Samsung Electronics Co., Ltd.

University-industry Cooperation Group of Kyung Hee University

Osong Medical Innovation Foundation, Korea University Research and Business Foundation

Korea Electronics Technology Institute

Young Ki Hong

Sun Kook Kim

Min Jung Kim

Min Goo Lee

Kill Yeon Kim

Ki Suk Kweon

Jinsoo Joo

Won Geun Song

Hyuk Sang Jung

Yong-Seok Park

Youngwook Kim

Sung Ho Lee

Dong Han Kim

Hyeon-Jin Kang

Wonbo Lee

Yong Seok Park

Jung-Hwan Lim

Young Dawn Bae

Dong Hyuk Park

Min Ho Koo

Hyeon Jin Kang

Hyeong Jin Kang

Seong Gi Jo

Seong In Hong

The present invention provides a device for measuring biological information including a sensor array, wherein the sensor array includes a plurality of sensors that are either sensors for amplifying photoreactivity or sensors forming an island network connected by a plurality of multi-channels and, in the device, the average value of biological information about the skin tissues is measured based on values output from the sensor array, and a method of measuring biological information using the device.

Device for measuring biological information including sensor array and method of measuring biological information using device

Disclosed is a photoreactive sensor including an optical amplification phototransistor, in which a non-overlapping region that does not overlap with a local gate electrode between a source electrode and a drain electrode is formed and which senses an optical image through the non-overlapping region for amplify photoconductivity; and a contact light emitting device that is formed on the optical amplification phototransistor and generates the optical image corresponding to a contacted surface upon contact with an object.

Photoreactive sensor including optical amplification phototransistor, and display panel and vehicle control system including photoreactive sensor

A communication technique for combining a fifth generation (5G) communication system that supports higher data transmission rates after fourth generation (4G) systems with Internet of things (IoT) technology and to the system therefor are provided. The disclosure relates to a multiple cores-based data processing method and apparatus, the method including determining whether a condition for a first packet flow among one or more packet flows for data communication is met, if the condition is met, selecting cores to distribute packets of the first packet flow from among the multiple cores, allocating packets received through the first packet flow to the selected cores, and operating the selected cores in parallel to process the packets allocated from the first packet flow.

Method and apparatus for data processing based on multicore

Disclosed is a method for manufacturing anodic metal-oxide nanoporous templates with high-yield and in an environmentally-friendly manner. The method includes anodizing a metal specimen and detaching nanoporous anodic oxide layers, which are formed on more than one surface of the metal specimen due to the anodizing, from the metal specimen, wherein the detaching of the nanoporous anodic oxide layers from the metal specimen includes applying a reverse bias to the metal specimen in the same acidic electrolyte used for anodization.

Method for manufacturing anodic metal oxide nanoporous templates

The present disclosure relates to a method and apparatus for processing messages. The terminal message processing method According to one embodiment of the present disclosure, the method for processing terminal messages used by the apparatus for processing terminal messages can include the steps of: receiving a message from an application of the terminal; determining whether the message is from a pre-registered registration application; when the message is from the registration application, determining whether the message is a control message; and when the message is not from the registration application, transmitting the message to a device for processing server messages. According to one embodiment of the present disclosure, a message processing apparatus and method for reducing the transmission and reception of a control message for an application are provided, and battery consumption is reduced.

Method and apparatus for processing messages

The present invention relates to a base station, and to a terminal connection method for the base station. The terminal connection method for the base station according to one embodiment of the present invention comprises: a step of connecting to a terminal; an information extracting step of extracting information for determining a timeout value of the connection of the terminal when the connection to the terminal is completed; and a time-out setting step of setting a time-out value of the terminal according to the extracted information. According to the one embodiment of the present invention, the base station may efficiently utilize resources and overhead expenses for connection setup may be reduced.

Base station and terminal connection method for the base station

According to one embodiment of the present invention, a portion of a light-emitting polymer material or a conductive polymer material can be irradiated with a focused electron beam, so that the physical properties of that portion can be modified. For this purpose, one embodiment of the present invention comprises an apparatus for modifying the physical properties of a nanostructure using a focused electron beam, the apparatus comprising: a nanostructure; a focused electron beam-irradiating unit that serves to irradiate a nanoscale electron beam such that it is focused on the nanostructure; and a focused electron beam-controlling unit that serves to control the irradiation position of the nanoscale electron beam so as to modify the physical property of a portion of the nanostructure.

Apparatus and method for modifying physical properties of nanostructure using focused electron beam, and nano-barcode and serial-junction nanowire fabricated thereby

A noise reducing apparatus for a cyclo-fan is provided for the canceling of a whistling noise with a specific frequency, determined by the product of the rotation number of the cyclo-fan and the number of blades thereof. The apparatus comprises a cyclo-fan including a plurality of blades with arc shapes radially disposed centering the axis thereof, and a couple of supporting members for supporting both ends of the respective blade; a sensor for the passage of the respective blade at a fixed position; a controller for calculating the frequency and pressure level of a peculiar noise generated by the cyclo-fan based on the signal transmitted from the sensor, and then generating an electric signal corresponding to the interference sound having a reverse phase and same pressure level to that the peculiar noise, and a plurality of speakers for converting the electric signal from the controller into the interference sound. The controller calculates the frequency of the peculiar noise by multiplying the rotation number of the cyclo-fan and the number of blades. In addition, the pressure of the peculiar noise is determined in proportion to the interval between the cyclo-fan and the stabilizer for guiding air generated from the cyclo-fan. The latter may be previously given as a constant value.

Noise reducing apparatus of a cyclo-fan

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Seoul, South Korea

Young Ki Hong