[KIM, Joong Kyu 김중규, KIM, Joong Kyu 김중규, PARK, Yun-Hee 박윤희, KIM, Joong Kyu 김중규, PARK, Yun-Hee 박윤희, CHOI, Hyo Jung 최효정, KIM, Joong Kyu 김중규, PARK, Yun-Hee 박윤희, CHOI, Hyo Jung 최효정, JUNG, Ji Eun 정지은, KIM, Joong Kyu 김중규, PARK, Yun-Hee 박윤희, CHOI, Hyo Jung 최효정, JUNG, Ji Eun 정지은, KIM, Sun Young 김선영, KIM, Joong Kyu 김중규, PARK, Yun-Hee 박윤희, CHOI, Hyo Jung 최효정, JUNG, Ji Eun 정지은, KIM, Sun Young 김선영, CHO, Jong Un 조종운, KIM, Joong Kyu 김중규, PARK, Yun-Hee 박윤희, CHOI, Hyo Jung 최효정, JUNG, Ji Eun 정지은, KIM, Sun Young 김선영, CHO, Jong Un 조종운, JUNG, Doo Hwan 정두환, KIM, Joong Kyu 김중규, PARK, Yun-Hee 박윤희, CHOI, Hyo Jung 최효정, JUNG, Ji Eun 정지은, KIM, Sun Young 김선영, CHO, Jong Un 조종운, JUNG, Doo Hwan 정두환, MIN, Ji Young 민지영, KIM, Joong Kyu 김중규, PARK, Yun-Hee 박윤희, CHOI, Hyo Jung 최효정, JUNG, Ji Eun 정지은, KIM, Sun Young 김선영, CHO, Jong Un 조종운, JUNG, Doo Hwan 정두환, MIN, Ji Young 민지영, KIM, Yong Zu 김용주, KIM, Joong Kyu 김중규, PARK, Yun-Hee 박윤희, CHOI, Hyo Jung 최효정, JUNG, Ji Eun 정지은, KIM, Sun Young 김선영, CHO, Jong Un 조종운, JUNG, Doo Hwan 정두환, MIN, Ji Young 민지영, KIM, Yong Zu 김용주, PARK, Tae Kyo 박태교, KIM, Joong Kyu 김중규, PARK, Yun-Hee 박윤희, CHOI, Hyo Jung 최효정, JUNG, Ji Eun 정지은, KIM, Sun Young 김선영, CHO, Jong Un 조종운, JUNG, Doo Hwan 정두환, MIN, Ji Young 민지영, KIM, Yong Zu 김용주, PARK, Tae Kyo 박태교, WOO, Sung Ho 우성호, KIM, Joong Kyu 김중규, PARK, Yun-Hee 박윤희, CHOI, Hyo Jung 최효정, JUNG, Ji Eun 정지은, KIM, Sun Young 김선영, CHO, Jong Un 조종운, JUNG, Doo Hwan 정두환, MIN, Ji Young 민지영, KIM, Yong Zu 김용주, PARK, Tae Kyo 박태교, WOO, Sung Ho 우성호, KIM, Hak-Sung 김학성, KIM, Joong Kyu 김중규, PARK, Yun-Hee 박윤희, CHOI, Hyo Jung 최효정, JUNG, Ji Eun 정지은, KIM, Sun Young 김선영, CHO, Jong Un 조종운, JUNG, Doo Hwan 정두환, MIN, Ji Young 민지영, KIM, Yong Zu 김용주, PARK, Tae Kyo 박태교, WOO, Sung Ho 우성호, KIM, Hak-Sung 김학성, LEE, Joong-jae 이중재, KIM, Joong Kyu 김중규, PARK, Yun-Hee 박윤희, CHOI, Hyo Jung 최효정, JUNG, Ji Eun 정지은, KIM, Sun Young 김선영, CHO, Jong Un 조종운, JUNG, Doo Hwan 정두환, MIN, Ji Young 민지영, KIM, Yong Zu 김용주, PARK, Tae Kyo 박태교, WOO, Sung Ho 우성호, KIM, Hak-Sung 김학성, LEE, Joong-jae 이중재, JO, Seong-Min 조성민, KIM, Joong Kyu 김중규, PARK, Yun-Hee 박윤희, CHOI, Hyo Jung 최효정, JUNG, Ji Eun 정지은, KIM, Sun Young 김선영, CHO, Jong Un 조종운, JUNG, Doo Hwan 정두환, MIN, Ji Young 민지영, KIM, Yong Zu 김용주, PARK, Tae Kyo 박태교, WOO, Sung Ho 우성호, KIM, Hak-Sung 김학성, LEE, Joong-jae 이중재, JO, Seong-Min 조성민, RYOU, Jeong-Hyun 유정현, KIM, Joong Kyu 김중규, PARK, Yun-Hee 박윤희, CHOI, Hyo Jung 최효정, JUNG, Ji Eun 정지은, KIM, Sun Young 김선영, CHO, Jong Un 조종운, JUNG, Doo Hwan 정두환, MIN, Ji Young 민지영, KIM, Yong Zu 김용주, PARK, Tae Kyo 박태교, WOO, Sung Ho 우성호, KIM, Hak-Sung 김학성, LEE, Joong-jae 이중재, JO, Seong-Min 조성민, RYOU, Jeong-Hyun 유정현, KIM, Tae Yoon 김태윤] 8-26, Munpyeongseo-ro 34302 대전광역시 대덕구 문평서로 8-26, DaejeonDaedeok-guDaejeon 34302;291, Daehak-ro 34141 대전광역시 유성구 대학로 291, DaejeonYuseong-guDaejeon 34141 The present invention relates to a drug conjugate using a repebody derivative, and a preparation method thereof and, more specifically, to a repebody derivative drug conjugate (RDC) in which a drug, a toxin, a ligand, and a substance having activity such as detection marking are conjugated to repebody, which exhibits substrate specificity by connecting a leucine-rich repeat (LRR) structure originated from a variable lymphocyte receptor (VLR) as a variable region on the N-terminus of an LRR family protein having an alpha helical capping motif, and a preparation method thereof. The RDC according to the present invention is a conjugate which is combined with a compound having high substrate specificity and excellent tissue and tumor penetration that repebody provides, and biological activity. As such, the RDC has the advantages of having superior efficacy compared to the case of using repebody alone, and having specific selectivity compared to the case of using the compound alone. Due to these features, the RDC is expected to be utilized in the treatment of tumors by combining, with repebody, which specifically binds to a protein overexpressed on cancer cells, a toxin that kills cells, to thereby selectively kill only the cancer cells.

