Abstract: A charging system includes: an arm mechanism configured to grasp a charging cable extending from the charging apparatus and connecting a charging cable to a vehicle-to-be-charged; and a control unit configured to indicate the vehicle-to-be-charged a charging position for connecting the charging cable thereto, in which the control unit is configured to give a parking position adjustment instruction to either one of the vehicle-to-be-charged or a parking-section-for-charging sliding mechanism for moving vehicles parked in the charging area so as to make a first spacing to be wider than a second spacing, the first spacing being a spacing between the vehicle-to-be-charged and an adjacent vehicle on a charge port side of the vehicle-to-be-charged and the second spacing being a spacing between the vehicle-to-be-charged and an adjacent vehicle on a side opposite the charge port side of the vehicle-to-be-charged.

Abstract: A charging system of the present disclosure includes: an arm mechanism—configured to grasp a charging plug connected to a charging apparatus through a charging cable and automatically perform plugging/unplugging of the charging plug to and from a charge port of a vehicle located at a charging area; a sensor configured to detect whether or not a state of the charging cable meets predetermined safety conditions when the charging plug is inserted into the charge port of the vehicle; and a control unit configured to perform at least one of a process of making the arm mechanism operate to move the charging cable so that the state of the charging cable becomes one in which the predetermined safety conditions are met or a process of updating the predetermined safety conditions based on the state of the charging cable.

Abstract: A charging system according to the present disclosure includes: a storage unit configured to store vehicle information including at least a type of a vehicle and information about a charge port of the vehicle; a charging schedule management unit configured to generate, based on the vehicle information of vehicles being charged and vehicles-to-be-charged, a charging schedule including respective parking sections and respective vehicle postures for parking in the respective parking sections according to which a moving time required for the arm mechanism to move in performing a charging operation of a plurality of vehicles is reduced to the minimum; and a vehicle position control unit configured to indicate the plurality of vehicles of the respective parking sections and the respective vehicle postures for parking in the respective parking sections based on the charging schedule.

Abstract: The present invention achieves automation of validation of a catalog created by a cooperative service catalog creator through a GUI. A catalog verification device 60 is a catalog verification device 60 that verifies the catalog created by the catalog creation assistance system that assists creation of the catalog used in the orchestrator 50.

Abstract: Provided is a service graph generation apparatus 10 for generating a service graph expressing a dependency relationship between components constituting a monitoring target service 50. The service graph generation apparatus 10 includes an acquisition unit 11 that acquires trace data including spans recording a parent-child relationship and time data of processing of components in a series of processing in a service, an analysis unit 13 that compares, for every piece of the trace data, time data between spans of the components having the same parent to estimate an order relationship or an exclusive relationship between the components, and a creation unit 14 that creates a service graph expressing all components formed of the monitoring target service 50, and the parent-child relationship, the order relationship, and the exclusive relationship between the components.

Abstract: An electronic apparatus capable of determining a distance to an object based on at least first reflected light provided by a reflection of first pulsed light on the object and second reflected light provided by a reflection of a second pulsed light on the object has an input terminal to receive an electrical signal of intensity of reception light, and processing circuitry to specify, based on the electrical signal, a first duration from when the first pulsed light is emitted until when the first reflected light is received within a first measurement range, and determine, based on the first duration, a second measurement range of the second reflected light, specify, a second duration from when the second pulsed light is emitted until when the second reflected light is received within the second measurement range, and determine the distance from the electronic apparatus to the object.

Abstract: A service linkage assistance device includes a reception unit, which receives definition information of a stateless upper-layer API exposed to an upper-layer device that links a plurality of services and definition information of a plurality of stateful lower-layer APIs exposed by a lower-layer device. The service linkage assistance device includes an interpretation unit, which extracts at least one lower-layer API corresponding to the upper-layer API by using the definition information of the upper-layer API and the definition information of the lower-layer APIs, and generates an API correspondence table in which an execution order of the extracted lower-layer API is set.

Abstract: An agent device 1 of a monitoring system 5 includes: an acquisition unit 22 that sequentially acquires monitored values from a processing unit 21; a removal unit 23 that generates denoised monitored values by removing noise from the monitored values; and a transmission unit that transmits the denoised monitored values to a manager device 2. The manager device 2 includes a determination unit 62 that determines the monitoring interval, at which monitored values are acquired from the agent device 1, by referencing the denoised monitored values acquired from the agent device 1.

Abstract: An information processing apparatus includes a processor configured to: receive a request to view a document, from a viewing user who views the document; obtain a document file having document information and specification information, the document information describing content of the document, the specification information including multiple figures disposed on the document, the figures having multiple format types, the figures being used to specify areas in the document; obtain user information describing the viewing user; and, in display of the document to the viewing user, determine hidden areas on the basis of a format type associated with the user information in advance, the hidden areas being in the document and being areas in which the content of the document is not displayed.

Abstract: There is provided a maintenance management system including a plurality of operation components that transmit and receive a message and autonomously operate and a message control device that controls the message transmitted and received among the operation components, the maintenance management system maintaining and managing a service. Each of the operation components executes a predetermined action when receiving a message addressed to the operation component and, when the execution of the action is successful, transmits, to a transmission source, a message to which a label allocated to the operation component is given. The message control device receives the message transmitted by the operation component, determines the operation component at the transmission destination from a label given to the transmission source of the message, and transmits the message to the operation component at the transmission destination.

