Abstract: Provided are a network information visualization device, a network information visualization method, a network information visualization program, and a network information visualization system that visualizes useful information in network monitoring and improve reliability of a network. An information acquisition unit (11) acquires network information regarding a VPN network (2) including at least flow information having statistical information regarding communication in the VPN network (2). An association unit (12) associates the flow information with another network information included in the network information and generates associated flow information. A visualization unit (14) generates visualization information in which the flow information is associated with the other network information based on the associated flow information.

Abstract: A conversion device (10) of an embodiment converts a command included in a configuration extracted from a NW device (30) that transfers data in a network, into a command that can be set in a NW device (40) that transfers data in the network. The conversion device (10) generates a configuration that can be input to the NW device (40), on the basis of a command obtained as a result of conversion.

Abstract: A management system includes a conversion device including a first extraction unit that extracts setting content as first summary information for each NW function from first setting data for setting an operation of a migration source NW device, and a conversion unit that converts a system of the first setting data for setting an operation of the migration source NW device into second setting data according to a system of setting data of a migration destination NW device and applies the second setting data to the migration destination NW device, and a checking device including a determination unit that determines whether or not migration of the first setting data to the migration destination NW device has been performed normally on the basis of the first summary information and third setting data applied to the migration destination NW device.

Abstract: A specification unit (15b) specifies a path of traffic on the basis of past flow information. A determination unit (15c) determines a network device on the specified path for traffic related to a designated event.

Abstract: Provided are a cathode active material having a suitable particle size and high uniformity, and a nickel composite hydroxide as a precursor of the cathode active material. When obtaining nickel composite hydroxide by a crystallization reaction, nucleation is performed by controlling a nucleation aqueous solution that includes a metal compound, which includes nickel, and an ammonium ion donor so that the pH value at a standard solution temperature of 25° C. becomes 12.0 to 14.0, after which, particles are grown by controlling a particle growth aqueous solution that includes the formed nuclei so that the pH value at a standard solution temperature of 25° C. becomes 10.5 to 12.0, and so that the pH value is lower than the pH value during nucleation.

Abstract: A management system manages a migration from a migration source NW device to a migration destination NW device among NW devices communicating with another communication device on a network, the management system comprising a conversion unit that converts a system of configuration data for setting an operation of the migration source NW device into configuration data according to a system of configuration data of the migration destination NW device by using a general-purpose parameter table capable of associating each service in a user unit, and applies the configuration data to the migration destination NW device.

Abstract: Provided is a particulate matter filling method for measuring the volume of particulate matter and filling the particulate matter into a container, the method being able to improve the performance of a facility while maintaining high quality measurement accuracy. This method includes: moving a first particulate matter fed through a feeding section to a first measuring section; moving a second particulate matter fed through the feeding section to a second measuring section and measuring the first particulate matter; moving the first particulate matter to a first filling section and measuring the second particulate matter; filling the first particulate matter, and then moving the second particulate matter to a second filling section; and filling the second particulate matter.

Abstract: A PC includes: a frame designing section configured to design a communications frame of a communications protocol; and a protocol driver generating section configured to generate a protocol driver in accordance with the communications frame having been designed. The frame designing section includes: a providing section configured to provide a graphics object that graphically represents an element of at least one segment of the communications frame and that contains information on the size of the element, in a manner that enables the graphics object to be selected and to be disposed in the at least one segment; and a setting section configured to set the property of the element represented by the graphics object having been disposed.

Abstract: An analysis device (40) receives an xFlow packet that is generated based on a sampled encapsulation packet and includes information regarding an outer header of the encapsulation packet and statistical information of a flow including the encapsulation packet. The analysis device (40) collates information regarding the outer header associated with information for identifying a user of VPN with information regarding the outer header included in the xFlow packet received by a reception unit (431), and specifies the user of the VPN from which the xFlow packet is transferred.

Abstract: An analysis supporting apparatus includes an individual tracking unit configured to acquire behavior history information indicating a behavior history of each individual of a target animal, which is an animal to be analyzed, based of at least one piece of information among image information obtained by an image sensor that acquires an image of the target animal, acoustic information obtained by an acoustic sensor that acquires a sound emitted by the target animal, information obtained from a wearable sensor attached to the target animal, and information obtained from a terminal apparatus.

Abstract: An adjuster performs simultaneous irradiation of M laser beams to an atomic beam, where M is a predetermined integer satisfying 3?M. The course of each of the M laser beams intersects with an approach path of the atomic beam. A component, in a direction perpendicular to the approach path of the atomic beam, of the sum of radiation pressure vectors that the M laser beams respectively have is non-zero. A component, in a direction of the approach path of the atomic beam, of the sum of the radiation pressure vectors that the M laser beams respectively have is negative for atoms having speeds greater than the predetermined speed, and positive for the atoms having speeds smaller than the predetermined speed.

