Abstract: The present disclosure relates to an information processing apparatus, an information processing method, and a vegetation management system each capable of managing vegetation in such a manner as to maintain a high quality state and achieve uniform growth. In a vegetation management system, an image acquiring apparatus acquires an image in which vegetation corresponding to a target of management is captured. An analysis unit analyzes the image as at least input information and outputs a predetermined analysis result. Then, a determination unit determines work contents to be performed for the vegetation, according to the analysis result. A work apparatus performs a process for executing work for the vegetation according to the work contents. For example, the present technology is applicable to a management system that manages natural grass.

Abstract: To provide an information processing apparatus and an information processing method. Provided is an information processing apparatus that includes a recognition section and an output control section. The recognition section recognizes background content displayed in a background of an aquarium. The output control section controls an output of light into an interior of the aquarium that acts as a foreground, on the basis of a result of recognizing the background content.

Abstract: The present disclosure relates to an information processing apparatus, an information processing method, and a vegetation management system each capable of managing vegetation in such a manner as to maintain a high quality state and achieve uniform growth. In a vegetation management system, an image acquiring apparatus acquires an image in which vegetation corresponding to a target of management is captured. An analysis unit analyzes the image as at least input information and outputs a predetermined analysis result. Then, a determination unit determines work contents to be performed for the vegetation, according to the analysis result. A work apparatus performs a process for executing work for the vegetation according to the work contents. For example, the present technology is applicable to a management system that manages natural grass.

Abstract: To provide an information processing apparatus, an information processing method, and a program.

Abstract: An apparatus and method provide logic for processing information. In one implementation, an apparatus may include a receiving unit configured to receive information associated with a first imaging region and information associated with a second imaging region. The apparatus may also include a determination unit configured to determine, based on at least the first and second imaging region information, whether a portion of the first imaging region is coincident within at least a portion of the second imaging region. A classification unit configured may assign a classification to at least one of the first or second imaging regions, based on the determination.

Abstract: There is provided an image processing device including a combining unit configured to acquire, for each of a plurality of content items, any of a plurality of streams in which a same content item is encoded by different picture configurations and to combine the acquired streams before the streams are decoded, and a stream selecting unit configured to acquire information on the picture configurations of each of the streams and to select, using the acquired information on the picture configurations, a stream for each of the content items from among the plurality of streams in a manner that the picture configurations of each of the streams combined by the combining unit are same.

Abstract: There is provided an image processing device including a content acquiring unit configured to simultaneously acquire a plurality of content items distributed through a network, and a bandwidth deciding unit configured to decide a band allocated to each content item acquired by the content acquiring unit, using a ratio for each content item with respect to a bandwidth to be used by all the plurality of content items acquired simultaneously.

Abstract: There is provided an image processing device including a combining unit configured to combine a plurality of encoded streams before the streams are decoded and to detect a loss of information in the plurality of encoded streams, and an alternative information providing unit configured to provide the combining unit with alternative information that serves as an alternative to the loss when the combining unit detects the loss, wherein the combining unit performs composite by replacing a portion including the loss in information in the plurality of encoded streams by the alternative information.

Abstract: An apparatus and method provide logic for processing information. In one implementation, an apparatus may include a receiving unit configured to receive information associated with a first imaging region and information associated with a second imaging region. The apparatus may also include a determination unit configured to determine, based on at least the first and second imaging region information, whether a portion of the first imaging region is coincident within at least a portion of the second imaging region. A classification unit configured may assign a classification to at least one of the first or second imaging regions, based on the determination.

Abstract: A communication terminal apparatus of a mobile type performs data transmission/reception via a network and changes access points based on data receiving conditions. The communication terminal apparatus is configured to acquire a MAC address of a next access point to which a communication terminal apparatus is scheduled to be connected next, broadcast a handover start message containing the acquired MAC address of the next access point, and perform a handover process on condition that the communication terminal apparatus receives a handover setting completion message from a data forwarding controller as a response to the handover start message.

Abstract: A virtual network prefix is provided as a dedicated prefix for a mobile node in a domain having a plurality of subnets. The domain includes a layered network that has a quasi-micro mobility network (QMMN) and a pure-micro mobility network (PMMN). The quasi-micro mobility network (QMMN) performs prefix-based routing, and the pure-micro mobility network (PMMN) performs routing using two different routing protocols, that is, prefix-based routing and host-based routing. In each network, processing for changing a route, such as changing cache data or the like, is performed depending on how a terminal moves.

