Abstract: An information providing apparatus includes a memory storing instructions and one or more processors configured to execute the instructions to: identify a customer; acquire information regarding a prescription issued to the identified customer and information indicating a work status of medicine dispensing based on the prescription; predict a time for the customer to wait based on at least one of the information regarding the prescription and the information indicating the work status of medicine dispensing based on the prescription; and output information to be provided to the customer in a case where the predicted time for the customer to wait exceeds a threshold value.

Abstract: A traffic event reproduction system according to the present procedure includes: a server; a first transmission apparatus configured to transmit first event information including a first event video to the server; a second transmission apparatus configured to transmit second event information including a second event video to the server. A server includes: a reception unit configured to receive first and second event information; a model generation unit configured to generate first and second three-dimensional models including a party to a traffic event extracted from the first and second event videos as an object; a combining unit configured to combine the first and second three-dimensional models to generate a combined three-dimensional model in a three-dimensional space; and a display unit configured to display a video viewed from a user-specified viewpoint using the combined three-dimensional model.

Abstract: An information processing apparatus (2000) detects an abnormal region (30) from a moving image frame (14). The abnormal region (30) is a region that is estimated to represent an abnormal part inside a body of a subject. The information processing apparatus (2000) generates and outputs output information based on the number of detected abnormal regions (30).

Abstract: Embodiments of the present disclosure relate to methods, devices, and computer readable medium for communication. According to embodiments of the present disclosure, a network device or a repeater determines whether applying the repeater for building a communication between the network device and a terminal device based on measured information of the repeater. The measured information comprises one or more of: position information of the repeater, angle information of the repeater and self-interference information of the repeater. In this way, it avoids low efficiency scheduling of repeater.

Abstract: In the education support apparatus of the present disclosure, an acquisition unit acquires information of the user and information of a target of the user, an attribute analysis unit analyzes an attribute of the user and a request attribute of the target of the user by using a language model, from the information of the user and the information of the target of the user, an attribute gap analysis unit analyzes a difference in an attribute between the attribute of the user and the request attribute of the target of the user, and an educational content proposal unit generates at least one educational content for the first target for causing the user to add an attribute, based on the difference in the attribute, and proposes the generated educational content to the user.

Abstract: A driving assistance system (1001) according to the present disclosure is a driving assistance system including: an acquisition unit (11) that acquires information regarding a driving operation amount of a moving object; a specifying unit (12) that specifies a region in which the moving object can travel based on the information acquired by the acquisition unit (11); and a display information generation unit (13) that displays the region specified by the specifying unit (12) to a user.

Abstract: To provide an analysis apparatus, an analysis method, and a program that are non-destructively analyze a degree of damage of a fiber rope, an analysis apparatus includes an analysis unit that analyzes the degree of damage of the fiber rope by using an invariant model indicating a relationship between a plurality of pieces of time-series data based on measurement data of one or more sensors attached to or around the fiber rope.

Abstract: A sample holder includes: a pedestal made of metal; and a PCB (Printed Circuit Board) placed on the pedestal. The PCB includes a through opening that penetrates from a front surface to a rear surface of the PCB. The pedestal includes a cavity bottomed and with a top of the pedestal opened, the cavity formed at a portion corresponding to directly under the through opening on a side of the pedestal on which the PCB is placed. As a configuration on the side on which the PCB is placed, viewed from above, a part of the cavity is protruded outward from the through opening.

Abstract: A reference state deciding device (10) according to the present disclosure includes a feature calculation unit (11) that calculates an object feature related to a target object of state determination included in a real space and an imaged space feature related to the real space on the basis of past image data of the real space imaged in the past and target image data of the real space imaged at the time of the state determination, and a reference state deciding unit (12) that decides a reference state to be used for the state determination on the basis of a relation between the object feature and the imaged space feature calculated from the past image data and the target image data.

Abstract: An object tracking apparatus, method and computer-readable medium for detecting an object from output information of sensors, tracking the object on a basis of a plurality of detection results, generating tracking information of the object represented in a common coordinate system, outputting the tracking information, and detecting the object on a basis of the tracking information.

