Kabushiki Kaisha Toshiba

Toshiba Digital Solutions Corporation

Yeonsoo Yang

Hiroyuki Mizutani

Takahiro Watanabe

Armand Simon Alymamy Girier

Saki Sakai

Masanori Tajima

Ai Matsui

Tamotsu Sato

Hirotaka Ueki

Yuen Shyuan Koh

Go Fujino

Katsuhisa Chiba

Taisuke Yamanaka

Yukako Tanaka

Hiroyuki Yamahara

Ankit Sharma

Ayane Iida

Fumiaki Oohata

Katsuya Hino

An image processing apparatus according to an embodiment includes a processor. The processor acquires a classification result of classifying each of a plurality of regions set in a processing target image into one of a plurality of predetermined classes. The processor converts multidimensional data corresponding to each of the plurality of regions set in the image into low-dimensional data. The processor causes a display image including one or more regions to be displayed together with a plotted diagram including a plurality of plot points having different colors or patterns applied according to the classification result to the low-dimensional data in each of the plurality of regions, and in a case where an instruction for selecting a selected point from among the plot points is issued, the processor performs a discriminative display causing the selected point and a region corresponding to the selected point in the display image to be visually identifiable.

Image processing apparatus, image processing method, and storage medium

A visualization system creates a first time axis associated with a start time of a first process and a second time axis associated with an end time of the first process or a start time of a second process subsequent to the first process such that a perpendicular line to the first time axis extends from a time point on the first time axis and intersects the second time axis at a time point thereon, the time point on the second time axis being after the lapse of a time period since the time point on the first time axis, the time period being determined from a planned value of a processing period of the first process or a planned value of the start time of the second process. The visualization system disposes the time axes associated with respective processes and a line segment, and displays them on a display apparatus.

Visualization system

An information display method includes converting P (P&#x2265;2) high-dimensional data respectively obtained from P images each tagged with a label representing a result of classification into one of a plurality of classes to respectively acquire P low-dimensional data, generating a plot diagram including P plot points obtained by visualizing the P low-dimensional data each depending on the classification result, generating auxiliary information corresponding to a base point set as one of the plot points included in the plot diagram and N (1&#x2264;N&#x3c;P) reference points respectively set as the plot points corresponding to the N low-dimensional data extracted from among the low-dimensional data, belonging to a same class as a class to which the base point belongs, among the P low-dimensional data, and generating a display image including the plot diagram to which the auxiliary information is added.

Information display method, information display system, and storage medium

An information presentation device according to an embodiment includes a contour extraction unit, an abstraction processing unit, and a contour correction unit. The contour extraction unit extracts a contour of each structural object included in data showing a layout of a plurality of structural objects. The abstraction processing unit abstracts a contour of each structural object extracted by the contour extraction unit and draws the abstracted contour on a plane grid surface in which grid lines in two directions orthogonal to each other are drawn. The contour correction unit corrects, among contour lines to constitute a contour abstracted by the abstraction processing unit, a contour line deviating from both of the grid lines in the two directions so as to match a grid line in at least one direction of the grid lines in the two directions.

Information presentation device, information presentation method and storage medium

A visualization system includes: a first creation section configured to create, for each product manufacturing unit, a line segment connecting a start or end time of a first step to a start or end time of a subsequent second step; a second creation section configured to identify, based on a change log of a step characteristic factor at each manufacturing step, any change in step characteristic factor observed at the first and second steps, and to create a display object representing magnitude of the change in step characteristic factor or including a region representing an attribute of the changed step characteristic factor; and a display control section configured to cause: to display a line segment representing the time axis, created by the first creation section, and the display object, and to display the display objects over positions of the start or end times on time axes of their associated steps.

An information presentation device includes a plot unit, a histogram generation unit, and a visual information generation unit. The plot unit plots a plurality of values included in each of a plurality of pieces of multidimensional data on a plurality of axes in a parallel coordinate plot coordinate system. The histogram generation unit divides each of the plurality of axes into a plurality of sections, and generates a plurality of histogram bars each of which corresponds to the number of values plotted in each section in the plurality of sections. When one or more values are selected as selected values, the visual information generation unit generates visual information with which the ratio of the number of selected values to the total number of values contained in any one histogram bar out of the respective histogram bars generated by the histogram generation unit can be identified.

Information presentation device, information presentation method, and storage medium

According to one embodiment, a weather prediction apparatus includes a storage configured to store weather data of a rain cloud observed by a weather radar; and a processor configured to predict a torrential rain. The processor is configured to detect a core of the rain cloud, based on the weather data; to acquire position information of the core, based on a detection result of the core; to determine a movement direction of the core, based on the position information; and to calculate information for predicting, as an area of occurrence of the torrential rain, an area on a ground, the area on the ground corresponding to the movement direction of the core.

Weather prediction apparatus and method using weather radar

According to one embodiment, a weather data processing apparatus includes a storage configured to store weather data observed by a weather radar, and a processor. The processor is configured to acquire three-dimensional data of a cumulonimbus from the weather data; to detect a core of the cumulonimbus by using a principal component analysis process of the three-dimensional data; to calculate core detection data for displaying the core; and to execute a display process for effecting three-dimensional display of the cumulonimbus, and display of the core, based on the three-dimensional data of the cumulonimbus and the core detection data.

Weather data processing apparatus and method using weather radar

An image processing apparatus includes a three-dimensional space information storage unit, a projection unit, an operation acquisition unit, a reference guide rail decision unit, and a motion vector calculation unit. The projection unit projects and draws a cross-sectional plane onto a projection plane on the basis of information on a position of the cross-sectional plane stored by the three-dimensional space information storage unit. The reference guide rail decision unit decides a reference guide rail on the basis of information on a position of a slide operation acquired by the operation acquisition unit. The motion vector calculation unit calculates a two-dimensional motion vector parallel to the reference guide rail on the basis of a direction of the slide operation and an amount of movement, calculates a three-dimensional motion vector corresponding to the two-dimensional motion vector, and changes the position of the cross-sectional plane in accordance with the calculated three-dimensional motion vector.

Growing community of inventors

Machida, Japan

Yeonsoo Yang