or a substitute image which is transmitted from the other of the first and second communication terminals, depending on a determination result of the determination unit, the substitute image being substitutable for the camera image.

Abstract: There is provided a control apparatus comprising: a receiving unit that, from one of a first communications terminal and a second communications terminal, each of the communications terminals being capable of sending and receiving images and messages and of displaying messages and images, receives a notification indicating detection of an outside party who is not a communicant with either of the communications terminals; and a control unit that, when the receiving unit does not receive the notification from the first communications terminal, causes the first communications terminal to display a captured image sent by the second communications terminal, and when the receiving unit receives the notification from the first communications terminal, causes the first communications terminal to display a substitute image for display in place of the captured image.

Abstract: A first mobile communication terminal sends position data of an avatar for the terminal and position data of an avatar for a second mobile communication terminal, with which a user of the first terminal wishes to communicate, to a communication control device. The communication control device determines whether a position indicated by each of the two pieces of position data is within a predetermined space. If the communication control device determines that positions indicated by the two pieces of position data are within the predetermined space, the first and second mobile communication terminals start a videophone call using captured images, and otherwise, the mobile communication terminals start a videophone call using avatar images.

Abstract: A control device comprises a first memory, a second memory, and a processor. The first memory is configured to store captured image data and alternative image data. The second memory is configured to store positional data in association with a communication terminal. The processor is configured to: retrieve from the second memory first positional data associated with a first communication terminal and second positional data associated with a second communication terminal; calculate a distance between a first position indicated by the first positional data and a second position indicated by the second positional data; and select image data to be sent to the first communication terminal from among captured image data or alternative image data, on the basis of the calculated distance, to allow the first communication terminal to display an image on the basis of the selected image data.

Abstract: A control device includes a display control unit that causes one of first and second communication terminals, to display one of a camera image and a substitute image substitutable for the camera image. The camera image or the substitute image being transmitted from the other communication terminals. A transmission unit is provided and transmits a requirement for switching the camera image or the substitute image which is presently displayed on to the other of the camera image and the substitute image. A reception unit receives a response to the requirement transmitted by the transmission unit, and a switching unit determines whether content of the response transmitted by the transmission unit to the requirement satisfies the requirement and causes the display control unit to switch the displayed images if necessary.

Abstract: A Java application is started, the started Java application instructs a Flash bridge section 16 to start a Flash file via an application managing section 15, and the Flash bridge section 16 transmits interaction information for causing the Flash file and the Java application to interact with each other while designating an application for the interaction to the application managing section 15.