A tech forum, “The Next Big Thing： Exploring Block..

The Tech Forum held at the KAIST Academic Cultural Center on September 7, 2018 entitled "The The Tech Forum held at the KAIST Academic Cultural Center on September 7, 2018 entitled “The Next Big Thing: Exploring Block Chain Technology from Computer Science” was hosted by the KAIST School of Computing and run by the Korean Women’s Science and Technology Association. Professor Sukyoung Ryu of the School of Computing and Professor Yong-Dae Kim of the Department of Electricity and Electronic Engineering held this forum sponsored by the KAIST Cyber Security Research Center. Students who study block chain technology in various schools, such as Seoul National University, Sogang University, Sungkyunkwan University, Yonsei University, Korea University, Catholic University, Chungang University, Soongsil University, and 130 people who develop the block chain technology, such as Ground X, Hashid, Bon Angels and Balance Hero, participated in the exhibition that included members of KAIST. https://blockinpress.com/archives/8822 https://blockinpress.com/archives/8845 https://outstanding.kr/discussion/?action=readpost&post_id=418596

KAIST developed watermarking technology based on a..

Related articles "KAIST, Artificial Neural Network based watermarking technology development" of Professor Lee Heung-kyu of School of Computing http://www.irobotnews.com/news/articleView.html?idxno=14980 http://news.mt.co.kr/mtview.php?no=2018091114354893731

Professor Key-Sun Choi fixed incorporation COLING ..

Professor Choi Key-Sun, head of bidding committee for International Conference on Computational Linguistics(COLING), participated in the presentation of the ICCL Steering Committee held in Santa Fe, New Mexico from 20th to 26th August, and confirmed the 29th COLING in Gyeongju, Korea in 2022. Computational linguistics is a core area of ​​the Fourth Industrial Revolution that completes artificial intelligence as an integrated field of computer science and linguistics that allows machines to understand and respond to human speech and writing. COLING is a global conference on computerized languages with over 1200 participants from 50 countries every two years. It has been held tying the authoritative ACL (The Association for Computational Linguistics) and the International Conference on Language Resources and Evaluation (LREC) in the field of computational linguistics. The Main Conference has about 1,000 papers submitted, about 300 of which are presented. The main conference includes demo sessions, tutorials, and more than 10 workshops. COLING 2022 is expected to be held for about one week starting from Hangul Day on Oct. 9, 2022. It is expected to contribute greatly to the development of computer language related industries and human resources development. It will be able to show the status and leadership of computer linguistics in Korea.

Professor Min H. Kim selected as 6 core patent tec..

