Abstract: A first end point and a second end point are provided. The first end point receives data from a root complex of a first platform among platforms, each serving as a computer that executes arithmetic processing. The second end point transfers the data to a root complex of a second platform among the platforms, the data to be transferred being received at the second end point by tunneling from the first end point.

Abstract: An electronic apparatus includes a housing, a first filter, and a second filter. The housing includes a first intake port. The first filter is disposed on an outer side of the housing and covers the first intake port. The second filter includes a first part coarser than the first filter and covers the first filter from a side opposite to the first intake port.

Abstract: A hinge includes a first part disposed in a first member and a second part disposed on a second member. The first part includes a first curved part with an arc shape protruding to outside in a radial direction of a rotational center, and a second curved part disposed outside the first curved part in the radial direction of the rotational center with spacing from the first curved part with an arc shape along the first curved part. The second part includes a connection disposed between the first curved part and the second curved part, wherein the connection moves smoothly along the first curved part and the second curved part about the rotational center. The second part couples, with the first part, the first member and the second member together to allow the first member and the second member to relatively rotate about the rotational center.

Abstract: An information processing apparatus includes: a memory; and a hardware processor coupled to the memory. The hardware processor detects a state of one or more given terminals; determines whether a given release code is recorded in an external connection device; and releases a basic input output system (BIOS) password when the state of the given terminals is a given transition instruction state and the hardware processor determines that the given release code is recorded in the external connection device.

Abstract: An information processing apparatus is connected to processing apparatuses over a bus. The information processing apparatus includes: a memory and a hardware processor coupled to the memory. The hardware processor: individually transfers data to the processing apparatuses over the bus based on transfer parameters for transfer, each of the transfer parameters is set for each of the processing apparatuses; acquires respective processing results of processing executed based on the data by the processing apparatuses; and adjusts, for each of the processing apparatuses, the transfer parameter based on the corresponding processing result.

Abstract: A position identifying device calculates a plurality of estimated lines with base points at the monitoring devices and with radii equal to estimated distances from the monitoring devices to the wireless communication device, based on a transmission signal of a wireless communication device in a target area acquired from each of monitoring devices disposed around the target area, and, when first intersections of a standard estimated line with a base point at a standard monitoring device, and reference estimated lines with base points at reference monitoring devices, are located farther from the standard monitoring device than a virtual standard line connecting two of the reference monitoring devices, identifies, as a position of the wireless communication device, an inside of a first area inside the first intersections and second intersections of the virtual standard line and the reference estimated lines.

Abstract: A stand includes a base that is attached to a housing of an electronic device and extends between a mounting surface and the housing; and a shelf including a first wall facing the mounting surface, and a second wall extending from the first wall in a first direction crossing the first wall. The shelf is to be movably supported by the base between a first position and a second position. The first position is a position in which the first wall is accommodated in the base and the second wall is adjacent to the housing. The second position is a position in which the first wall protrudes from the first position in a second direction crossing the first direction and the second wall is spaced apart from the housing.

Abstract: A stand includes a base that is attached to a first wall of a housing of an electronic device and extends between a mounting surface and the first wall; and a first support that is located at one of opposite ends of the base in a first direction along the mounting surface, and faces one of a second wall pair standing on both sides of the housing in the first direction.

Abstract: A wall mount for an electronic display includes a wall bracket, and a plurality of fastening elements, wherein the wall bracket is arranged to be fixedly connected to a wall, the wall bracket has a plurality of mounting openings, the plurality of fastening elements is arranged to be fixed with a first side of each fastening element to an electronic display, the plurality of fastening elements is further arranged to be slid with a second side of each fastening element into the plurality of mounting openings, and the wall bracket further including a retaining area arranged to retain a computer system.

Abstract: A biometric authentication device includes: a receiver that receives an input of identification information of a person to authenticate; an image acquirer that acquires an image of a predetermined part of the person to authenticate from a camera; a guide display control that displays, on a display, a guiding shape and the image acquired by the image acquirer irrespective of whether the identification information received by the receiver is registered in a file containing registered identification information of persons; and an authenticator that authenticates the person based on the image acquired by the image acquirer. The guiding shape for position adjustment of the predetermined part with respect to the camera.

Abstract: A biometric authentication device incudes: processing circuitry that implements a reception unit that receives an input of identification information of a person to be authenticated; an image acquisition unit that acquires an image of a target part of the person to be authenticated, the image taken by a camera; a guide display unit that acquires guide information associated with the identification information received by the reception unit from a file in which the identification information is associated with the guide information indicating a guide shape that is a geometric shape for positioning the target part with respect to the camera, and that causes a display device to display the guide shape indicated by the acquired guide information and the image acquired by the image acquisition unit; and an authentication unit that performs authentication based on the image acquired by the image acquisition unit.