[SAGONG, Min 사공민, SAGONG, Min 사공민, SEOL, Ji-Yun 설지윤, SAGONG, Min 사공민, SEOL, Ji-Yun 설지윤, PARK, Woo-Myong 박우명, SAGONG, Min 사공민, SEOL, Ji-Yun 설지윤, PARK, Woo-Myong 박우명, AHN, Seok-Ki 안석기, SAGONG, Min 사공민, SEOL, Ji-Yun 설지윤, PARK, Woo-Myong 박우명, AHN, Seok-Ki 안석기, LIM, Chi-Woo 임치우, SAGONG, Min 사공민, SEOL, Ji-Yun 설지윤, PARK, Woo-Myong 박우명, AHN, Seok-Ki 안석기, LIM, Chi-Woo 임치우, HONG, Sung-Nam 홍성남] 129, Samsung-ro, Yeongtong-gu 16677 경기도 수원시 영통구 삼성로 129, Gyeonggi-doSuwon-siGyeonggi-do 16677 The present disclosure relates to a 5G or pre-5G communication system to be provided for supporting a higher data transfer rate beyond a 4G communication system such as LTE. The present invention relates to a NOMA system based FQAM connection method and an apparatus therefor. The present invention can increase the user transfer rate at a cell boundary. The scheduling method in a wireless communication system, according to an embodiment of the present invention, comprises a step of receiving a signal-to-interference-noise ratio (SINR) value and an alpha value from a terminal; a step of determining, on the basis of the SINR value and the alpha value, a Gaussian SINR value; a step of pairing users on the basis of the Gaussian SINR value; and a step of re-computing MCS on the basis of a re-computed alpha value.