Professor Min H. Kim selected as 6 core patent technologies of KAIST "Ultra Spectroscopic Imaging Technology" of Professor Min H. Kim of School of Computing has been selected as the six key patent technologies of KAIST and announced at the COEX Seminar on September 10, 2018 in Samseong-dong. This event is a six-key patent technology including biotechnology, artificial intelligence, nanotechnology, and semiconductor fields such as immuno-activated chemotherapy and AI-based super high-resolution image conversion technology. 2018 KAIST Core Tech Transfer Day website: http://tech4.kaist.ac.kr/ [Related article : ETNews ] http://www.etnews.com/20180920000185 2018 KAIST Core Tech Transfer Day Introduction KAIST (President, Shin, Sung-cheol) introduces six key patent technologies, including the 'Immune Activation Cancer Therapeutics' to activate the immune response of the patient to induce the body's innate immune system to kill cancer cells and 'ultra-high-resolution image conversion hardware technology' which instantly convert low-resolution images to high-resolution images (4K UHD) using real-time AI (Deep Learning) technology , which will be commercialized immediately. KAIST announced on October 3 that '2018 KAIST key patent technology transfer briefing seminar' will be held at COEX, Seoul, from 1 pm on October 10 under the supervision of the Industry-academia cooperation team (chief, Choi Kyung-chul). This seminar was designed to create an industry-university cooperation model that not only creates jobs but also enhances corporate competitiveness by transferring the superior technologies possessed by researchers of KAIST to companies. Officials from industry-academia cooperation team said that "We prepared this briefing as part of the innovation plan for technology commercialization, one of the five innovation areas of KAIST Vision 2031, which announced in March that KAIST will become the world's leading university by 2031." and announced that they will hold a briefing every year to select patent technology and transfer it to companies. KAIST plans to provide business finance support services through cooperation with the Technology Guarantee Fund to companies that transfer selected technologies. These companies will also receive various services from KAIST, such as business model development, patent-R & D linkage strategy analysis, domestic and foreign marketing priority promotion. The technology that KAIST introduced this year is the core patent technology of bio, nano, artificial intelligence, and semiconductor which is the center of the 4th industrial revolution. ① New nano patterning platform technology (Prof. Jung Hee Tae, Department of Chemical and Biological Engineering) ② Obtain candidate substances for immuno-activated chemotherapy (Prof. Byung-Seok Choi, Department of Chemistry) ③ Technology capable of mass production of biofuels using microorganisms (Professor Lee Sang-yeol, Department of Biochemical Engineering). ④ Compact single-shot ultra-spectral camera technology (Prof. Min H. Kim, School of Computing) ⑤ High-speed, high-resolution up-scaling technology based on AI (Deep Learning) (Prof. Moon-Chul Kim, Department of Electrical and Electronics Engineering) ⑥ Radiation-resistant MOSPET device (Prof. Hee-cheol Lee, Department of Electrical and Electronics Engineering) are included in six core patent technologies. In particular, Prof. Kim Mun-cheol and Prof. Min H. Kim's patent technology was introduced and exhibited at the International Household Appliance Expo (IFA 2018) held in Berlin, Germany from August 31 to September 5, attracting much attention from participants. The six core technologies selected by KAIST are highly influential in the industry and have been chosen considering the applicability to various fields in the future, market size, and technological innovation. To this end, KAIST has been conducting public consultations on excellent technologies in the campus, where professors directly researched and developed the patent, consulted and evaluated them with a panel of about 15 judges, including patent attorneys, venture investors, and commercialization experts. About 200 people, including business stakeholders and investors, will be invited to discuss the mutual cooperation plan including technology development and technology transfer. Professor Lee Sang-yeop, a researcher, and 6 professors will attend the meeting, present 15 minutes for each patented technology and consult about technology transfer at the site. In addition to this, President Shin Sung-chul, acting president of Korea Technology Guarantee Fund Kang Nak-kyu, CEO of Korea Softbank Lee Joon-pyo, and the president of KAIST's alumni association Cha Gi-cheol will participate in the 4th Industrial Revolution era and emphasize the significance of technology commercialization related to advanced technology held by the university. Professor Kyung-chul Choi, head of the KAIST's Industrial and Academic Cooperation Group, said, "With this tech transfer briefing, we will introduce the core patent technologies of KAIST to companies and develop them into global growth." "We will continue to discover core patent technologies and ideas for various projects that have not yet been discovered, thus activating the technology business using core technologies and actively pursuing industrial cooperation projects." said Choi.

The 7th OKBQA event held

The 7th Open Knowledge Base and Question Answering (OKBQA-7), where Professor Choi Ki-Sun of KAIST School of Computing is the General Chair, was held at the E3-1 Building of KAIST School of Computing from Aug. 7th to 10th, 2018. OKBQA-7 Hackathon, which is a place where experts, researchers and students gather in various fields with a total of 5 themes from August 7th to 8th. Topics like OKBQA Platform, Dialog Corpus, Multi -Modal Character Identification, Knowledge Base Population, and Free topics for joint research was actively discussed and brainstormed. On August 9th of this event, we conducted the OKBQA-7 tutorial program DeepLearningQA 2018 Tutorial. Yuta Nakashima, Andre Freitas, and Mikhail Burtsev, the top experts in each field, gave a lecture on topics such as Video Summarization, Open Information Extraction, and Deep Pavlov. On August 10, the last day of the event, OKBQA-7 Hackathon's achievements were summarized, and the OKBQA-7 Workshop program, a forum for future developments, new research topics, and free discussions on various consortia, was conducted. About 30 experts, researchers and students participated in the event. About 70 experts, researchers and students participated in the tutorial program.

