Abstract: An acoustic wave device includes a support including a support substrate, a piezoelectric layer on the support, and a functional electrode on the piezoelectric layer and including at least one pair of electrodes. The support includes a cavity portion overlapping at least a portion of the functional electrode in plan view. The piezoelectric layer includes a membrane portion overlapping the cavity portion in plan view, and a supported portion supported by the support. A boundary covering electrode is provided on the piezoelectric layer over an entire or substantially an entire portion overlapping a boundary between the membrane portion and the supported portion in plan view.

Abstract: Provided is a water-repellent member in which a silica layer having a specific thickness and mainly composed of silica nanoparticles is provided on the outer surfaces of various substrates, and then a water- and oil-repellent layer having a specific thickness and containing a cured product of a fluorine-containing organosilicon compound as a main component is provided on the outer surface of the silica layer. The water-repellent member is obtained by a method comprising: a step for wet coating a dispersion containing silica nanoparticles and a solvent onto the outer surface of a substrate; a step for drying and removing the solvent from the dispersion; a step for wet coating a solution containing a fluorine-containing organosilicon compound and a solvent onto the outer surface of a silica layer formed by drying and removing the solvent; and a step for drying and removing the solvent from the solution to cure the fluorine-containing organosilicon compound.

Abstract: Provided is a semiaromatic polyamide fil having an average linear expansion coefficient in the width direction, measured under conditions of 20 to 125° C., of ?90 to 0 ppm/° C.

Abstract: An acquisition unit (210) acquires sensor information and crew member identification information from a crew member terminal (10). A detection unit (220) detects an improvement-requiring item by processing the sensor information. The improvement-requiring item is an item that needs to be improved by the crew member. A selection unit (230) selects a transmission destination of caution information by using information on the improvement-requiring item. For example, the selection unit (230) selects the transmission destination, for example, by using a type of the detected improvement-requiring item. A transmission unit (240) transmits the caution information to the transmission destination selected by the selection unit (230). The caution information is information indicating that the improvement-requiring item is detected.

Abstract: Crystals of the compound represented by formula (1), a method for the production thereof, and a method for producing an antibody-drug conjugate using the crystals.

Abstract: An acoustic wave device includes a monocrystalline spinel substrate made of a magnesium aluminate single crystal, a piezoelectric layer on the monocrystalline spinel substrate, and an IDT electrode on the piezoelectric layer. Euler angles (?, ?, ?) of the magnesium aluminate single crystal of the monocrystalline spinel substrate are within a range of any of regions A in FIGS. 5 to 41.

Abstract: To accurately prepare an operation plan that achieves efficient operation in a hydrogen system. In a hydrogen system operation planning device of an embodiment, an acquisition unit is configured to acquire performance data regarding performance of a plurality of hydrogen production devices and tentative operation plan data regarding a tentative operation plan tentatively prepared for the operation plan. A prediction unit is configured to acquire performance prediction data by predicting the performance of the plurality of hydrogen production devices during the planning target period based on the performance data and tentative operation plan data acquired by the acquisition unit. A planning unit is configured to acquire the operation plan by correcting the tentative operation plan based on the performance prediction data acquired by the prediction of the prediction unit.

Abstract: A hydrogen-system control device according to the present embodiment is a control system for a hydrogen system that produces hydrogen: a first setter; a second setter configured to set an actual power consumption amount obtained by reducing a reduced power amount from the first power consumption amount in advance, when the demand response for reducing the first power consumption amount in the request period is requested the device comprising: and a controller configured to control a power amount of the second power in the request period based on the actual power consumption amount. The second setter is configured to set the actual power consumption amount in a range in which the hydrogen system is able to achieve a target amount of hydrogen to be produced in a first period that includes the request period and is longer than the request period.

Abstract: A traffic control apparatus includes state specifying means for specifying a state of a vehicle based on peripheral information about the vehicle received from the vehicle that can be autonomously driven, state comparison means for comparing a first specified vehicle state, which is a state of the vehicle specified by the state specifying means, with a second specified vehicle state, which is the state of the vehicle received from the vehicle and specified by the vehicle based on the peripheral information, to see whether there is a difference between the first specified vehicle state and the second specified vehicle state, and notification means for outputting a message indicating the difference when there is the difference between the first specified vehicle state and the second specified vehicle state.

Abstract: An acoustic wave device is provided that includes a support substrate including top and bottom surfaces and a cavity or air gap, a piezoelectric layer supported by the support substrate and including top and bottom surfaces, and an electrode on a surface of the piezoelectric layer and including top and bottom surfaces. At least a portion of the electrode is over the cavity or the air gap, and an equation 0.002 Tg?0.5(Lb?Ls)<Te is satisfied, where Ls is a maximum length of the top surface of the electrode, Lb is a maximum length of the bottom surface of the electrode, Tg is a distance between the top surface of the piezoelectric layer and the top surface of the support substrate, and Te is a thickness of the electrode.