Abstract: The first neural network is a learned neural network learned in such a way as to output, when an object image is input, a geometric transformation parameter relevant to the object image. The object image is an image of an object identified based on object information of the first teaching data including an image and the object information including a category, a position, and a size of an object included in the image. The calculation unit calculates an orientation of the object, based on the geometric transformation parameter being output from the first neural network. The generation unit generates, by adding the orientation of the object being calculated by the calculation unit to the first teaching data, second teaching data including an image and object information including a category, a position, a size, and an orientation of an object included in the image.

Abstract: A flow-rate information output apparatus (2000) computes the number of objects (20) passing through a surveillance location (30) included in a target image (10) with respect to each of a plurality of surveillance directions (34). The flow-rate information output apparatus (2000) generates, with respect to one or more surveillance directions (34), a flow rate mark (40) relevant to the number of objects (20) passing through the surveillance location (30) toward the surveillance direction (34). The flow-rate information output apparatus (2000) generates a result image (60) by superimposing the flow rate mark (40) on an image including the surveillance location (30).

Abstract: An object is to provide a core network device being able to efficiently perform secondary authentication to be performed for each network slice.

Abstract: Embodiments of the present disclosure relate to methods, devices and computer readable media for communication. A terminal device receives, from a first network device, a lower-layer signaling indicating a cell change or addition for a cell of a second network device and comprising a configuration for a CFRA procedure for the primary cell. The terminal device performs a RA procedure on the primary cell at least based on the configuration. In this way, a dynamic configuration of a CFRA resource may be achieved for L1/L2 based mobility.

Abstract: Provided is a data processing apparatus and the like that easily and suitably contribute to marketing activities. In a data processing apparatus, an input unit receives input data regarding a predetermined consumption behavior. A federated learning model is generated such that at least a part of local learning models generated for a plurality of different business operators are federated. The federated learning model described above is generated by learning a relationship between a plurality of customer groups respectively generated from business customer data owned by the business operators and consumption behaviors corresponding to the business operators. The federated learning model is set to be able to output prospective customer data with respect to the input data. An output unit outputs the prospective customer data.

Abstract: A risk evaluation device includes an acquisition means and a risk evaluation means. The acquisition means acquires input information which includes location information indicating a location of a flying object, airframe information of the flying object, weather information, and environmental information. The risk evaluation means evaluates a risk in a case where the flying object is at the location, using a risk evaluation model which has been trained, based on the input information.

Abstract: An MCF connection system includes: MCF transmission path that has cores of a quantity of N; a first FIFO; a light source that outputs, to one end of the first FIFO, a quantity of N inspection lights having mutually different characteristics; a connection device that optically connects a first end part forming one end of the MCF transmission path and the other end of the first FIFO; an identification device that identifies a characteristic of an inspection light output from a second end part forming the other end of the MCF transmission path; and a measurement device that measures, for each core of the MCF transmission path, a first optical power, which is the optical power of the inspection light output from the second end part, in correspondence with the characteristic.

Abstract: A signal processing apparatus includes an operation processing part to perform operation processing on D-bits data (D is a positive integer greater than or equal to three) represented in a two's complement representation and a storage processing part to perform storage processing on D-bits data represented in a second representation format, wherein the second representation format for a non-negative value of the D-bits data is identical to the two's complement representation and the second representation format for a negative value of the D-bits data has a representation format in which (D?N?1) bits of the D-bits data in the two's complement representation are bit-wise inverted (N is a positive integer such that N?D?2), the (D?N?1) bits being remaining bits obtained by excluding a most significant bit indicating a sign and N consecutive lower bits including a least significant bit.

Abstract: An information processing system includes: a first text data acquisition unit that acquires first text data: a text data conversion unit that converts the first text data, thereby to generate converted text data; a converted speech data generation unit that generates converted speech data corresponding to the converted text data; and a learning unit that performs learning of a speech recognition unit that generates, from speech data, text data corresponding to the speech data, by using the first text data and the converted speech data as inputs.

Abstract: An information processing apparatus presents a count of rules for which conversion processing by a tool is successful and a count of rules for which the conversion processing fails, the conversion processing being for converting rules written in a specific format that are for detecting a cyberattack into a format implementable in a system.