Abstract: Provided is a production method for an all-solid-state battery having a solid electrolyte layer between a positive electrode layer and a negative electrode layer, the production method including: coating or impregnating the positive electrode layer and/or the negative electrode layer with a solid electrolyte solution in which a boron hydride compound serving as the solid electrolyte has been dissolved in a solvent; and removing the solvent from the coated or impregnated solid electrolyte solution and causing the solid electrolyte to precipitate on the positive electrode layer and/or the negative electrode layer.

Abstract: Photoelectric conversion apparatus includes read circuit for reading signals of pixel array, and signal processing unit for generating pixel signal by performing CDS on signals read by the read circuit and performing shading correction on the pixel signal. The read circuit has function of reading signal of the pixel array with first and second gain. The read circuit reads noise level with the first gain and reads optical signal level with the first or second gain from selected effective pixel for the correlated double sampling. In the shading correction, pixel signal of effective pixel from which optical signal level has been read with the first gain is corrected based on first correction value, and pixel signal of effective pixel from which optical signal level has been read with the second gain is corrected based on second correction value.

Abstract: A photoelectric conversion apparatus includes a pixel array having a plurality of column signal lines which are divided into a plurality of groups, a readout circuit configured to read out signals from the pixel array via the plurality of column signal lines. A holding unit includes one first region and a plurality of second regions. A plurality of first correction values respectively corresponding to the plurality of columns are stored in the first region. Each second region is associated with a readout condition for reading signals from each pixel unit of the pixel array by the readout circuit, and a plurality of second correction values respectively corresponding to the plurality of groups are stored in each second region.

Abstract: A method for producing a boron-containing compound comprises a step of reacting a first raw material compound having a carbon-carbon double bond with a second raw material compound having a conjugated diene skeleton in the presence of a metal catalyst to obtain a boron-containing compound having a 1,4-diene skeleton, wherein at least one of the first raw material compound and the second raw material compound has a boron-containing group bonded to a carbon atom constituting the carbon-carbon double bond or the conjugated diene skeleton, and the boron-containing compound has the 1,4-diene skeleton and the boron-containing group.

Abstract: An information system includes an in-vehicle terminal that is mounted on a host vehicle and a server that communicates with the in-vehicle terminal. The server includes a running history DB in which a running history of the host vehicle is stored for each driver, a driving skill-level determination unit, a driving skill-level DB in which a driving skill-level determined by the driving skill-level determination unit is stored, and a distribution information control unit that distributes driving assistance information based on the driving skill-level stored in the driving skill-level DB to the in-vehicle terminal. The driving skill-level determination unit determines a driving skill-level of a driver based on the running history stored in the running history DB and a driving skill element definition list representing a difficulty level of driving predefined for each driving skill element.

Abstract: Pursuant to the increase in the number of objects to be managed and the complication of relations of the objects to be managed, the current condition is that the visibility of the GUI of management software is deteriorating. As one such current condition, there is a problem in that the display name of equipment to be managed on the GUI cannot be entirely displayed depending on the screen. Thus, the present invention improves the readability on the GUI by changing the display name according to the objective of the administrator by using a label in which the display name is divided into morphemes and the priority assigned thereto, as well as using topology information, and fitting the display name within the display area prepared on the screen.

Abstract: An information system includes an in-vehicle terminal that is mounted on a host vehicle and a server that communicates with the in-vehicle terminal. The server includes a running history DB in which a running history of the host vehicle is stored for each driver, a driving skill-level determination unit, a driving skill-level DB in which a driving skill-level determined by the driving skill-level determination unit is stored, and a distribution information control unit that distributes driving assistance information based on the driving skill-level stored in the driving skill-level DB to the in-vehicle terminal. The driving skill-level determination unit determines a driving skill-level of a driver based on the running history stored in the running history DB and a driving skill element definition list representing a difficulty level of driving predefined for each driving skill element.

Abstract: An information acquisition method whereby a management computer provided with a processor, a memory, and an interface acquires information of a plurality of computers via a network, the method including: a first step in which the management computer sets, in acquisition group information, a group of computers for acquiring information among the plurality of computers; a second step in which the management computer determines a sequence in which information is acquired for each group, then determines the sequence of computers for acquiring information in the group; a third step in which the management computer outputs an instruction for acquiring information of computers in the determined sequence; and a fourth step in which an information acquisition execution unit acquires the information of the computers of each group in the determined sequence on the basis of the instruction to acquire the information.

