Abstract: A non-limiting example game system includes a processor incorporated in a main body apparatus, and the processor makes a first index image move toward an upper end from a lower end in a movement gauge in a parameter determination screen when a player starts a second parameter determination operation. When the first index image is stopped according to an operation of the player, a hitting power for a ball is determined based on the stopped position. Moreover, if the first index image is stopped, a second index image is moved up to a position that the first index image is stopped from the lower end in the movement gauge. The player performs a direction input during a direction input period that is a period of time that the second index image is being moved. Then, a trajectory after the ball starts moving is changed in a direction based on the direction input.

Abstract: An authorization apparatus includes a memory configured to store attribute information associating an identification information of data and information indicating an attribute of the data, the data being stored in a data server, a processor configured to generate an access token in association with an extraction condition to be used for extracting the data to be obtained by a terminal, and a communicator configured to receive a target access token from the data server, wherein when receiving the target access token, the processor is configured to extract identification information of data pieces satisfying the extraction condition associated with the target access token, and generate a list of identification information of the data to be disclosed to the terminal using a target access token, and the communicator transmits the list to the data server.

Abstract: An industrial vehicle includes: a steered wheel angle control unit for changing a steered angle of rear wheels so that an angle of a steering handle corresponds to an angle of the rear wheels, based on signals from a steering angle sensor and a steered wheel angle sensor; an angle calculation unit configured to calculate an angle of the rear wheels corresponding to a minimum turning radius at which a vehicle does not turn over based on the gravity center height and a speed of the vehicle; a steered wheel angle limitation unit and a steering angle limitation unit configured to limit and control the angle of the rear wheels based on an angle of the rear wheels corresponding to the minimum turning radius; and a warning notification unit configured to execute a warning notification based on the angle of the rear wheels corresponding to the minimum turning radius.

Abstract: A relay communication device includes a memory and a processor coupled to the memory and configured to: receive data from an application, and determine a relay path of each of a plurality of data received from the application according to a protocol of a disruption tolerant network based on data remaining amount to be relayed to a communication destination in response to receiving of new data of the application and a priority of each of the plurality of data.

Abstract: An authorization apparatus includes a memory configured to store attribute information associating an identification information of data and information indicating an attribute of the data, the data being stored in a data server, a processor configured to generate an access token in association with an extraction condition to be used for extracting the data to be obtained by a terminal, and a communicator configured to receive a target access token from the data server, wherein when receiving the target access token, the processor is configured to extract identification information of data pieces satisfying the extraction condition associated with the target access token, and generate a list of identification information of the data to be disclosed to the terminal using a target access token, and the communicator transmits the list to the data server.

Abstract: A communication device includes a memory, and a processor configured to, by dividing data transmitted from a first application to a second application in a period from opening to closing of a socket of the first application, perform generation of a plurality of pieces of divided data, common identification information being added to each of the plurality of pieces of divided data, and transmit the plurality of pieces of divided data to the second application.

Abstract: A non-transitory computer readable recording medium storing therein a communication program, the communication program relaying communication from an application operating on a terminal to a communication destination and causing a computer to execute a process, the process including: switching a communication protocol for the communication from a first protocol to a Delay/Disruption Tolerant Networking (DTN) protocol, in accordance with a connection condition with the communication destination for the communication; and notifying the terminal of a failure of a specific communication in cases when the specific communication has been notified to the application as completed and the specific communication in the DTN protocol results in failure.

Abstract: A communication device includes a memory, and a processor coupled to the memory and the processor configured to perform generation of a first bundle of a first size from transmission target data in accordance with a protocol of a disruption tolerant network, perform transmission of the first bundle to a transmission destination, perform determination of a line state of a connection to the transmission destination by the transmission of the first bundle, perform generation of a second bundle of a second size based on the determined line state from data yet to be transmitted in the transmission target data in accordance with the protocol of the disruption tolerant network, and perform transmission of the second bundle to the transmission destination.

Abstract: A relay device communicates with first and second terminal devices via first and second communication networks, respectively. The relay device determines whether or not a line stability and a line speed of each of the first and second communication networks satisfy a predetermined condition. When a line stability and a line speed of each of the first and second communication networks satisfy the predetermined condition, the relay device temporarily stores, in a memory, data received from the first terminal device via the first communication network, and transfers the temporarily stored data to the second terminal device via the second communication network.

Abstract: A communication system includes a server, in which a first application operates, configured to include a first memory, and a first processor coupled to the first memory and the first processor configured to relay communication addressed from the first application to a second application for operating in a terminal, and the terminal configured to include a second memory, and a second processor coupled to the second memory and the second processor configured to forward the communication relayed from the first application to the second application, each of the first processor and the second processor is configured to generate a communication route corresponding to a session established by communication between the first application and the second application, and maintain the session by using the communication route while switching a network that includes the terminal.