Abstract: Provided is a server device that achieves highly accurate biometric authentication. This server device includes a management unit, and a processing unit. The management unit manages a database that stores biometric information about each of a plurality of users. The processing unit processes an authentication request from each of a plurality of terminals, including a gate device at a final stage of a series of procedures, with reference to the database. When a first user who has succeeded in authentication passes through the gate device, the management unit invalidates an entry of the first user stored in the database.

Abstract: The present invention relates to a glass article 2 including a first main surface 2A, a second main surface 2B, and an end surface 2C connecting the first main surface 2A and the second main surface 2B, in which the end surface 2C includes a side surface portion 2CC, a first chamfered portion 2CA connecting the side surface portion 2CC and the first main surface 2A, and a second chamfered portion 2CB connecting the side surface portion 2CC and the second main surface 2B, and a parameter R defined by Formula (1) satisfies Formula (2) (in expression (1), Ecg, A, B, C, D, and t, are as defined in the specification). (1): R=0.38·Ecg?A/t?2.61·B/t+4.38·C/t?10.6·D/t (2): R?23.

Abstract: A semiconductor device in which a memory region at each level of a memory device can be changed is provided. The semiconductor device includes a memory device including a first and a second memory circuit and a control circuit. The first memory circuit includes a first capacitor and a first transistor which has a function of holding charges held in the first capacitor. The second memory circuit includes a second transistor, a second capacitor which is electrically connected to a gate of the second transistor, and a third transistor which has a function of holding charges held in the second capacitor. The first and the third transistors each have a semiconductor layer including an oxide semiconductor, a gate, and a back gate. The voltage applied to the back gate of the first or the third transistor is adjusted, whereby the memory region of each of the first and the second memory circuit is changed.

Abstract: An information processing device including a control unit that displays a virtual object on a three-dimensional coordinate space associated with a real space and causes the virtual object to perform a predetermined movement according to a predetermined sound reproduced from a real sound source disposed in the real space, in which the control unit performs delay amount setting processing of increasing a delay amount of movement start timing at which the virtual object is caused to perform the predetermined movement with respect to reproduction timing at which the real sound source reproduces the predetermined sound, as a position of the real sound source in the real space and a position of the virtual object on the three-dimensional coordinate space are separated from each other.

Abstract: A motor unit includes: a motor provided with a first chamber and including a shaft; a rotary member coupled to the shaft outside the first chamber; a housing provided with a second chamber accommodating the rotary member; and a guide member including a peripheral wall between the first chamber and the second chamber, the guide member being provided with a third chamber inside the peripheral wall, wherein the motor unit is provided with a fourth chamber which is outside the first chamber and is open to an inner surface of the second chamber and/or the third chamber, the inner surface of the third chamber includes a guide, and the guide extends farther away from a rotation axis as is closer to the fourth chamber.

Abstract: An atomic beam is quantum-mechanically collimated. The atomic beam is irradiated with a pumping laser beam and a filtering laser beam in this order. The pumping laser beam has a wavelength corresponding to a transition between a ground state and an excited state of atoms in the atomic beam. Irradiation with the pumping laser beam causes atoms to make transition from the ground state to the excited state and further relax from the excited state to a metastable state. The filtering laser beam has a wavelength corresponding to a transition between the ground state and the metastable state. By irradiating the filtering laser beam, atoms in the metastable state having velocity components equal to or smaller than a predetermined velocity component ?v in a traveling direction of the filtering laser beam are caused to make transition to the ground state.

Abstract: An electrochemical measurement apparatus includes: a tank containing electrolytic solution and a sample that generates or consumes measurement target substances in the electrolytic solution; a plurality of uniformly mixed working electrodes; and a counter electrode; the apparatus adapted to simultaneously apply a voltage between each of the working electrodes and the counter electrode; and the apparatus configured to measure a current that flows between each of the working electrodes and the counter electrode; wherein any two working electrode groups are mutually different in at least any of the determined voltage, presence/absence of a molecular modification of an electrode surface, and a species of the molecular modification; and whereby a distribution in measurement area of the currents that flow through the working electrodes is acquired.

Abstract: A machine tool (1) includes: a front spindle (10) having a front chuck (12); a rear spindle (20) having a rear chuck (22); a controller (50) configured to cause the rear chuck (22) to perform a fastening operation for fastening a work (W) fastened to the front chuck (12) to the rear chuck (22); and a detector (60) configured to detect an abnormality caused by the fastening operation by the rear chuck (22), based on measurement data associated with a vibration of at least one of the front chuck (12) and the rear chuck (22).

Abstract: A wafer grinding method includes a first grinding step of grinding a first wafer for testing held on a chuck table to a finishing thickness, a thickness measuring step of measuring, at a plurality of locations in a radial direction, a thickness of the first wafer ground in the first grinding step, a nozzle positioning step of positioning a jetting nozzle directly above a portion of the first wafer having a thickness that is one of the thicknesses of the first wafer measured at the plurality of locations in the thickness measuring step and that is either greater or smaller than a reference thickness set beforehand, and a second grinding step of grinding a second wafer that is next held on the chuck table, while jetting cold water or warm water from the jetting nozzle to the second wafer.