Samsung Electronics Co., Ltd.

Lg Display Co., Ltd.

Korea Institute of Science and Technology

Coupang, Corporation

Kobiolabs, Inc.

Seoul National University

Yonsei University

Hye Jin Kim

Ji Hun Lee

Myoung Soo Park

Jung Woo Shin

Jeong Won Ko

Joon Hwan Kim

Mun Hwi Kim

Kyung Wook Ro

Han Ju Cho

Jong Hee Hwang

Jung Hun Lee

Young Jin Kim

In Su Kim

Chang Hyun Park

Jin Woo Lee

Kwang Jin Lee

Sang Won Seo

Gwang Pyo Ko

Ju Seong Park

June Chul Lee

Kyoseon Hwang

Han Sol Kim

Min Jung Lee

Du Eung Kim

Yong Kyoung Yoo

Jinsik Kim

Woon Ki Kim

Woo Ri Ko

Tae Wook Nam

Dae Hee Han

Cho Rong Kim

Yoo Jin Yang

Mi Seon Lim

Hyo In Park

Yoo Jeong Jo

So Yeon Son

Youngsoo Kim

Seung Won Lee

Woo-Yeong Cho

Kwang-Jin Lee

Min Kyu Kim

Kwang-Ho Kim

Hyun-Ho Choi

Yong-Jun Lee

Sung Keun Kang

Nakwon Choi

Dae Yong Kim

Taek-Sung Kim

Kyoung Jin Lee

Goo Jang

Sang Chul Han

Byeong Chun Lee

Jung Park

Hyun Ju Oh

Cheol Min Park

Jeongok Park

Ji Hye Jang

So Gun Hong

Joung Joo Kim

Fibrianto Yuda

M Shamim Hossein

Woongsun Choi

Sang Yun Yeom

Disclosed is an electronic device that includes a display that outputs execution screens of a plurality of applications, a memory that stores the plurality of applications, and a processor electrically connected with the display and the memory. The processor retrieves a history of one or more applications among the plurality of applications that were previously executed in the electronic device, in response to a user input detected by the electronic device and outputs the history on the display based on information about the one or more applications and information about layouts of execution screens of the one or more applications. If at least one of the one or more applications is selected from the history, the processor outputs an execution screen of the selected application on the display according to the corresponding layout.

Electronic device and method for displaying history of executed application thereof

A detection device includes a substrate, first electrodes formed on a first surface of the substrate, a responsive layer, and second electrodes formed on a first surface of the responsive layer, each of the second electrodes are capacitively coupled to one of the first electrodes and each second electrode is connected to a power supply to provide driving power.

Ringer solution detection device and detection device

A strain ofKBL697 and the use thereof are described. The strain ofKBL697 (Accession No. KCTC 13520BP) attenuates allergic reactions of cells, significantly improves symptoms of atopic dermatitis, and exhibits anti-inflammatory and anti-fungal effects and a therapeutic effect for intestinal diseases such as irritable bowel syndrome and colitis. Thus, the single strain alone can achieve all the purposes of alleviating allergic diseases and inflammatory diseases and improving intestinal health, thereby finding advantageous applications as a probiotic substance. In addition, the strain, based on the anti-fungal activity thereof, can be advantageously utilized in a skin external preparation against various skin diseases caused by fungi, and in a cosmetic composition and a functional patch for alleviating sensitive skin.

Lactobacillus Gasseri KBL697 strain and use thereof

A method performed by an electronic apparatus to provide information associated with activation of a portable terminal according to various embodiments includes acquiring order information associated with the portable terminal, acquiring information associated with delivery of the portable terminal corresponding to the order information from a server, and, based on the order information and the information associated with the delivery of the portable terminal, providing the information associated with the activation of the portable terminal, and the information associated with the activation comprises information on whether the portable terminal has been shipped out.

Information providing method for providing information regarding terminal activation and electronic device performing the same

An interdigitated electrode biosensor includes an insulating layer configured to fully cover a sensor forming region of a substrate, a first interdigitated microelectrode configured such that a plurality of first protruding electrodes is arranged in a shape of a comb on the substrate, a second interdigitated microelectrode configured such that a plurality of second protruding electrodes is arranged in a shape of a comb and each interdigitates with the plurality of first protruding electrodes, and a plurality of receptors that is immobilized in a space between the first interdigitated microelectrode and the second interdigitated microelectrode and reacts specifically to target biomaterials. Different voltages are uniformly or nonuniformly applied to the first interdigitated microelectrode and the second interdigitated microelectrode to generate a dielectrophoretic force by a nonuniform electric field, improving the sensor by increasing the probability of specific reaction with the target biomaterials using the concentration effect through dielectrophoresis.

Microelectrode biosensor using dielectrophoresis

KBL697 strain and use thereof

A hydrogel-based interdigitated microelectrode biosensor is disclosed. The hydrogel-based interdigitated microelectrode biosensor includes: a first interdigitated microelectrode having a plurality of first protrusion electrodes arranged in a comb-like shape on a substrate; a second interdigitated microelectrode facing the first interdigitated microelectrode and having a plurality of second protrusion electrodes arranged in a comb-like shape on the substrate, the second protrusion electrodes being arranged alternately with the first protrusion electrodes of the first interdigitated microelectrode; and a hydrogel filled in a space between the first and second interdigitated microelectrodes arranged alternately with each other. The hydrogel is provided between the interdigitated microelectrodes such that the presence and concentration of a biological substance, such as a protein, are detected by measuring the impedance between the interdigitated microelectrodes.

Hydrogel-based interdigitated microelectrode biosensor

A method and apparatus for controlling picture quality of a flat panel display capable of electrically compensating for a display defect of a display panel are disclosed. The method of compensating for a display defect of a flat panel display includes reading identification information of a display panel; generating positional information indicating the position of the display defect and the form of the display defect of the display panel on the basis of first input information and the identification information; generating a compensation value for compensating the degree of the display defect of on the basis of second input information; storing the positional information and the compensation value in a memory; and reading the positional information and the compensation value from the memory, modulating data to be displayed at the position of the display defect of the display panel by the compensation value, and displaying the modulated data on the display panel.

Method and apparatus for compensating for display defect of flat panel display

At least one embodiment includes a non-volatile memory cell array, a write buffer configured to store data being written into the non-volatile memory cell array, and a write unit configured to write data into the non-volatile memory cell array. The write unit is configured to perform writing of data such that each data will have reached a stable storage state in the non-volatile memory prior to being over-written in the write buffer.

Semiconductor device having resistance based memory array, method of reading and writing, and systems associated therewith

A video display device including an integrated atypical/typical defect compensation circuit is disclosed. The video display device includes a display panel, a memory storing atypical/typical defect information used to compensate atypical/typical defect regions of the display panel, and an integrated atypical/typical compensation circuit including a first compensator for compensating input data to be displayed on the atypical/typical defect regions, using the atypical/typical defect information from the memory, and a second compensator for finely compensating the data compensated by the first compensator, using first and second dithering patterns. The compensation circuit supplies data to be displayed on normal regions, without compensation. The video display device also includes a timing controller including a dithering unit for finely compensating data output from the integrated atypical/typical compensation circuit, using a third dithering pattern different from the first and second dithering patterns, and a panel driver for driving the display panel under a control of the timing controller.

Video display device capable of compensating for display defects

Growing community of inventors

Seoul, South Korea

Hye Jin Kim