Abstract: A network node that constitutes a wireless communication network includes one or more processors configured to: receive a sensing configuration parameter for each user terminal from a plurality of user terminals; receive a sensing requirement from a first user terminal; and transmit information about a second user terminal with the sensing configuration parameter that matches the sensing requirement to the first user terminal.

Abstract: A network node that forms a wireless communication network is configured to: receive an inquiry request for location information of a user terminal (UE); and transmit a response including the location information of the user terminal in response to the inquiry request. The location information included in the response is expressed by a bit string based on a space-filling curve.

Abstract: There is provided an outdoor unit of refrigeration cycle apparatus that can obtain a large airflow volume even when an external static pressure is high, while preventing an increase in size of the outdoor unit. For this object, the outdoor unit includes a housing in which a machine chamber and a blower chamber are formed, the blower chamber housing a heat exchanger and a blower inside. The blower is a double inlet centrifugal blower including: an impeller; and a scroll casing having suction ports and a discharge port, the scroll casing housing the impeller inside. A plurality of discharge ports are located on an outlet placement surface of the housing. A total width of the plurality of discharge ports in a direction horizontal with the housing placed and parallel to the outlet placement surface is more than a width of the blower chamber in said direction.

Abstract: A first vehicle acquires first data about the vacancy status of a first parking lot when exiting from the first parking lot, broadcasts second data including an identifier of the first parking lot, and transmits, in response to a request transmitted from a second vehicle having received the second data, the first data to the second vehicle.

Abstract: A network node that configures a wireless communication network, comprises a processor configured to execute: receiving a charging data request; and generating a charging data record in response to receiving the charging data request. The charging data record comprises a data identifier of data provided by a data providing apparatus.

Abstract: Examples of the description provide technology that allows an information communication system to efficiently provide information by sensing. For example, the information communication system is configured to: on request from a requestor, respond with information relating to a detection target; to receive a frequency of responding with the information; and to respond with the information based on the received frequency.

Abstract: A power semiconductor device in which the size of an insulating substrate is reduced and connection failure can be suppressed includes an insulating substrate, a semiconductor element, and a printed circuit board. The semiconductor element is bonded to one main surface of the insulating substrate. The printed circuit board is bonded to face the semiconductor element. The semiconductor element has a main electrode and a signal electrode. The printed circuit board includes a core member, a first conductor layer, and a second conductor layer. The second conductor layer has a bonding pad. The printed circuit board has a missing portion. A metal column portion is arranged to pass through the inside of the missing portion and reach the insulating substrate. The signal electrode and the bonding pad are connected by a metal wire. The metal column portion and the insulating substrate are bonded.

Abstract: An organoid production method includes culturing a human stem cell in a culture medium containing a cyclic peptide having an amino acid sequence set forth in Formula (1) or a pharmaceutically acceptable salt of the cyclic peptide [in Formula (1), X1 to X6 each represent a specific modified amino acid, X7 represents any amino acid residue, R is absent or represents a C-terminal modification group, n is an integer of 0 or 1, PeG is N-(2-phenylethyl)-glycine, and Nal1 is ?-(1-naphthyl)-L-alanine].

Abstract: A semiconductor module includes a semiconductor chip, an insulating substrate, a relay board, and a heat-dissipating component. The insulating substrate includes a main circuit pattern and an insulating layer. The main circuit pattern is electrically connected to the semiconductor chip. The relay board sandwiches the semiconductor chip together with the main circuit pattern in a direction in which the insulating layer and the semiconductor chip sandwich the main circuit pattern. The relay board is electrically connected to the main circuit pattern through the semiconductor chip. The heat-dissipating component is sandwiched between the insulating substrate and the relay board in the sandwiching direction. The main circuit pattern at least partially surrounds the heat-dissipating component on the insulating layer.

Abstract: An object is to provide a technique capable of reducing variations in gate-source voltage among a plurality of semiconductor elements. The semiconductor device includes the plurality of semiconductor elements, a metal electrode, and a control wire. Each of the plurality of semiconductor elements has a control electrode configured to control a main current. The main current of the plurality of semiconductor element flows through the metal electrode. The control wire connects each of the control electrodes of the plurality of semiconductor elements in series, and interlinks with a magnetic field generated when the main current flows through the metal electrode.

Abstract: A first controller of a first device monitors communication to a first vehicle connected to the network. Further, when it is detected that an attack on the first vehicle is being carried out from the attack source device, the first controller transmits a first command for activating a honeypot server simulating a vehicle system of the first vehicle to the second device and transmits a second command for transferring packets transmitted from the attacking device to the first vehicle to the second device to a communication device that relays communication to the first vehicle in the network. Further, a second controller of a second device processes packets transmitted from the attack source device to the first vehicle and transferred to the second device by the communication device.

