Abstract: A service provision system comprises a first terminal, a service computer, and a user registration module. The first terminal includes an application management module to which second identification information is assigned, for managing the application to which first identification information is assigned, and an anonymous personal data transmission module for transmitting the anonymous personal data including the first identification information and the second identification information. The user registration module transmits user registration data including the second identification information and third identification information, in a case of inputting third identification information.

Abstract: An in-vehicle terminal and a mobile terminal receive a request and a first identifier for identifying the request and store the first identifier in a buffer, the mobile terminal sends the request to a server, which stores the first identifier in a buffer when the request includes the first identifier and generates a second identifier when the request does not include the first identifier. When an event occurs, the mobile terminal generates and stores a message and a message code related to the second identifier together with the second identifier, transfers a response including the first identifier, the message and the message code to the mobile terminal when the first identifier exists in the buffer, and transfers a response including the message and the message code to the mobile terminal when the first identifier does not exist in the buffer. The mobile terminal displays the message and the message code.

Abstract: A terminal connection device includes: a storage unit configured to store a priority based on a type of processing information for performing input or output of information; a communication unit configured to receive from another device a processing request in which the processing information is identified; and an input and output path assignment unit configured to acquire, when the communication unit has received the processing request, the type of the processing information identified in the processing request, to identify, by using an external processing information priority, which is a priority based on the type, and candidates of usable input and output paths for each piece of the processing information, the input and output path for executing the processing information relating to the processing request, and to assign the processing information to the identified input and output path.

Abstract: In a system in which an in-vehicle apparatus and a smartphone are connected to each other, screen display switching cannot be performed with priorities of all the applications taken into account as respective terminals carry applications. A management block is provided in an in-vehicle apparatus or in a smartphone. The management block holds priority definitions for starting and displaying applications on both terminals. In response to external input to both terminals, the management block selects the application to be started and displayed. The management block identifies the terminal carrying the selected application, and transmits to the identified terminal a request to start the application and to switch display output accordingly.

Abstract: In this system is provided with a mobile telephone, a server and a vehicle-mounted device with different input/output methods, when an application unit of the mobile telephone is started, control programs and settings suitable for the combination of the vehicle-mounted device, the mobile telephone and the application unit are acquired from the server for an input switching unit, output switching unit, vehicle-internal communication control unit, input control unit and display control unit of the vehicle-mounted device and for an input switching unit, output switching unit, vehicle-internal communication control unit, input control unit, display control unit, input conversion unit and output conversion unit of the mobile telephone, and, after setup and installation, mobile telephone application programs can be remotely controlled by the vehicle-mounted device by running this application unit.

Abstract: An input/output limitation information storage unit stores input/output limitation information in which limitation processing for limiting operation input to the application and display output from the application is prescribed by associating the limitation processing with the application. A determination unit acquires a vehicle state of a vehicle, and determines the limitation processing to be applied to the operation input to the application and the display output from the application on the basis of the application running on the terminal device, the vehicle state, and the input/output limitation information. The limitation unit performs the limitation processing determined by the determination unit for the operation input detected by the input control unit and transmitted to the communication control unit, and the display output received by the communication control unit and transmitted to the output control unit.

Abstract: An input/output limitation information storage unit stores input/output limitation information in which limitation processing for limiting operation input to the application and display output from the application is prescribed by associating the limitation processing with the application. A determination unit acquires a vehicle state of a vehicle, and determines the limitation processing to be applied to the operation input to the application and the display output from the application on the basis of the application running on the terminal device, the vehicle state, and the input/output limitation information. The limitation unit performs the limitation processing determined by the determination unit for the operation input detected by the input control unit and transmitted to the communication control unit, and the display output received by the communication control unit and transmitted to the output control unit.

Abstract: The technique is implemented by a vehicular device for performing dialogs with the driver. This device has: a communication portion for communicating with a server; an output portion for outputting speech information to the driver; an input portion for inputting information based on speech uttered by the driver; and a controller for controlling the communication portion, the output portion, and the input portion. When trigger information for starting a dialog process in the vehicular device or in the server is generated, the controller receives information indicative of the type of a first dialog forming a starting point of the dialog process and information indicative of the type of a second dialog forming an ending point of the dialog process from the server and carries out the dialog process based on the received information. The second dialog is different in type from the first dialog.

Abstract: A data processing method has a device control thread for each peripheral device capable of an independent operation, a CPU processing thread for each data processing that is performed by a CPU, a control thread equipped with a processing part for constructing an application. The control thread checks an output from the thread related with each processing part, performs with a higher priority from the processing part in which output data of the preprocessing part as a configuration of the application exists and that is near termination, and instructs execution of the each device control thread and the CPU processing thread, and data input/output. Each of device control thread and CPU processing thread processes the data according to the instructions, and sends a processing result and a notification to the control thread.

Abstract: An interaction history management device includes an interaction control unit configured to accept an input of an operation by audio and generate a reply by audio in response to the operation, an interaction history storage unit configured to store information that identifies an audio content of the accepted operation and information that identifies an audio content of the reply, an execution unit configured to store an identifier to the interaction history storage unit as associating with the reply when a predetermined process related to the accepted operation is executed normally, and an external data deletion unit configured to, when an instruction to delete information used in the predetermined process is accepted, delete the information, identify an identifier of the predetermined process in which the information to be deleted is used, and delete at least the audio content of the reply associated with the identifier from the interaction history storage unit.

