Fujitsu Corporation

Fujitsu Broad Solution & Consulting Inc.

Soichi Nishiyama

Kazuki Matsui

Yoshiyuki Ito

Koichi Murakami

Yasuhiko Awamoto

Hideto Kihara

Hiroshi Kokubo

Norie Tachibana

Hiroaki Sugimura

Chizu Tuge

Youji Kohda

Ken Fujiki

Hajime Hirozumi

Satoru Watanabe

Masatoshi Arai

Masatomo Yasaki

Toshiaki Gomi

Katsuhiko Hirota

Takeo Yasukawa

Takaya Fujita

A selection option information presentation system includes a processor that executes a procedure. The procedure includes: displaying plural items of selection option information on a first display device in states in which a selection operation can be received, and, at a specific timing in a duration in which no selection operation is detected, modifying and displaying a display position of at least one or more items of selection option information set as a display target such that a combination of adjacent items of selection option information within a display region forms a combination in which a display position differs in an up-down direction or a left-right direction, or both; and, when a selection operation of any of the plural items of selection option information displayed on the first display device has been received, displaying the selection option information that received the selection operation on a second display device.

Dynamic variation for selection option information presentation

An image control method includes: acquiring detection information indicating a gaze region or a position of a user with respect to a display device displaying plural items of selection option information that are subject to a selection operation; determining whether or not the gaze region of the user indicated by the acquired detection information is in a resting state, or whether or not the position of the user indicated by the acquired detection information is within a predetermined range; and by a processor, controlling modification of a display state of items of the selection option information displayed in a specific region of the display device in accordance with a determination result based on the detection information.

Image control method and device

An image control method includes referencing a first storage section where selection option information, for which a selection operation is received on a display device, is stored in association with a selection timing, and a second storage section where detection information, detected by a detection device that detects at least one of a state of a area at which the display device is disposed or a state of a user, is stored in association with detection time information; and identifying an item of selection option information stored at the first storage section in association with a timing that corresponds to the time information stored at the second storage section in association with detection information indicating a predetermined state; and effecting control so as to display the identified item of selection option information on the display device using a different display mode from that of other displayed selection option information.

There are provided: a data communication system, a relay apparatus, and a portable terminal apparatus in which when a mobile portable terminal apparatus such as a mobile telephone displays a screen based on display screen definition data received from a central apparatus, the exception handling of the data communication can be dynamically changed according to the communication environment of the portable terminal apparatus. The central apparatus adds, to the display screen definition data, communication control data where an exception handling procedure for communication between the portable terminal apparatus and the central apparatus is set. The portable terminal apparatus displays an image based on the display screen definition data received from the central apparatus, and performs data communication with the central apparatus according to the communication control data extracted from the display screen definition data.

Data communication system, relay apparatus, and portable terminal apparatus

A computer-readable recording medium containing an application management program for automatically performing version management to surely manage versions of a client application that communicates with a server application. A communication request monitor acquires a communication request issued from a terminal device to a server, and extracts version information of a client application from the communication request. An upgrade determination unit determines whether the extracted version information shows the latest version, and determines that upgrade is necessary if the version is not the latest version. A setting file transmitter sends the communication request to the server if the upgrade determination unit does not determine that the upgrade is necessary. If the upgrade is necessary, on the contrary, the setting file transmitter discards the communication request and sends the client application setting file for the latest version to the terminal device sending the communication request.

Computer-readable recording medium containing application management program, and method and apparatus for application management

A mobile terminal, data communication method, and a computer program stored in a computer-readable medium for communicating management data in a more efficient way. A management data communication interface communicates management data regularly with a management server, while an application data communication interface communicates application data with an application server on a demand basis. A data collision detector detects a collision between the management data and application data. If a collision is detected, a priority resolver determines whether to prioritize application data over management data. The management data suppressor suspends the management data communication interface when the priority resolver has determined that application data should be prioritized over management data.

Mobile terminal, method, and computer program for communicating data with servers with data collision control

The object of the invention is to perform a constructive exchange of information between a user and a provider of products in virtual reality. A user places a productthat he is considering buying in a cart, designates product providers, and gives notification thereto of the cart contents. A designated product provider, by seeing the cart contents, can learn in what products the user is interested. The product providercan provide to the cart from which the designation arose additional information, such as advertisements for its products. The user, by receiving various types of additional information from a product provider that he trusts, can find products that meet his desires, and can enjoy more satisfactory network-based shopping.