Abstract: The moving body receives data from a remote monitoring apparatus and transmits data to the remote monitoring apparatus, via the wireless communication network. A candidate route acquisition unit acquires a candidate route of the moving body to a destination. A communication quality evaluation unit evaluates communication quality of the wireless communication network at each location included in the candidate route for each direction of communication by using communication quality information for each direction of communication. A candidate route evaluation unit evaluates communication stability of the candidate route by using communication quality evaluated for each direction of communication. A route determination unit determines a movement route of the moving body among the candidate routes by using an evaluation result of the communication stability.

Abstract: A server receives video data from a moving body. A traveling speed control apparatus controls a traveling speed of the moving body. A quality monitoring unit monitors video quality of the video data received by the server. A speed upper limit calculation unit calculates, by using the video quality and a monitoring required condition of the video data, a maximum value of a traveling speed satisfying the monitoring required condition as an upper limit value of a traveling speed of the moving body. A speed control unit controls a traveling speed of the moving body to be equal to or lower than the calculated upper limit value.

Abstract: An acoustic wave device includes an IDT electrode with an inclined IDT structure on a piezoelectric substrate. An intersection region, where a first electrode finger and a second electrode finger overlap each other when viewed in an acoustic wave propagation direction, includes a central region and first and second low acoustic velocity regions on both sides of the central region. The first and second low acoustic velocity regions have an asymmetric shape about a central axis extending in a length direction of the first and second electrode fingers.

Abstract: A video reception unit obtains a first video and a second video that are different in an imaging position from each other. An important video determination unit determines a video having a higher degree of importance on the basis of the first video and the second video. A video adjustment report unit transmits a transmission video adjustment report that is used to adjust qualities of the first video and the second video in accordance with a result of determining a degree of importance. A first video adjustment unit adjusts the first video on the basis of the transmission video adjustment report. A second video adjustment unit adjusts the second video on the basis of the transmission video adjustment report.

Abstract: A vehicle control unit controls automated driving of a target vehicle on the basis of first information obtained by a sensor of the target vehicle. An analysis unit analyzes state information of the target vehicle on the basis of the first information obtained by the sensor of the target vehicle, and second information obtained by a sensor outside the target vehicle. A specification unit specifies a control policy of the target vehicle on the basis of the analyzed state information.

Abstract: A vehicle configured to so as to be able to be remotely driven transmits information about each vehicle to a vehicle control apparatus through a network. In the vehicle control apparatus, an analysis unit receives information about each vehicle. The analysis unit analyzes state information of each vehicle based on the received information about each vehicle. Each remote control unit performs at least one of remote monitoring or remote control for at least one of a plurality of vehicles. An assignment determination unit determines a correspondence relationship between the vehicle and the remote control unit based on the analyzed state information.

Abstract: An acoustic wave device includes a support substrate, a piezoelectric layer on the support substrate, functional electrodes on the piezoelectric layer, and first and second electrode films positioned on the piezoelectric layer to face each other and having different potentials from each other. A thickness of the piezoelectric layer in at least a portion of a first region overlapping the first electrode film in plan view is different from a thickness of the piezoelectric layer in at least a portion of a second region not overlapping the first electrode film in plan view.

Abstract: An image reception unit receives an image from a vehicle through a network. An event prediction unit predicts an event based on the image received by the image reception unit. Based on an event result predicted by the event prediction unit an important area identification unit identifies an area related to the predicted event as an important area in the image. An image adjustment unit adjusts image quality concerning the important area, which is identified by the important area identification unit, in the image.

Abstract: A main object of the present disclosure is to provide a remote monitoring and control apparatus, a system, a method, and a non-transitory computer readable medium storing a program capable of improving the monitoring efficiency of a mobile body when the mobile body is remotely monitored and controlled. A remote monitoring and control apparatus according to the present disclosure includes: determination result acquisition means for acquiring a result of determination as to whether or not a mobile body is able to perform autonomous driving; display means for displaying at least one of a monitor screen for displaying video image data captured from the mobile body in a direction external thereto for each of a plurality of the mobile bodies and a remote control screen for displaying the video image data of a remotely controlled mobile body selected from among the plurality of the mobile bodies.

Abstract: An image reception unit receives an internal image from a mobile object. An accident risk prediction unit predicts a risk of occurrence of an accident inside the mobile object based on the internal image and situation information indicating a situation of the mobile object. A quality determination unit determines internal image quality information indicating quality of the internal image based on a result of the predicted risk of the inside accident. A quality adjustment unit adjusts the quality of the internal image based on the internal image quality information.