[SOHN, Jung Min 손정민, SOHN, Jung Min 손정민, PARK, Seung Young 박승영, SOHN, Jung Min 손정민, PARK, Seung Young 박승영, LEE, Jin Woo 이진우, SOHN, Jung Min 손정민, PARK, Seung Young 박승영, LEE, Jin Woo 이진우, KIM, Yoon Jung 김윤정, SOHN, Jung Min 손정민, PARK, Seung Young 박승영, LEE, Jin Woo 이진우, KIM, Yoon Jung 김윤정, JUNG, Taek Jun 정택준, SOHN, Jung Min 손정민, PARK, Seung Young 박승영, LEE, Jin Woo 이진우, KIM, Yoon Jung 김윤정, JUNG, Taek Jun 정택준, CHO, Yun Ki 조윤기, SOHN, Jung Min 손정민, PARK, Seung Young 박승영, LEE, Jin Woo 이진우, KIM, Yoon Jung 김윤정, JUNG, Taek Jun 정택준, CHO, Yun Ki 조윤기, AN, Yong Hee 안용희, SOHN, Jung Min 손정민, PARK, Seung Young 박승영, LEE, Jin Woo 이진우, KIM, Yoon Jung 김윤정, JUNG, Taek Jun 정택준, CHO, Yun Ki 조윤기, AN, Yong Hee 안용희, LEE, Jun Wye 이준의] 128, Yeoui-daero 07336 서울시 영등포구 여의대로 128, SeoulYeongdeungpo-gu, Seoul 07336 The present invention relates to a method for preparing a polyalkylene carbonate resin and, more specifically, provides a method for preparing a polyalkylene carbonate resin, the method purifying a reaction mixture by removing by-products with a large quantity of water after polymerizing a polyalkylene carbonate, and making the catalyst content in the reaction mixture to be less than 1 wt% by carrying out a first purification method using a filter in a step, which proceeds after the purification of the reaction mixture, of removing a catalyst residue, thereby preventing the decomposition of polymers and improving the physical properties and quality of a final resin product.

[KI, Yun Ho, KI, Yun Ho, CHOI, Sie Hyug, KI, Yun Ho, CHOI, Sie Hyug, YU, Young Min, KI, Yun Ho, CHOI, Sie Hyug, YU, Young Min, KIM, Sung Woo, KI, Yun Ho, CHOI, Sie Hyug, YU, Young Min, KIM, Sung Woo, CHO, Yoon Dong, KI, Yun Ho, CHOI, Sie Hyug, YU, Young Min, KIM, Sung Woo, CHO, Yoon Dong, KWON, Se Yeoul] 128, Yeoui-daeroYeongdeungpo-guSeoul 07336 There is provided a flexible display having a plurality of innovations configured to allow bending of a portion or portions to reduce apparent border size and/or utilize the side surface of an assembled flexible display.