Professor of Sung-Eui Yoon selected as ACM Senior ..

Professor Sung-Eui Yoon was selected as an ACM Senior Member in June 2018. The Association for Computing Machinery (ACM) was established in 1947 and is the world's first association of academics and academics in the field of computer science. As of 2007, there are about 83,000 members worldwide. ACM members who have demonstrated technical leadership for more than 10 years have been selected as senior members. Professor Sung-Eui Yoon, who was selected as a senior member of ACM, won the test-of-time 2006 and the best paper award at the High-Performance Graphics Society in 2015, was ACM Interactive 3D Graphics and Games (I3D) Co-President and Program Chair from 2012 to 2013, and held various tutorials in related research fields at IEEE and ACM conferences. So far, about 70 outstanding papers and high h-index have been recognized.

Professor Kang Sungwon＇s book ˝Systematic software..

Book of Professor Kang Sung Won of the School of Computing, "Development of a Systematic Software Product Line" (published by Hongneung Science Publishing Co., June, 2017, p. 475) was selected as the best academic book of the Korean Academy of Science in 2018. The Ministry of Education and the Republic of Korea Academy constituted an examination committee composed of 106 academic members and scholarship experts, conducted a multi-stage examination over a period of two months and selected a total of 285 books including humanities, social sciences, Korean studies, natural sciences. Selected books are distributed to university libraries nationwide in order to share excellent research results in the field of basic science. "Systematic Software Product Line Development" is the first Korean academic research work in the field of software product line. It sets out the fundamental principles of software product line development in a coherent and comprehensive way that goes beyond existing international literature and shows the working of these principles through case studies.

Establishment of smart science museum exhibition r..

Establishment of smart science museum exhibition research group to improve exhibitions of the 4th industrial revolution era (Development of exhibition service technology that combines indoor location recognition technology with AR / VR, IoT, AI technology) The exhibition guidance for the science museum is expected to be renewed. KAIST (President, Shin Sung-chul) and the National Science Museum (President, Bae Tae-min) will showcase the smart science museum exhibition group that develops a system that guides the exhibition hall of science museum by linking indoor technology and key technologies of the fourth industrial revolution such as AR / VR and IoT Was launched. The research institute has nine universities including KAIST(School of Computing : Han Dong-su, Park Jin-a, Department of Industrial Design : Lee Ki-hyuk), Yonsei University, HanYang University and six research institutes including Electronic Component Research Institute and National Center for Science and Technology., A total of 15 tasks will be undertaken. From the second half of 2018 to 2022, about 13 billion won of government budget will be spent for four years. There have been many difficulties due to the lack of qualified and professional exhibition guides. The efficiency of exhibition guidance using smart phones was also slow. When the indoor location-based exhibition guidance system that the research team is aiming at is launched, visitors can receive exhibition information service through various methods including AR / VR technique depending on the location. Specifically, a service similar to the explanation of the exhibition guide will be provided through a smart phone. They will also apply living-wrapping techniques, which will be used to improve the exhibition, by conveying various feedbacks from spectators to the science museum immediately. The indoor location will utilize the KAIST Indoor Locating System (KAILOS), an indoor location recognition system developed by KAIST for a long time. Bae Jeong-Hoe of the National Science Museum said "Every year hundreds of thousands of young people visit the science museum. We should show them various examples of science contributing to the development of our society through exhibitions and instill dreams and inspiration through science. That is reason why the exhibition of science museum should be changed and developed in accordance with the 4th industrial revolution era. The exhibition should be changed in conjunction with the core technology of the 4th industrial revolution and the exhibition guidance should be made using the latest IT technology.”. Professor Han Dongsoo, the chair of the research group, said, "We will systematically organize the science museum display technology and exhibition contents into a smart science museum display platform, which will make the exhibition information system more flexible and easier to expand. AR/VR technology and indoor location recognition technology will be used in the exhibition guide.” The exhibition guidance system developed by the research team will be applied first to the National Science Museum and gradually expanded to 167 science museums across the country. It will be applied to museums and art museums in each district that show exhibits like a science museum. [그림] 주요 서비스

Attracted research foundation Leading Research Cen..