Abstract: An information processing apparatus comprises a controller configured to execute: obtaining, from a user device, a query requesting name resolution of a first device accessible via a wide area network by DNS protocol; obtaining a first IP address, which is an IP address of the first device, based on the query; generating a second IP address that is a dummy IP address corresponding to the first IP address; replacing the first IP address with the second IP address, and transmitting a response to the query to the user device, with the second IP address as result of the name resolution; when a connection request addressed to the second IP address is received from the user device, transmitting the connection request to the wide area network, after replacing a destination from the second IP address to the first IP address.

Abstract: A prepreg containing a matrix resin containing: a polyetherimide resin (A) having a repeating unit represented by General Formula (A); and carbon fibers, in which the matrix resin satisfies Condition (1). Condition (1): A tensile elongation at break (T1) of a film, obtained by extrusion-molding the matrix resin into a film shape, in a TD direction, and a tensile elongation at break (T2) of the film in the TD direction after immersing of the film for 1,000 hours in a specific oil at 23° C. are measured, and a tensile elongation retention rate obtained by Expression (1) is 15% or greater and 90% or less. Tensile Elongation Retention Rate=(Tensile Elongation at Break (T2)/Tensile Elongation at Break (T1))×100 . . . (1) (in Formula (a), m is a number of 5 to 1,500.

Abstract: A power semiconductor module includes a plurality of self-arc-extinguishing semiconductor elements, a printed wiring board, a plurality of conductive joining members, and a plurality of conductive gate wires. The printed wiring board includes an insulating substrate, a source conductive pattern, and a gate conductive pattern. The plurality of self-arc-extinguishing semiconductor elements each include a source electrode and a gate electrode. The source electrodes are joined to the source conductive pattern by means of the plurality of conductive joining members. The plurality of conductive gate wires connect the gate electrodes and the gate conductive pattern.

Abstract: A power semiconductor device in which the size of an insulating substrate is reduced and connection failure can be suppressed includes an insulating substrate, a semiconductor element, and a printed circuit board. The semiconductor element is bonded to one main surface of the insulating substrate. The printed circuit board is bonded to face the semiconductor element. The semiconductor element has a main electrode and a signal electrode. The printed circuit board includes a core member, a first conductor layer, and a second conductor layer. The second conductor layer has a bonding pad. The printed circuit board has a missing portion. A metal column portion is arranged to pass through the inside of the missing portion and reach the insulating substrate. The signal electrode and the bonding pad are connected by a metal wire. The metal column portion and the insulating substrate are bonded.

Abstract: The object is to provide a technology for enabling detection of the voltage resistance in an assembled snubber substrate. A semiconductor device includes: a snubber substrate fixed to a base while being spaced from a p electrode and an n electrode; a snubber circuit disposed on the snubber substrate and electrically connected to the p electrode and the n electrode; and a semiconductor element electrically connected to the snubber circuit. The base includes an insulating component insulating the p electrode, the n electrode, and the snubber substrate from one another.

Abstract: The object is to provide a technology for enabling detection of the voltage resistance in an assembled snubber substrate. A semiconductor device includes: a snubber substrate fixed to a base while being spaced from a p electrode and an n electrode; a snubber circuit disposed on the snubber substrate and electrically connected to the p electrode and the n electrode; and a semiconductor element electrically connected to the snubber circuit. The base includes an insulating component insulating the p electrode, the n electrode, and the snubber substrate from one another.

Abstract: Provided is a technique for improving product attachment. In a semiconductor device, the following expression is satisfied by an angle A formed by an imaginary line connecting two attachment holes together and an imaginary line connecting together a lowest point of one of two projections positioned in a surrounding portion of one of the two attachment holes and a contact point between a bulge and a heat sink, with a screw fastened to the heat sink through the one attachment hole, where M represents a vertical direction between the lower end of a body and the lower end of a case, where W represents a bulge amount of the bulge, where T represents a height of the projection, where L represents a horizontal distance from the outer peripheral end of the case to the outer peripheral end of the heat dissipation plate: 0<A<arctan((M+W?T)/L).

Abstract: Provided is a technique for improving product attachment. In a semiconductor device, the following expression is satisfied by an angle A formed by an imaginary line connecting two attachment holes together and an imaginary line connecting together a lowest point of one of two projections positioned in a surrounding portion of one of the two attachment holes and a contact point between a bulge and a heat sink, with a screw fastened to the heat sink through the one attachment hole, where M represents a vertical direction between the lower end of a body and the lower end of a case, where W represents a bulge amount of the bulge, where T represents a height of the projection, where L represents a horizontal distance from the outer peripheral end of the case to the outer peripheral end of the heat dissipation plate: 0<A<arctan ((M+W?T)/L).

Abstract: An image forming apparatus according to an embodiment includes a paper supply unit. An image forming unit forms an image on paper supplied from the paper supply unit. A reading unit generates image information by reading an original document, the generated image information corresponding to the original document. An input unit receives input designation of a memo region in the generated image information. A control unit determines a color of the original document based on the generated image information. The image forming unit forms a memo image in the designated memo region on the paper supplied from the paper supply unit with a color different from the determined color of the original document.