[LEE, Hyun Ho 이현호, LEE, Hyun Ho 이현호, KWAK, No Won 곽노원, LEE, Hyun Ho 이현호, KWAK, No Won 곽노원, KIM, Yoon Jeong 김윤정, LEE, Hyun Ho 이현호, KWAK, No Won 곽노원, KIM, Yoon Jeong 김윤정, LEE, Kwan Woo 이관우, LEE, Hyun Ho 이현호, KWAK, No Won 곽노원, KIM, Yoon Jeong 김윤정, LEE, Kwan Woo 이관우, LEE, Yun Ho 이윤호, LEE, Hyun Ho 이현호, KWAK, No Won 곽노원, KIM, Yoon Jeong 김윤정, LEE, Kwan Woo 이관우, LEE, Yun Ho 이윤호, LIM, Byung Gwan 임병관, LEE, Hyun Ho 이현호, KWAK, No Won 곽노원, KIM, Yoon Jeong 김윤정, LEE, Kwan Woo 이관우, LEE, Yun Ho 이윤호, LIM, Byung Gwan 임병관, LIM, Su Min 임수민, LEE, Hyun Ho 이현호, KWAK, No Won 곽노원, KIM, Yoon Jeong 김윤정, LEE, Kwan Woo 이관우, LEE, Yun Ho 이윤호, LIM, Byung Gwan 임병관, LIM, Su Min 임수민, HWANG, Chul-Joo 황철주] 240, Opo-ro, Opo-eup, 464-892 경기도 광주시 오포읍 오포로 240, Gyeonggi-doGwangju-siGyeonggi-do 464-892 Disclosed is an apparatus for processing a substrate. The apparatus for processing a substrate, according to the present invention, forms a gap of 1.5 mm to 20 mm between the outer circumferential surface of an electrode rod and the outer circumferential surface of a through hole of a second electrode plate, through which the electrode rod passes. Therefore, since the gas decomposition rate is improved, the deposition rate of a film deposited on a substrate is improved, and thus, the quality of the film deposited on a substrate may be improved.

[KIM MIN YOUNG, KIM DONG WOO, KIM SUK WOO, CHOI MUN CHIN, KANG SHIN JOH, KIM JUNG HOON, LEE CHUN WOO, RHU DAE HWAN, KIM JAE MIN, CHOI RAN, HWANG JUNG JOON, LEE DONG SUN, KIM MIN GYUN, PARK SE HEE, BAE JIN SEOK, NAM YUN WOO, KIM YUN JIN, MOON SE IN] KR A heat exchange system between an external plant such as a data center and a water treatment device of a sewage treatment plant is disclosed. This system includes: a heat supply unit for supplying heat generated in the external plant to a reaction tank using microorganisms in the water treatment device; and a cooling water supply unit for supplying treated water discharged from the water treatment device to the external plant as cooling water for heat dissipation of the external plant. Complementary heat exchange between the external plant and the sewage treatment plant is possible, thereby simultaneously solving various problems in terms of environmental and economic aspects.

[KIM MIN YOUNG, KIM DONG WOO, KIM SUK WOO, CHOI MUN CHIN, KANG SHIN JOH, KIM JUNG HOON, LEE CHUN WOO, RHU DAE HWAN, KIM JAE MIN, CHOI RAN, HWANG JUNG JOON, LEE DONG SUN, KIM MIN GYUN, PARK SE HEE, BAE JIN SEOK, NAM YUN WOO, KIM YUN JIN, MOON SE IN] KR A heat exchange system between an external plant such as a data center and a water treatment device of a sewage treatment plant is disclosed. The system includes: a heat supply unit for supplying heat generated in the external plant to a reaction tank using microorganisms in the water treatment device; and a cooling water supply unit for supplying treated water discharged from the water treatment device to the external plant as cooling water for heat dissipation of the external plant. Complementary heat exchange is possible between the external plant and the sewage treatment plant, and accordingly, various problems in terms of environmental and economic aspects can be simultaneously solved.

