Abstract: There is provided a charging apparatus including a connection unit to which a device is to be connected, a charging unit for charging the device connected to the connection unit, a history acquisition unit for acquiring a history of content use stored in the device, a timing prediction unit for predicting a timing of use of the device based on the history of content use acquired by the history acquisition unit, and a charge control unit for controlling the charging unit such that the device connected to the connection unit becomes fully charged at a timing suitable for the timing predicted by the timing prediction unit.

Abstract: There is provided a power system including a power transmitting apparatus and a power receiving apparatus. The power transmitting apparatus includes: a power generating unit generating power using renewable energy; a first power measuring unit measuring a power amount generated in a specified period; and a power transmitting unit transmitting the generated power in the specified period and information on the measured power amount to the power receiving apparatus. The power receiving apparatus includes: a power receiving unit receiving the power and the information on the power amount from the power transmitting apparatus; a second power measuring unit measuring a power amount received in the specified period; a determining unit comparing the received power amount and the measured power amount and determining whether such amounts match; and a power reception control unit operable when the amounts do not match, to stop reception of the power and the information.

Abstract: An apparatus and method provide logic for formatting electronic content. In one implementation, an apparatus includes an identification unit configured to identify a plurality of devices associated via a network, and a receiving unit configured to receive information corresponding to the associated devices. The information includes a function provided by the associated devices and performance data corresponding to the associated devices. A generation unit is configured to generate a first value of an execution metric describing at least one of an execution of the function by the associated devices or the performance data corresponding to the associated devices, based on at least the received information, and an output unit is configured to output the first metric value.

Abstract: The present invention relates to a program and an information processing method and apparatus with which a connection can be formed reliably between apparatuses having different capabilities. An application #1, using a presence function, announces a profile space ID representing processing for a service that can be provided. An application #n receives the announcement. The application #n requests the application #1 for detailed information of the service and registration to the service. The application #n connects to the application #1 by peer to peer, based on a URI needed for peer-to-peer access, transmitted from the application #1. The present invention can be applied to personal computers, network-enabled CE devices, and commercial application servers on the Internet.

Abstract: The present invention provides a transmission/reception apparatus capable of achieving both a high processing speed and good extensibility in performing communication protocol processes. Used for transmitting data in accordance with a predetermined communication protocol and receiving data transmitted in accordance with the predetermined communication protocol, the transmission/reception apparatus has a configuration capable of executing communication protocol processes by using hardware (in first and second communication-protocol-processing units) and software (in first and second control units). The hardware or the software can be selected properly in accordance with the type of data. For example, a communication protocol process for data regarded as a heavy processing load can be carried out by using the hardware at the high processing speed whereas a communication protocol process for data regarded as a light processing load can be carried out by using the software, which offers the good extensibility.

Abstract: The present invention provides a transmission/reception apparatus capable of achieving both a high processing speed and good extensibility in performing communication protocol processes. Used for transmitting data in accordance with a predetermined communication protocol and receiving data transmitted in accordance with the predetermined communication protocol, the transmission/reception apparatus has a configuration capable of executing communication protocol processes by using hardware (in first and second communication-protocol-processing units) and software (in first and second control units). The hardware or the software can be selected properly in accordance with the type of data. For example, a communication protocol process for data regarded as a heavy processing load can be carried out by using the hardware at the high processing speed whereas a communication protocol process for data regarded as a light processing load can be carried out by using the software, which offers the good extensibility.

Abstract: An information processing unit includes an application data receiving buffer to temporarily store data transmitted from a client device for initiating a connection, an application data receiving section to acquire the data transmitted from the client device from the application data receiving buffer and transmit the data to an upper layer application, and a flow control reception management section to transfer the data transmitted from the client device to the application data receiving buffer and monitor a free space in the application data receiving buffer and supply a data size receivable by the application data receiving buffer to the client device.

Abstract: The first terminal apparatus includes a key information acquiring unit that acquires key information from a connection authentication server, a key information notifying unit that notifies the first user of the key information, and a connection information acquiring unit that acquires connection information from the connection authentication server. The second terminal apparatus includes a key information input unit that receives the key information transmitted to the second user and an information providing unit that provides the key information and the connection information to the connection authentication server.

Abstract: The present invention relates to an information processing method and apparatus with which a connection can be formed reliably between apparatuses having different capabilities. An application #1, using a presence function, announces a profiled space ID representing processing for a service that can be provided. An application #n receives the announcement. The application #n requests the application #1 for detailed information of the service and registration to the service. The application #n connects to the application #1 by peer to peer, based on a URI needed for peer-to-peer access, transmitted from the application #1. The present invention can be applied to personal computers, network-enabled CE devices, and commercial application servers on the Internet.

Abstract: The present invention relates to a program and an information processing method and apparatus with which a connection can be formed reliably between apparatuses having different capabilities. An application #1, using a presence function, announces a profile space ID representing processing for a service that can be provided. An application #n receives the announcement. The application #n requests the application #1 for detailed information of the service and registration to the service. The application #n connects to the application #1 by peer to peer, based on a URI needed for peer-to-peer access, transmitted from the application #1. The present invention can be applied to personal computers, network-enabled CE devices, and commercial application servers on the Internet.

Abstract: The present invention provides a transmission/reception apparatus capable of achieving both a high processing speed and good extensibility in performing communication protocol processes. Used for transmitting data in accordance with a predetermined communication protocol and receiving data transmitted in accordance with the predetermined communication protocol, the transmission/reception apparatus has a configuration capable of executing communication protocol processes by using hardware (in first and second communication-protocol-processing units) and software (in first and second control units). The hardware or the software can be selected properly in accordance with the type of data. For example, a communication protocol process for data regarded as a heavy processing load can be carried out by using the hardware at the high processing speed whereas a communication protocol process for data regarded as a light processing load can be carried out by using the software, which offers the good extensibility.

Abstract: A data communication protocol is implemented to control data flow between a transport layer and a data link layer. The protocol provides two manners of data flow control. (1) In the first control manner, when the occupancy of packet buffers of the data link layer is smaller than a first threshold, the data link layer informs of the transport layer that the packet transport should be suspended, and thereafter when the occupancy is smaller than a second threshold smaller than the first one, the data link layer requests the transport layer to resume the packet transfer. (2) In the second control manner, when the amount of packets is smaller than a value determined based on the transfer rate and maximum burst size, the transport layer transfers a packet to a lower layer, and when the packet amount is larger than the value, a packet is transferred after a predetermined time passes to control the transfer rate to a predetermined one.

Abstract: A deflection yoke for use with a picture tube of a television receiver. A vertical deflection coil of the deflection coil has a larger winding angle on an electron gun side thereof than on a screen side thereof. A magnetic material piece is disposed inside the vertical deflection coil so that a vertical deflection magnetic field is formed into a strong barrel magnetic field on the electron gun side. As a result, a raster scanned on a faceplate of the picture tube is free from misconvergence and pincushion distortion. A core of the deflection yoke has sawtooth-shaped end surfaces, or auxiliary rings having sawtooth-shaped end surfaces are disposed on the end surfaces of the core. As a result, a wire of the vertical deflection coil is prevented from slipping on the end surfaces of the core although the wire of the vertical deflection coil is wound at a large winding angle on the electron gun side.