Abstract: According to one embodiment, a handling system includes: a holding unit configured to hold an object; a holding state sensor configured to detect a holding state; a detection unit configured to detect the object and a holding posture; and a control device configured to control an operation of the holding unit. The control device performs: generating a carrying operation plan for allowing the holding unit to carry the object; calculating a safety factor indicating stability of a state in which the holding unit holds the object on the basis of the holding state, the holding posture, and the carrying operation plan; determining whether the carrying operation plan is to be changed on the basis of the safety factor; and changing the carrying operation plan on the basis of the safety factor when it is determined that the carrying operation plan is to be changed.

Abstract: According to an embodiment, a picking system having a holder, a controller, and a sensor is provided. The holder holds the object. The controller controls a motion of the holder. The sensor acquires information of the object. A failure detector of the controller detects a failure in a generation of the holding operation plan or a failure in a holding operation on the object by the holder. A determiner of the controller performs a first retry determination of deciding an operation for a retry in a case in which the failure detector detects the failure in the generation of the holding operation plan, and performing a second retry determination of deciding an operation for a retry in a case in which the failure detector detects the failure in a pickup of the object by the holder, the second retry determination being different from the first retry determination.

Abstract: According to one embodiment, an electronic apparatus includes an electromagnetic wave emitter, a wireless communication circuitry and a hardware processor. The electromagnetic wave emitter emits a first electromagnetic wave. The wireless communication circuitry communicates with another electronic apparatus according to a first standard, using a second electromagnetic wave. The first electromagnetic wave can be noise for a communication by the wireless communication circuitry. The hardware processor determines a period to be allowed to communicate with the another electronic apparatus according to the first standard. The electromagnetic wave emitter emits the first electromagnetic wave during the first period.

Abstract: According to one embodiment, a transmitting method transmits a start request for an authentication and key exchange from at least one of receivers to the transmitter, performs an authentication and key exchange for at least one of a first key common to the receivers and a second key peculiar to the at least one of the receivers, and encrypts the content by using a key shared by the transmitter and the at least one of the receivers to transmit the encrypted content to the at least one of the receivers.

Abstract: According to one embodiment, a transmitting method transmits a start request for an authentication and key exchange from at least one of receivers to the transmitter, performs an authentication and key exchange for at least one of a first key common to the receivers and a second key peculiar to the at least one of the receivers, and encrypts the content by using a key shared by the transmitter and the at least one of the receivers to transmit the encrypted content to the at least one of the receivers.

Abstract: A transmitting apparatus includes a transaction transmitting unit configured to transmit to a receiving apparatus a content to be moved to the receiving apparatus, by using a first transaction established with the receiving apparatus, a counter unit configured to count a progress quantity representing a degree of progress of the transmission of the content from a given point of time with respect to the transmission of the content corresponding to the first transaction to obtain a count value, and a transaction switching unit configured to switch the first transaction used for the transmission of the content to a second transaction, if the count value of the counter unit reaches a predetermined value and the transmission of the content is not completed.

Abstract: A data transmission apparatus includes: a key exchange unit that exchanges an encryption key for encrypting and decrypting the data with an another apparatus; a first control unit that transmits information concerning the data transmission apparatus required in performing the key exchange by the another apparatus; a second control unit that transmits a first packet containing encrypted data and being set that the data size of the encrypted data is zero, to the another apparatus after the transmission of the information by the first control unit and until completion of the key exchange performed by the key exchange unit; and a third control unit that starts to transmit a second packet containing encrypted data provided by encrypting the data to be transmitted, to the another apparatus after completion of the key exchange performed by the key exchange unit.

Abstract: A transmitting apparatus transmits, to a receiving apparatus, a content that contains at least, in the stated order, a first portion that is encrypted with a shared key shared between the transmitting apparatus and the receiving apparatus, a second portion that is not encrypted, and a third portion that is encrypted with the shared key. In this situation, in the case where the encrypted third portion has become a transmission target after the second portion has been transmitted, and also, there is a possibility that the shared key stored in the receiving apparatus may be invalidated when the encrypted third portion is received, the transmitting apparatus sequentially transmits a fourth portion and the encrypted third portion to the receiving apparatus, the fourth portion containing at least element data that belongs to the last group in the second portion.

Abstract: A transmitting apparatus includes a transaction transmitting unit configured to transmit to a receiving apparatus a content to be moved to the receiving apparatus, by using a first transaction established with the receiving apparatus, a counter unit configured to count a progress quantity representing a degree of progress of the transmission of the content from a given point of time with respect to the transmission of the content corresponding to the first transaction to obtain a count value, and a transaction switching unit configured to switch the first transaction used for the transmission of the content to a second transaction, if the count value of the counter unit reaches a predetermined value and the transmission of the content is not completed.