[LEE, Woo-Joong, LEE, Woo-Joong, WOO, Ho-Bin, LEE, Woo-Joong, WOO, Ho-Bin, JEONG, Dae-Ho, LEE, Woo-Joong, WOO, Ho-Bin, JEONG, Dae-Ho, GIL, Yeong-Jin, LEE, Woo-Joong, WOO, Ho-Bin, JEONG, Dae-Ho, GIL, Yeong-Jin, YUN, Sung-Hwan, LEE, Woo-Joong, WOO, Ho-Bin, JEONG, Dae-Ho, GIL, Yeong-Jin, YUN, Sung-Hwan, LEE, Ki-Tae, LEE, Woo-Joong, WOO, Ho-Bin, JEONG, Dae-Ho, GIL, Yeong-Jin, YUN, Sung-Hwan, LEE, Ki-Tae, KIM, Min-Jung] 129, Samsung-ro, Yeongtong-guSuwon-siGyeonggi-do 16677 Disclosed is a method of operating an electronic device including mounting a first file system and mounting a second file system on the first file system, wherein the first file system and the second file system are included in a plurality of stackable file systems; receiving an open request for a file of an application program; generating a first file object corresponding to a first file in the first file system and a second file object corresponding to a second file in the second file system, in response to the request; and configuring a link between the first file object and the second file object. Disclosed is a method of operating an electronic device including mounting a first file system and mounting a second file system on the first file system, wherein the first file system and the second file system are included in a plurality of stackable file systems; receiving an open request for a file of an application program; generating a first file object corresponding to a first file in the first file system and a second file object corresponding to a second file in the second file system, in response to the request; and configuring a link between the first file object and the second file object.

[PARK SUNG CHAN, LEE YANG WOO, SHIN HYUNG MIN, YU KIL SANG, JUNG JOO YUN, PARK YUN DONG, SEO WON, KIM DO HOON, KIM JIN WOO, SEONG MYEONG YUN, KIM BYEONG JOO, MIN DONG WOOK, KIM MIN JAE] KR According to one embodiment of the present invention, an interactive emoticon generating method includes the steps of: allowing a base emoticon to be selected; allowing a user text to be inputted; displaying a preview of an interactive emoticon to be transmitted on the basis of the selected base emoticon and the inputted user text; and synthesizing the interactive emoticon according to the selected base emoticon and the inputted user text, wherein the step of displaying the preview of the interactive emoticon can include a step of altering font size or changing lines according to the number of characters of inputted user text. According to the present invention, the interactive emoticon which can be widely used in various countries is created regardless of a type of language.

[PARK, Sung Chan 박성찬, LEE, Yang Woo 이양우, SHIN, Hyung Min 신형민, YU, Kil Sang 유길상, JUNG, Joo Yun 정주연, PARK, Yun Dong 박윤동, SEO, Won 서원, KIM, Do Hoon 김도훈, KIM, Jin Woo 김진우, SEONG, Myeong Yun 성명윤, KIM, Byeong Joo 김병주, MIN, Dong Wook 민동욱, KIM, Min Jae 김민재] (Seohyeon-dong) 2Floor, 10, Hwangsaeul-ro 335beon-gil 13590 경기도 성남시 분당구 황새울로335번길 10, 2층 (서현동), Gyeonggi-doBundang-gu, Seongnam-siGyeonggi-do 13590 An interactive emoticon generating method according to one embodiment of the present invention comprises the steps of: allowing a base emoticon to be selected; allowing a user text to be inputted; displaying a preview of an interactive emoticon to be transmitted on the basis of the selected base emoticon and the inputted user text; and synthesizing the interactive emoticon according to the selected base emoticon and the inputted user text, wherein the step of displaying the preview of the interactive emoticon can include a step of altering font size or changing lines according to the number of characters of inputted user text. An interactive emoticon generating method according to one embodiment of the present invention comprises the steps of: allowing a base emoticon to be selected; allowing a user text to be inputted; displaying a preview of an interactive emoticon to be transmitted on the basis of the selected base emoticon and the inputted user text; and synthesizing the interactive emoticon according to the selected base emoticon and the inputted user text, wherein the step of displaying the preview of the interactive emoticon can include a step of altering font size or changing lines according to the number of characters of inputted user text.