Abstract: A control device controls power supply to a terminal device. The control device includes a power supply controller that connects to the terminal device via a cable, the power supply controller that supplies power to the terminal device and communicates information with the terminal device via the cable; a power-command acquirer that receives a wake-up command from an information processing device, the wake-up command serving to boot the terminal device; a power-switch controller that instructs the power supply controller to output a switch-push signal to the terminal device, in response to receipt of the wake-up command, the switch-push signal serving to switch a state of a power switch of the terminal device; and a power-command mask that masks the wake-up command, in response to receipt of the wake-up command during a running state of the terminal device.

Abstract: A terminal device serves as a computer portable by a user and includes: a power supply controller that is connected to a device via a cable and supplied with power from the device, and communicates information with the device via the cable; a wireless communicator that is wirelessly connected to an access point to communicate information via a network; and an access-point controller that causes, when connected to a predefined control device via the cable, the wireless communicator to wirelessly connect to a first access point associated with the control device.

Abstract: A voice conversion device includes: a voice converter that converts an input voice into a voice conversion signal for output; a voice processing unit that performs speech recognition of the input voice in parallel with the voice conversion, and sequentially outputs text data for voice synthesis; a storage that stores therein the text data; an input operation unit that receives designation of the text data and an output instruction; a voice synthesizer that outputs a voice synthesis signal based on the designated text data; and a voice output that outputs a voice based on the voice conversion signal, and outputs a voice based on the voice synthesis signal, in response to the designation of the text data and the output instruction.

Abstract: A control device controls power supply to a terminal device and includes: a power supply controller that connects to the terminal device via a cable, supplies power to the terminal device and communicates information with the terminal device via the cable, and determines a combination of a supply voltage and a supply current to the terminal device through communication with the terminal device via the cable; a reconnection controller that causes the power supply controller to disconnect power supply to and communication of information with the terminal device via the cable, and then reconnect power supply to and communication of information with the terminal device via the cable, when changing the combination of a supply voltage and a supply current to the terminal device; and a cable-status notifier that transmits notification information indicating a connection state of the cable to an information processing device.

Abstract: A control device controls power supply to a terminal device. The control device includes a power supply controller that connects to the terminal device via a cable, the power supply controller that supplies power to the terminal device and communicates information with the terminal device via the cable; a power-command acquirer that receives a wake-up command from an information processing device, the wake-up command serving to boot the terminal device; a power-switch controller that instructs the power supply controller to output a switch-push signal to the terminal device, in response to receipt of the wake-up command, the switch-push signal serving to switch a state of a power switch of the terminal device; and a power-command mask that masks the wake-up command, in response to receipt of the wake-up command during a running state of the terminal device.

Abstract: An information processing apparatus is connected to a plurality of computers over a bus system. The information processing apparatus includes a memory and a hardware processor coupled to the memory. The hardware processor: receives an input of package software including updaters that are data for individually updating configuration elements of each of the plurality of computers; acquires configuration information representing configuration elements of a computer to be updated out of the plurality of computers; transfers, over the bus system to the computer to be updated, one of the updaters in the package software that is specified by the acquired configuration information; and performs an update of the computer to be updated by carrying out the transfer of the specified updater.

Abstract: A control device controls power supply to a terminal device and includes: a power supply controller that connects to the terminal device via a cable, supplies power to the terminal device and communicates information with the terminal device via the cable, and determines a combination of a supply voltage and a supply current to the terminal device through communication with the terminal device via the cable; a change-command acquirer that receives, from an information processing device, a change command for changing a supply voltage and a supply current to the terminal device; and a profile changer that sets a power profile to the power supply controller in response to receipt of the change command, the power profile representing the voltage and the current that are supplied to the terminal device.

Abstract: A wireless communication system includes an information processing device and wireless communication devices for communicating with the information processing device by wireless communication. The information processing device includes a first storage unit and processing circuitry that implements a transmission control unit. The first storage unit stores therein first information in which feature values of feature items of targets each including one of the wireless communication devices are associated with group identification information on groups to which the feature values belong. The transmission control unit transmits an instruction code including group identification information common to targets each including one of wireless communication devices to be driven, to the wireless communication devices.

Abstract: An information processing device includes processing circuitry. The processing circuitry implements a determination unit and a response unit. The determination unit determines, based on a word included in a conversation by a plurality of users, whether the conversation satisfies a predetermined intervention condition. The response outputs a response to change the conversation to a state different from a current state in response to a determination that the conversation satisfies the predetermined intervention condition.