The MARS (Massive, Automated, Reliable, Secure) Artificial Intelligence Integrated Research Center, directed by Professor Alice Oh, was selected as a new project of the Leading Research Center (ERC) by the National Research Foundation of Korea with a total of 987.5 billion won of funding from 2018 to 2023. The MARS Center aims to develop AI technology that can be applied directly to the real world, taking into account not only AI algorithms but also the operating environment and infrastructure systems. The MARS Center will be attended by feature PIs from the KAIST School of Electronic Engineering, Seoul National University, and Sungkyunkwan University, in addition to Professors Alice Oh, Insik Shin, Shin Yoo, Eunho Yang, Hongseok Yang, and Sung Ju Hwang in the School of Computing. Research Foundation Notice Link: http://nrf.re.kr/biz/notice/view?nts_no=106413&menu_no=44&biz_no=&search_type=&search_keyword=&

Software verification work with AI ... Co-develope..

This is a press release on the successful results of Concolic testing industry-academia research conducted jointly by Professor Kim, Moon-joo's team of our computer science department and Hyundai Mobis until 2017.10-2018.07 Dong-a : http://news.donga.com/list/3/08/20180722/91167931/1 YonhapNews : http://m.yna.co.kr/kr/contents/?cid=AKR20180720158800003&mobile BusinessPost : http://m.businesspost.co.kr/BP?command=mobile_view&num=89839§ion=4

Prof. Byunghoon Kang and his team is awarded a res..

ONR (Office of Naval Research, Department of Defense, USA) decided to support Prof. Byunghoon Kang's project "Towards Dialects Computing in Network and System Protocols". The research team consists of Prof. Byunghoon Kang, postdoctoral researchers Dr. JinSoo Jang and Dr. Hojoon Lee, and 10 Ph.D./Master candidates. They will conduct a study on blocking various attacks exploiting a formal protocol by polymorphizing existing network and system protocols. The research period will be three years (September 2018 - August 2021), and a total of 1.5 billion won (＄ 1,366,665) will be granted. Cases where the US Department of Defense directly supports overseas universities are unusual, suggesting recognition of the excellence of the team’s information protection research capacity.

A technology that can detect clickbait news from t..

The article is about the development of 'Clickbait news detection software' by alumni of the Web Science Graduate School, Dr. Gun-Woo Park (advisor: Meeyoung Cha), and undergraduate student Tae-gyun Kim. An article in Korean is available at the following: http://news.joins.com/article/22600687

Grand Prize at 2018 National Cryptographic Competi..

Professor Jooyoung Lee and his students Won-Seok Choi and Byeong-Hak Lee won the grand prize for their paper “Indifferentiability of Truncated Random Permutations” at the 2018 National Cryptography Competition. Prof. Lee is an associate professor at the KAIST School of Computing. He received his Ph.D. degree in Cryptography from University of Waterloo in 2005. He worked for the National Security Research Institute (NSR) as a senior researcher from 2005 to 2011, and then Sejong University as a professor until he joined KAIST in 2016. His research interests are cryptography and combinatorics. He is currently working on provable security in symmetric cryptography: block ciphers, modes of operation, hash functions and message authentication codes.

HCI＠KAIST Research Society, Various activities at ..