Abstract: A virtual network prefix is provided as a dedicated prefix for a mobile node in a domain having a plurality of subnets. The domain includes a layered network that has a quasi-micro mobility network (QMMN) and a pure-micro mobility network (PMMN). The quasi-micro mobility network (QMMN) performs prefix-based routing, and the pure-micro mobility network (PMMN) performs routing using two different routing protocols, that is, prefix-based routing and host-based routing. In each network, processing for changing a route, such as changing cache data or the like, is performed depending on how a terminal moves.

Abstract: Information can be transferred while ensuring real-time characteristics without increasing the circuit size of an apparatus. A high-order layer packet is divided into a plurality of fragmented packets of fragment numbers, and these are transmitted via a wireless network. When an error occurs, if within a maximum permissible transmission process time, the fragmented packet of the same fragment number is retransmitted. For the high-order packet, since all the fragmented packets thereof could not be transmitted within that time due to the error, a halt flag is written into the fragmented packet of the next high-order packet.

Abstract: An apparatus and method that being capable of implementing uninterrupted communication during performing a handover process by a mobile node are provided. A mobile node transmits a handover start message containing address information of a destination access point, to a switch as a data forwarding controller, and the switch adds an entry to a MAC learning table based on the address contained in the message. The switch forwards packets addressed to the mobile node to a current access point of the mobile node as well as to its destination access point in parallel based on the entries in the MAC learning table. The mobile node can receive data packets at once upon connection to the new access point after having performed a handover.

Abstract: A communication terminal apparatus of a mobile type performs data transmission/reception via a network and changes access points based on data receiving conditions. The communication terminal apparatus is configured to acquire a MAC address of a next access point to which a communication terminal apparatus is scheduled to be connected next, broadcast a handover start message containing the acquired MAC address of the next access point, and perform a handover process on condition that the communication terminal apparatus receives a handover setting completion message from a data forwarding controller as a response to the handover start message.

Abstract: A wireless communication system of a simple configuration enabled to perform both data communication and accurate ranging. In the system, a second wireless unit receives a ranging signal after a lapse of a propagation time since a first wireless unit transmits the ranging signal. Then, after a delay of an image elimination period, the second wireless unit transmits a response signal. The first wireless unit receives the response signal after a lapse of a propagation time. Then, the first wireless unit obtains the propagation time, during which the signal propagates between the first and second wireless unit, according to an elapsed time since the ranging signal is transmitted. The distance therebetween is obtained by dividing the obtained propagation time by the velocity of light. Before the image elimination period elapses, in order to eliminate the physical reflection of radio waves, the first wireless unit is inhibited from opening a reception gate.

Abstract: A system capable of switching terminals while continuously receiving data on terminals monitored by a relay device such as a gateway. In devices such as a gateway for relaying data, the session status of the terminal under control is monitored and the relay processing status of data received externally over a network is changed according to requests such as pause, list, resume and call from a terminal, and the dynamic data address is changed or the relay of data is temporarily halted (pause). The present structure allows the user (client) to change the terminal receiving the data and change the receive processing status so that data can be continuously received on the terminal used after switching terminals.

Abstract: A virtual network prefix is provided as a dedicated prefix for a mobile node in a domain having a plurality of subnets. The domain includes a layered network that has a quasi-micro mobility network (QMMN) and a pure-micro mobility network (PMMN). The quasi-micro mobility network (QMMN) performs prefix-based routing, and the pure-micro mobility network (PMMN) performs routing using two different routing protocols, that is, prefix-based routing and host-based routing. In each network, processing for changing a route, such as changing cache data or the like, is performed depending on how a terminal moves.

Abstract: A wireless communication system of a simple configuration enabled to perform both data communication and accurate ranging. In the system, a second wireless unit receives a ranging signal after a lapse of a propagation time since a first wireless unit transmits the ranging signal. Then, after a delay of an image elimination period, the second wireless unit transmits a response signal. The first wireless unit receives the response signal after a lapse of a propagation time. Then, the first wireless unit obtains the propagation time, during which the signal propagates between the first and second wireless unit, according to an elapsed time since the ranging signal is transmitted. The distance therebetween is obtained by dividing the obtained propagation time by the velocity of light. Before the image elimination period elapses, in order to eliminate the physical reflection of radio waves, the first wireless unit is inhibited from opening a reception gate.

Abstract: An apparatus and method that being capable of implementing uninterrupted communication during performing a handover process by a mobile node are provided. A mobile node transmits a handover start message containing address information of a destination access point, to a switch as a data forwarding controller, and the switch adds an entry to a MAC learning table based on the address contained in the message. The switch forwards packets addressed to the mobile nodes to a current access point of the mobile node as well as to its destination access point in parallel based on the entries in the MAC learning table. The mobile node can receive data packets at once upon connection to the new access point after having performed a handover.