Abstract: A relay communication apparatus includes: a buffer configured to store data to be relayed from a first apparatus to a second apparatus in a case where the data is to be relayed from the first apparatus to the second apparatus and when a communication link with the second apparatus is not established; and a transfer control circuitry configured to control transfer processing on the data based on at least one control rule according to a purpose of the data before the data is transferred to the second apparatus and according to a disruption tolerant protocol when a communication link with the second apparatus is established.

Abstract: A relay communication device includes a memory and a processor coupled to the memory and configured to: receive data from an application, and determine a relay path of each of a plurality of data received from the application according to a protocol of a disruption tolerant network based on data remaining amount to be relayed to a communication destination in response to receiving of new data of the application and a priority of each of the plurality of data.

Abstract: An information processing apparatus includes a memory configured to store data and time information indicating the time of storing the data, a processor coupled to the memory and configured to receive, from a request source device, a request message including an identifier corresponding to the data and a condition related to time corresponding to the data, search the memory for required data that corresponds to the identifier and the time information satisfying the condition, acquire the required data from the memory when the required data is stored in the memory, acquire the data from another device when the required data is not stored in the memory, and transmit the required data to the request source device.

Abstract: A non-transitory computer readable recording medium storing therein a communication program, the communication program relaying communication from an application operating on a terminal to a communication destination and causing a computer to execute a process, the process including: switching a communication protocol for the communication from a first protocol to a Delay/Disruption Tolerant Networking (DTN) protocol, in accordance with a connection condition with the communication destination for the communication; and notifying the terminal of a failure of a specific communication in cases when the specific communication has been notified to the application as completed and the specific communication in the DTN protocol results in failure.

Abstract: A node apparatus connected to an information retention apparatus and a plurality of information reference request apparatuses via a network. The node apparatus includes a memory configured to store content identification information of content retained in the information retention apparatus, identification information of a first information reference request apparatus, and identification information of the information retention apparatus that are acquired through an information search initiated by a request from the first information reference apparatus. When the node apparatus receives a content acquisition request including the content identification information from a second information reference request apparatus identification information of which is not stored in the memory, the node apparatus acquires the content from the information retention apparatus and respond to the request including the content identification information on behalf of the information retention apparatus.

Abstract: A first monitoring device is disposed at a predetermined position and configured to monitor a location of an information apparatus that is movable, by performing a radio communication with the information apparatus. A second monitoring device is movable and configured to monitor a location of the information apparatus by performing the radio communication with the information apparatus. An apparatus monitoring device causes the radio communication with the information apparatus to be taken over between the first monitoring device and the second monitoring device, and collects results of monitoring the information apparatus, from the first monitoring device or the second monitoring device which has taken over the radio communication with the information apparatus.

Abstract: A first monitoring device is disposed at a predetermined position and configured to monitor a location of an information apparatus that is movable, by performing a radio communication with the information apparatus. A second monitoring device is movable and configured to monitor a location of the information apparatus by performing the radio communication with the information apparatus. An apparatus monitoring device causes the radio communication with the information apparatus to be taken over between the first monitoring device and the second monitoring device, and collects results of monitoring the information apparatus, from the first monitoring device or the second monitoring device which has taken over the radio communication with the information apparatus.

Abstract: A context information collection and distribution system registers read identification information in a computer device that manages and controls an RFID tag reading device and is located in a lowest hierarchy in wide area network topology. The computer device located in the lowest hierarchy in the wide area network topology notifies a computer device located in a higher management domain hierarchy that the computer device located in the lowest hierarchy manages read identification information of a target. Further, the computer device located in the management domain hierarchy notifies a computer device located in much higher ID system hierarchy that the computer device located in the hierarchy just under the management domain hierarchy manages the read identification information of the target.

Abstract: A node apparatus connected to an information retention apparatus and an information reference request apparatus via a network includes: a memory configured to store content identification information of content retained in the information retention apparatus, identification information of a first information reference request apparatus, and identification information of the information retention apparatus that are acquired through an information search initiated by a request, from the first information reference apparatus, including the content identification information of the content retained in the information retention apparatus and the identification information of the first information reference request apparatus; and a processor configured to acquire the content from the information retention apparatus and respond to the request including the content identification information on behalf of the information retention apparatus when a predetermined condition based on the information stored in the memory i

Abstract: A relay device communicates with first and second terminal devices via first and second communication networks, respectively. The relay device determines whether or not a line stability and a line speed of each of the first and second communication networks satisfy a predetermined condition. When a line stability and a line speed of each of the first and second communication networks satisfy the predetermined condition, the relay device temporarily stores, in a memory, data received from the first terminal device via the first communication network, and transfers the temporarily stored data to the second terminal device via the second communication network.