Abstract: Pursuant to the increase in the number of objects to be managed and the complication of relations of the objects to be managed, the current condition is that the visibility of the GUI of management software is deteriorating. As one such current condition, there is a problem in that the display name of equipment to be managed on the GUI cannot be entirely displayed depending on the screen. Thus, the present invention improves the readability on the GUI by changing the display name according to the objective of the administrator by using a label in which the display name is divided into morphemes and the priority assigned thereto, as well as using topology information, and fitting the display name within the display area prepared on the screen.

Abstract: The present invention provides a method for adjusting a backup schedule for a virtual computer comprising a plurality of virtual computers managed by a managing computer, the method including: a first step of generating a policy on the basis of user condition information including a time limit condition in a virtual computer restoring process and of which the input is accepted on the basis of first right, and IT infrastructure condition information including a condition limiting the amount of use of resources allocated to the virtual computer and of which the input is accepted on the basis of second right different from the first right; and a second step of adjusting the backup schedule for the virtual computer on the basis of the policy and operating information indicating an operating state of the virtual computer.

Abstract: A system redundancy verification method, which is to be executed in a computer system, the computer system comprising a first computer, a second computer, a storage system, and a management computer, the system redundancy verification method including: a step of obtaining, by the management computer, first hardware information on the first computer and second hardware information on the second computer; a step of obtaining, by the management computer, first storage area information on the storage area; a step of obtaining, by the second computer the second storage area information from the storage system, and a step of comparing, by the management computer, the first hardware information and the first storage area information with the second hardware information and the second storage area information, and determining whether a failover is implementable between the first computer and the second computer.

Abstract: The present invention is provided with: computers provided with a processor, a memory, and an I/O interface; an I/O switch for connecting a plurality of the computers with an I/O adapter; a management computer for managing the I/O switch and the computers; and a first network for connecting the computers with the management computer. The I/O switch has a dedicated adaptor connected to the management computer. The management computer selects from the plurality of computers a computer for performing data transfer, commands the I/O switch to connect the I/O interface of the selected computer and the dedicated adaptor, transfers data between the selected computer, senses that data transfer with the selected computer has been completed, and commands the I/O switch to disconnect the dedicated adaptor from the I/O interface of the selected computer after completion of the data transfer with the selected computer has been sensed.

Abstract: A system redundancy verification method, which is to be executed in a computer system, the computer system comprising a first computer, a second computer, a storage system, and a management computer, the system redundancy verification method including: a step of obtaining, by the management computer, first hardware information on the first computer and second hardware information on the second computer; a step of obtaining, by the management computer, first storage area information on the storage area; a step of obtaining, by the second computer the second storage area information from the storage system, and a step of comparing, by the management computer, the first hardware information and the first storage area information with the second hardware information and the second storage area information, and determining whether a failover is implementable between the first computer and the second computer.

Abstract: An information acquisition method whereby a management computer provided with a processor, a memory, and an interface acquires information of a plurality of computers via a network, the method including: a first step in which the management computer sets, in acquisition group information, a group of computers for acquiring information among the plurality of computers; a second step in which the management computer determines a sequence in which information is acquired for each group, then determines the sequence of computers for acquiring information in the group; a third step in which the management computer outputs an instruction for acquiring information of computers in the determined sequence; and a fourth step in which an information acquisition execution unit acquires the information of the computers of each group in the determined sequence on the basis of the instruction to acquire the information.

Abstract: The present invention is provided with: computers provided with a processor, a memory, and an I/O interface; an I/O switch for connecting a plurality of the computers with an I/O adapter; a management computer for managing the I/O switch and the computers; and a first network for connecting the computers with the management computer. The I/O switch has a dedicated adaptor connected to the management computer. The management computer selects from the plurality of computers a computer for performing data transfer, commands the I/O switch to connect the I/O interface of the selected computer and the dedicated adaptor, transfers data between the selected computer, senses that data transfer with the selected computer has been completed, and commands the I/O switch to disconnect the dedicated adaptor from the I/O interface of the selected computer after completion of the data transfer with the selected computer has been sensed.

Abstract: A port power supplying control section instructs a power supply interface section to start power supply from a port to which a power receiving apparatus successfully detected by power receiving apparatus detection processing is connected. For each port, power supply from which is started, a power supply possible/impossible judgment section sequentially obtains the corresponding non-power-supply time zone from a table stored in a scheduling section, sequentially receives time data from a control section, and compares these. In the case that the time data is inside the range of the obtained non-power-supply time zone, the port power supplying control section is instructed to stop power supply from the corresponding port. In the case that the time data is outside the range of the non-power-supply time zone, a power receiving apparatus detection processing section is instructed to perform power receiving apparatus detection processing so that power supply from the corresponding port is resumed.