Abstract: A semiconductor circuitry includes an oscillator configured to output an oscillation signal whose frequency depends on a first input signal, a counter configured to count a number of cycles of the oscillation signal, first circuitry configured to output a first digital signal based on a first number of cycles counted by the counter within one of a clock cycle of a clock signal, wherein the first input signal is digitally converted into the first digital signal, and a second circuitry configured to output a second digital signal based on a second number of cycles counted by the counter in a period from a reference timing of the clock signal to an input timing of a second input signal within the one of the clock cycle of the clock signal, wherein the period is digitally converted into the second digital signal.

Abstract: An information processing apparatus includes a processor configured to: acquire a document; determine a route on which the document is to be processed in a workflow; determine a first process that is a final process for processing the document on the route among processes in which information is allowed to be input for a first item included in the document; and display the first item in a manner in accordance with the first process.

Abstract: A power module includes a plurality of conductive wire groups and a sealing member. The plurality of conductive wire groups each include a first bonded portion and a second bonded portion. A maximum gap between intermediate portions of a pair of conductive wire groups adjacent to each other is larger than a first gap between the first bonded portions of the pair of conductive wire groups adjacent to each other. The maximum gap between the intermediate portions of the pair of conductive wire groups adjacent to each other is larger than a second gap between the second bonded portions of the pair of conductive wire groups adjacent to each other. Therefore, the power module is improved in reliability.

Abstract: An operational component according to the present embodiment operates autonomously by transmitting and receiving a message as a part of a maintenance and management system that maintains and manages a service. The operational component includes a message transmission and reception unit that transmits and receives a message to and from another operational component; a firing rule storage unit that holds a firing rule including a trigger for executing an action and the action to be executed; and an action execution unit that executes the action, in the firing rule, to be executed in response to the received message as the trigger. The action execution unit includes one or more action modules that execute an action; an action module execution unit that causes one of the action modules corresponding to the action in the firing rule to execute the action; and a message transmission instruction unit that transmits a message including a result of execution from the action modules.

Abstract: A service linkage assistance device 5 includes an executing unit 51 which accepts a request for a stateless API for a stateful service which exposes a stateful API from a service linkage device 1 which executes a linkage service obtained by linking multiple services including the stateful service, interprets the request, and executes the stateful API and a storage unit 52 which stores dynamic information included in a response from the stateful API, and the stateless API is exposed to the service linkage device 1 by the service linkage assistance device 5.

Abstract: According to one embodiment, an electronic apparatus includes a light source, a detector, an equalizer and a processing circuitry. The light source is configured to emit a pulse having a first output value and a first frequency response. The detector is configured to detect a reflected wave of the pulse and convert the reflected wave to a first electric signal. The reflected wave of the pulse is received after the pulse is reflected by an object. The equalizer is configured to equalize the first electric signal using tap coefficients to generate a second electric signal. The tap coefficients are based on at least either one of the first output value and the first frequency response. The processing circuitry is configured to estimate a distance to the object based on the second electric signal.

Abstract: A method of inducing genetic recombination, including: allowing a protein having DNA double-stranded cleavage activity to act in cells of a eukaryotic organism which is a polyploidy inherently possessed by a eukaryotic organism. In eukaryotic organisms, various genetic recombination generates new genome set composition. This is done to obtain a population of eukaryotic organisms that hold the modified genomic set.

Abstract: An object is to provide a technique capable of suppressing an occurrence of a non-filled portion. A semiconductor device includes a base plate, a case, and a semiconductor element. The semiconductor element is disposed in a space of the base plate and the case. The semiconductor device includes a lead electrode. The lead electrode is connected to an upper surface of the semiconductor element in the space. The semiconductor device includes a raised portion. The raised portion is disposed on an upper surface of the lead electrode in the space. The semiconductor device includes a sealing resin. The sealing resin seals the semiconductor element and the lead electrode in the space.

Abstract: A semiconductor module includes: an insulated circuit board; a semiconductor device mounted on the insulated circuit board; a printed wiring board arranged above the insulated circuit board and the semiconductor device and having a through-hole; a metal pile having a lower end bonded to an upper surface of the semiconductor device and a cylindrical portion penetrating through the through-hole and bonded to the printed wiring board; a case surrounding the insulated circuit board, the semiconductor device, the printed wiring board and the metal pile; and a sealing material sealing an inside of the case.

Abstract: A signal separation unit (101) separates an input picture made up of component pictures of RGB, each of which has an equal number of pixels as the input picture, into three component pictures, and outputs the three component pictures. Each of coding units (102 to 104) codes one of the component pictures into an intra-picture prediction coded picture or an inter-picture prediction coded picture, and outputs a bit stream corresponding to the component picture. A bit stream multiplexing unit (105) multiplexes three bit streams outputted from the three coding units into one bit stream, and outputs the bit stream. Each of the coding units (102), (103) and (104) determines a prediction method for the component picture at the time of coding.