Abstract: The present disclosure relates to a system for controlling a motor of a vehicle for increasing control accuracy of the motor for driving the vehicle, and an object of the present disclosure is to provide a system for controlling a motor of a vehicle, which may accurately perform a motor control even when a battery voltage (i.e., motor voltage) applied to the motor upon the driving control of the motor is changed.

Abstract: Disclosed are a method and a device for determining an operating condition of a bioreactor. Each of the method and the device receives N experimental data sets, models the bioreactor using the N experimental data sets to construct a bioreactor model, and determines an optimal operation condition based on an operation scheme of the bioreactor, using the constructed bioreactor model.

Abstract: A workstation, a medical imaging apparatus including the same, and a control method for the same includes an input unit that receives information about a contour of an organ in a medical image obtained by imaging a subject and a control unit that corrects the contour of the organ in such a manner that the contour of the organ does not cross contours of one or more other organs located inside or outside the organ.

Abstract: Disclosed herein is an electronic apparatus to allow a window to have an anti-scratch and anti-shock protection by allowing a coating unit including a coating layer having a high hardness and a coating layer having a low hardness, to be coated on an upper portion of the window. An electronic apparatus includes a display module, a window disposed on an upper portion of the display module to protect the display module, and a coating unit coated on an upper portion of the window to have a hardness to prevent the window from being damaged, wherein the coating unit comprises a first coating layer coated on the upper portion of the window and a second coating layer coated on an upper portion of the first coating layer to have a high hardness to prevent the window from being scratched, wherein the first coating layer is coated to have a relatively lower hardness than the second coating layer to absorb a shock applied to the window.

Abstract: A workstation, a medical imaging apparatus including the same, and a control method for the same includes an input unit that receives information about a contour of an organ in a medical image obtained by imaging a subject and a control unit that corrects the contour of the organ in such a manner that the contour of the organ does not cross contours of one or more other organs located inside or outside the organ.

Abstract: A medical image processing apparatus provides a contour correction of an object where a segmentation result is correctable via a smaller number of user inputs. The apparatus includes: a display screen configured to display an endo-contour image and an epi-contour image corresponding to a myocardial image; an input interface configured to receive a first user input for the endo-contour image and epi-contour image. A processor is configured to change the displayed size of the endo-contour image and epi-contour image in response to the first user input, wherein the display outputs a display of both of the changed endo-contour image and epi-contour image together.

Abstract: Disclosed are a method for arranging medical image sets and a medical apparatus configured to implement the method. The method includes displaying a plurality of medical image sets, receiving a selection of a first medical image set from among the plurality of medical image sets, receiving a user input that facilitates a movement of the selected first medical image set to a region in which a second medical image set is displayed, and changing an arrangement of the plurality of medical image sets based on the user input.

Abstract: A method of displaying medical images includes displaying a medical image list on a display; changing a size of a first medical image included in the medical image list according to a user input; changing respective sizes of medical images other than the first medical image in the medical image list according to the changed size of the first medical image; determining a layout of the medical image list according to the changed size of the first medical image and a size of the display; and aligning the medical image list according to the determined layout.

Abstract: A method generates a magnetic resonance (MR) spectrum by obtaining an MR echo signal from an object in response to a transmitted radio frequency (RF) signal that is emitted towards the object. The method extracts from the MR signal, a plurality of signals corresponding to a plurality of frequency ranges and adjusts a phase of at least one of the extracted plurality of signals in a time domain. A combination signal is generated by combining the plurality of signals including the at least one extracted phase adjusted signal and generates an MR spectrum of the object in response to the combination signal.

Abstract: A method of screening a material for improving skin functions includes: (a) treating a skin cell with a candidate material; (b) detecting a change in a relative expression level of membrane-associated protein 17 (MAP17) gene; and (c) selecting a candidate material inducing the change in the expression level of the gene as a material for improving skin functions. That is to say, a material for improving skin functions is screened using MAP17 gene as a marker, on the basis of the change in the expression level of the MAP17 gene. A material for improving skin functions, which is useful in improving skin barrier function, promoting skin moisturization, preventing skin aging, or ameliorating skin troubles, may be effectively screened.

Abstract: A method of screening a material for improving skin functions includes: (a) treating a skin cell with a candidate material; (b) detecting a change in a relative expression level of membrane-associated protein 17 (MAP17) gene; and (c) selecting a candidate material inducing the change in the expression level of the gene as a material for improving skin functions. That is to say, a material for improving skin functions is screened using MAP17 gene as a marker, on the basis of the change in the expression level of the MAP17 gene. A material for improving skin functions, which is useful in improving skin barrier function, promoting skin moisturization, preventing skin aging, or ameliorating skin troubles, may be effectively screened.

Abstract: Disclosed are a mask mold, a manufacturing method thereof, and a method for forming a large-sized micro pattern using the manufactured mask mold, in which the size of a nano-level micro pattern can be enlarged using a simple method with low cost and interference and stitching errors between cells forming a large area can be minimized. The method for manufacturing the mask mold includes the operations of coating resist on a mask or a plurality of small molds having an engraved micro pattern, pressing the small molds to imprint the micro pattern on the resist, curing the resist, and releasing the small molds from the resist.