Online sales promotion method and device

A computer-readable recording medium storing a data communication program capable of transmitting desired data quickly. The mobile terminal (computer) has the following functions: A data accumulating section accumulates accumulation data to be uploaded to a server. A transmission data-generating section generates transmission data that is to be transmitted to the server for making the inquiry and has the accumulation data added thereto. A determination section determines whether or not the mobile terminal is in a state in which the transmission data can be transmitted to the server. A communication scheduler permits a data communication section to transmit the transmission data to the server based on the result of determination of the determination section. The data communication section transmits the transmission data to the server in response to permission of the communication scheduler.

Computer-readable recording medium storing data communication program, data communication method, and mobile terminal

Promoting efficient communication among users. Uses having a symbol of the same network resource are led to the same virtual space. Specifically, intermediary serverconverting ID of merchandise icon and ID of virtual space for chat is provided. When user terminalobtained a merchandise icon reports merchandise icon ID to the intermediary server, ID of a virtual space corresponding to the merchandise icon is returned to the user terminal. A user can share information on each merchandise by participating in this virtual space. Namely, users having a common purpose can chat with each other.

Communication intermediating method, intermediating device, and communication device

Network information-distribution method and device for transmitting information utilizing information-exchange relationships among users. Information is transmitted from userto all or a portion of user's buddies, e.g., usersand. Next, having received the information, usersandthen forward the information to their respective buddies. The information is forwarded, for example, to usersandregistered on user's buddy list. Likewise, the information is also transmitted to the user group registered on user's buddy list. By repeating this, buddy lists expressing information-exchange relationships among users are utilized to distribute the information to great numbers of persons.

Information distribution method and device

Transaction management method in an intermediate server intermediates a transaction between a seller terminal and a purchaser terminal. The method includes storing a transaction procedure having a plurality of procedures in a predetermined order for each transaction type, and the attribute information regarding the data to be transmitted or received in each of the plurality of procedures, and transmitting or receiving the data to be transmitted or received between the seller terminal and the purchaser terminal in accordance with the transaction procedure determined by a transaction type and its attribute information in the transaction between the seller terminal and the purchaser terminal.

Transaction management method and apparatus, and program and recording medium thereof

An item data entry method by detecting a constituent element which represents an entry item from among received Internet documents, based on the document structure data of a document such as an HTML document containing the entry item key, comparing the entry item key of the detected entry item with the entry item key registered in a database, thereby automatically entering in the entry item the user's name, address, phone number, and the like corresponding to the entry item key registered in the database which has been matched as a result of comparison.

Method to automatically fill entry items of documents, recording medium and system thereof

An image generating apparatus has a command interpreting unit for interpreting external commands, an information storage unit for storing information for image generation, an image selecting unit for selecting desired images from the information stored in the information storage unit, and an image display unit for displaying the images selected by the image selecting unit. The information storage unit includes an image information unit where image information is stored and a reference information unit where information for selecting images that produce natural visual effects is stored. Based on the information retrieved from the reference information unit, the image selecting unit selects and generates images in accordance with the content of interpretation from the command interpreting unit and within a range that produces natural visual effects.

Image generating apparatus

An image processing unit generates a virtual environment or an artificial reality by displaying a necessary image in accordance with movement of a view direction of a person on a head mounted display and comprises a sensor, an image processing portion, and a display. The sensor detects a view direction and generates a view vector, and the image processing portion comprises a view direction movement discriminator, a priority degree allocator, and a partial update portion. The view direction movement discriminator calculates a view direction movement vector from the difference from the two fetched view vectors. The priority degree allocator generates a projection vector by projecting the view direction movement, determines a priority degree at each divided section of the display screen to be higher when the projection vector approaches and to withdraw from the center of the display screen to a periphery along the projection vector; and the partial update portion updates the display of the display screen in each divided section in accordance with the priority degree.

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Kawasaki, Japan

Soichi Nishiyama