Abstract: According to one embodiment, an information processor includes a first connection unit, a second connection unit which is different from the first connection unit, receiving a reproduction request signal of content data from an external terminal, a start-up unit which transmits the control signal to start up the display device from the first connection unit when receiving the reproduction request signal for the content data stored in the external terminal, a decoding unit which decodes the content data to be received from the external terminal through the second connection unit, and an output unit which outputs a video signal of the content data decoded by the decoding unit from the first connection unit.

Abstract: This invention provides a network relay apparatus has an information collecting portion for collecting information about the function and identification of devices V1-V4 in other network n1 through a communication channel N, a virtual unit generating portion for generating virtual unit information corresponding to a first protocol based on the collected device information, and a relay portion which receives a predetermined command from the first network and which transmits the predetermined command to the device in the second network based on the virtual unit information. Consequently, control of apparatuses among networks is facilitated.

Abstract: According to one embodiment, A communication apparatus for receiving content data obtained by sequentially receiving a broadcast wave to transmit the content data to a different communication apparatus the communication apparatus comprising: a communication section that communicates with the different communication apparatus through a network; a tuner section that receives the broadcast wave; and a presentation section that presents a content list to the different communication apparatus through the communication section, the content list including an item with respect to a channel receivable at the tuner section; wherein the item does not include an acquisition information for the different communication apparatus to acquire the content data.

Abstract: An information acquiring unit acquires information relating to image contents possessed by a plurality of communication devices connected to a network, via a communication unit. A display management unit displays a calendar screen including a plurality of display areas configured in days onto a display unit, and displays information about each image content acquired by the information acquiring unit onto the calendar screen on the basis of recording dates and times of the image contents.

Abstract: A device discovery section discovers devices connected to a network. A metadata acquisition section acquires, via a communication section, all summary information held by the detected devices and containing recording dates and times of image contents. The metadata acquisition section stores the summary information acquired in a metadata control section. A detailed information acquisition section selects some of the image contents stored in the metadata control section on the basis of the recording dates and times of the image contents. The detailed information acquisition section selects some of the plurality of image contents for which the summary information acquisition section has acquired the summary information, on the basis of the recording dates and times in the summary information A display item control section arranges the detailed information acquired by the detailed information acquisition section in date cells on a display screen to display the information on the display screen.

Abstract: According to one embodiment, a transmitting method transmits a start request for an authentication and key exchange from at least one of receivers to the transmitter, performs an authentication and key exchange for at least one of a first key common to the receivers and a second key peculiar to the at least one of the receivers, and encrypts the content by using a key shared by the transmitter and the at least one of the receivers to transmit the encrypted content to the at least one of the receivers.

Abstract: According to one embodiment, there is disclosed a network apparatus making an information exchange with other apparatus on a network. A communication unit makes a communication with the other apparatus via the network. A data storage stores data. A recording bit rate measuring unit measures as a recording bit rate a decreasing amount per unit time of a residual capacity of the data storage. A recording bit rate monitor monitors the recording bit rate as a state variable, determines whether or not the state variable changes based on a predetermined reference, and outputs an event issue request if it is determined that the state variable changes. An event processor sends an event notification showing a state change from the communication unit to the other apparatus based on the event issue request from the recording bit rate monitor.

Abstract: A data transmission apparatus includes: a key exchange unit that exchanges an encryption key for encrypting and decrypting the data with an another apparatus; a first control unit that transmits information concerning the data transmission apparatus required in performing the key exchange by the another apparatus; a second control unit that transmits a first packet containing encrypted data and being set that the data size of the encrypted data is zero, to the another apparatus after the transmission of the information by the first control unit and until completion of the key exchange performed by the key exchange unit; and a third control unit that starts to transmit a second packet containing encrypted data provided by encrypting the data to be transmitted, to the another apparatus after completion of the key exchange performed by the key exchange unit.

Abstract: A data transmitting apparatus includes a stream input unit which inputs digital-encoded stream data, a buffer which executes buffering of the inputted stream data, a converting unit which converts information including the stream data on which buffering has been executed by the buffer, into a file according to a capacity of the buffer, and a transmitting unit which transmits the file converted by the converting unit.

Abstract: A network relaying device is disclosed, wherein the buffer sizes of transmitting-side devices, a transmitting-side network relaying device, a receiving-side network relaying device for performing a relaying operation with the transmitting-side relaying device, and a receiving-side device are detected, and the minimum one of the buffer sizes thus detected is determined as a maximum transferable size by a determining unit. In accordance with this maximum transferable size, the maximum transferable size information for the transmitting-side devices is updated by an updating unit.

Abstract: This invention provides a network relay apparatus has an information collecting portion for collecting information about the function and identification of devices V1-V4 in other network n1 through a communication channel N, a virtual unit generating portion for generating virtual unit information corresponding to a first protocol based on the collected device information, and a relay portion which receives a predetermined command from the first network and which transmits the predetermined command to the device in the second network based on the virtual unit information. Consequently, control of apparatuses among networks is facilitated.