Abstract: An artificial ventilation apparatus includes: a connecting portion which is connected to a respiratory system of a patient; an inspiratory circuit which is a flow path for flowing a gas from a ventilator to the connecting portion; an expiratory circuit which is a flow path for guiding a gas exhausted from the connecting portion to an exhaust portion of the ventilator; an expiratory valve which blocks a flow of a gas from the exhaust portion toward the connecting portion; a carbon dioxide concentration sensor which is disposed in a circuit that is provided at a downstream side of the expiratory valve and which detects a carbon dioxide concentration; and an alarm outputting unit which outputs an alarm based on an output of the carbon dioxide concentration sensor.

Abstract: When a power supply is cut off on updating programs, improper data remains since the power source to be supplied to the vehicle-mounted device is unstable. The check for the improper data and restoration processing are required for a reactivation processing implemented by an update processing unit so that the update is completed correctly, therefore, the user is waited. In contrast, the update processing also implemented by the update processing unit for a time period during which the power source becomes unstable is interrupted, and implemented for the time period during which the power source voltage is stable. The power source voltage is considered to be unstable based on a function of the vehicle speed, brake pedal actuation, parking brake actuation, and/or power source activation. In consequence, the update processing is carried on steadily without making the user wait.

Abstract: Provided is a technology for enabling smooth execution of a plurality of pieces of application software which perform communication via a communication path.

Abstract: An input/output limitation information storage unit stores input/output limitation information in which limitation processing for limiting operation input to the application and display output from the application is prescribed by associating the limitation processing with the application. A determination unit acquires a vehicle state of a vehicle, and determines the limitation processing to be applied to the operation input to the application and the display output from the application on the basis of the application running on the terminal device, the vehicle state, and the input/output limitation information. The limitation unit performs the limitation processing determined by the determination unit for the operation input detected by the input control unit and transmitted to the communication control unit, and the display output received by the communication control unit and transmitted to the output control unit.

Abstract: A service provision system comprises a first terminal, a service computer, and a user registration module. The first terminal includes an application management module to which second identification information is assigned, for managing the application to which first identification information is assigned, and an anonymous personal data transmission module for transmitting the anonymous personal data including the first identification information and the second identification information. The user registration module transmits user registration data including the second identification information and third identification information, in a case of inputting third identification information.

Abstract: An input/output limitation information storage unit stores input/output limitation information in which limitation processing for limiting operation input to the application and display output from the application is prescribed by associating the limitation processing with the application. A determination unit acquires a vehicle state of a vehicle, and determines the limitation processing to be applied to the operation input to the application and the display output from the application on the basis of the application running on the terminal device, the vehicle state, and the input/output limitation information. The limitation unit performs the limitation processing determined by the determination unit for the operation input detected by the input control unit and transmitted to the communication control unit, and the display output received by the communication control unit and transmitted to the output control unit.

Abstract: When compressing an arrangement of fixed-length records in a columnar direction, a data compression device carries out data compression aligned with the performance of a data decompression device by computing a number of rows processed with one columnar compression from the performance on the decompression device side, such as the memory cache capacity of the decompression device or the capacity of a primary storage device which may be used by an application, and the size of one record. Thus, while improving compression ratios of large volumes of data, including an alignment of a plurality of fixed-length records, decompression performance is improved.

Abstract: The technique is implemented by a vehicular device for performing dialogs with the driver. This device has: a communication portion for communicating with a server; an output portion for outputting speech information to the driver; an input portion for inputting information based on speech uttered by the driver; and a controller for controlling the communication portion, the output portion, and the input portion. When trigger information for starting a dialog process in the vehicular device or in the server is generated, the controller receives information indicative of the type of a first dialog forming a starting point of the dialog process and information indicative of the type of a second dialog forming an ending point of the dialog process from the server and carries out the dialog process based on the received information. The second dialog is different in type from the first dialog.

Abstract: A first apparatus inquires the second apparatus about whether a first data can be transmitted, in a case where the transmission is approved by the second apparatus, transmits the data to the second apparatus, and in a case where the transmission is not approved by the second apparatus, receives data from the second apparatus and outputs the data with its own data to a storage medium, and the second apparatus determines that a data is transmitted from the first apparatus on the basis of a condition pertaining to a second data communications channel, and upon having determined to approve the transmission from the first apparatus, receives the data from the first apparatus and transmits the data with its own data to a server via the second data communications channel, and upon having determined not to approve the transmission from the first apparatus, transmits its own data to the first apparatus.

Abstract: In the configuration performing a data processing by a hardware processing circuit (accelerator), to provide a technology capable of improving a poorness of processing efficiency by multiple accesses to the data, the following solving means are provided. A network data processing accelerator of the present network data processing apparatus comprises processing units corresponding to each processing of an encryption/decryption, a message authentication, and a checksum, and in the data processing including a combination of each processing, accesses for the same data of the memory and the like through a bus I/F unit and the like is collected together into one time, and a pipeline processing is performed using the least common multiple of the data processing unit of each processing.