Researchers from HCI＠KAIST, an in-school community of human-computer interaction researchers at the KAIST School of Computing, showed active participation at the ACM CHI Conference on Human Factors in Computing Systems (CHI 2018). Currently, about 20 laboratories from four departments are participating. The CHI 2018 Conference held in Montreal, Canada from April 21 to 26, 2018, attracted more than 3,000 researchers from around the world and published over 600 papers. The HCI ＠ KAIST research society has published 19 papers, ranking KAIST among the world’s top 10 institutions in terms of the number of papers. Prof. Juho Kim of our faculty published seven papers in total and ranked 4th among global researchers based on the number of papers. Also, HCI＠KAIST held an annual KAIST Night event on the evening of April 25. KAIST Night aims to expand the network of international HCI researchers, promote international research collaboration, attract excellent faculty to HCI, and expand student internship opportunities. The KAIST School of Computing, Department of Industrial Design, and Golfzon sponsored this year's event. A total of more than 250 researchers from more than 60 institutions worldwide, including MIT, CMU, and Stanford University, as well as corporate HCI researchers from Google, Facebook, and Adobe, attended the event. A summary of the activities of HCI＠KAIST at CHI 2018 can be found on the following website: https://sites.google.com/site/hcikaist/workshop/chi2018

Prof. Jong Cheol Park＇s lab has been selected as S..

The Korean Ministry of Science and ICT and IITP selected Prof. Jong Cheol Park's laboratory as a SW Star Lab of intelligent software on April 20, 2018. The selected "SW Star Lab" is among a total of five laboratories in four universities: Seoul National University, POSTECH, Chung Ang University, and KAIST. There are two laboratories in the field of intelligent SW, and one for each area of distributed computing, algorithms, and UI/UX. The selected lab will receive project funding of up to 300 million won per year for up to eight years and is encouraged to develop a world-class research agenda through open software. Prof. Jong Cheol Park's lab will work on a research program on the development of software for automatically predicting the reliability distribution of given documents/dialogues, consisting of five modules: data collection, automatic collection of evidence, document/conversation reliability enhancement, document/conversation reliability distribution prediction, and linguistic analysis.

Prof. Juho Kim and his team received Honorable Men..

Professor Juho Kim received an Honorable Mention Award at the ACM CHI Conference on Human Factors in Computing Systems (CHI 2018) held in Montreal, Canada, on April 21-26. The CHI conference is the premier conference in the field of Human-Computer Interaction, and only the top 5％ of all papers receive the Honorable Mention Award. The study was a result of international cooperation with Ching Liu, a master’s student from Taiwan’s National Tsing Hua University and also an exchange student at KAIST, and Prof. Hao-Chuan Wang from UC Davis. In the paper titled “ConceptScape: Collaborative Concept Mapping for Video Learning”, they introduce a system that helps learners who watch lecture videos in an online education environment work together to create a concept map. Through the generated concept map learners can more easily explore and understand the content of the lecture. paper link: https://dl.acm.org/citation.cfm?id=3173961 more: https://kixlab.org/publications/

Prof. Moonzoo Kim and his team received Distinguis..

The paper, 'Invasive Software Testing: Mutating a Target Program to Diversify Test Exploration for High Test Coverage,' published by Prof. Moonzoo Kim of the KAIST School of Computing won the Distinguished Paper Award at IEEE ICST 2018 (International Conference on Software Testing, Verification and Validation, acceptance rate:25％). They suggest Invasive Software Testing, which is a new technology that goes beyond the existing SW testing paradigm. Invasive Software Testing extracts a variety of information from a number of variants of the target SW program and effectively detects errors in the field that the conventional SW testing cannot analyze. In the paper, they demonstrate experimentally that the SW analysis outcome is significantly improved compared to the latest testing technology through the DeMiner (guiDEed test generation using MutatIoN ExploRation) framework, which implements the Invasive Software Testing paradigm.

Professor Sukyoung Ryu delivered a keynote speech ..

Prof. Sukyoung Ryu delivered a keynote speech on “Static Analysis of Android Applications for Finding Bugs and Security Vulnerabilities” at <Programming> 2018. <Programming> 2018 is the International Conference on the Art, Science, and Engineering of Programming, where attendees discuss various theoretical, experimental, and engineering research results on programming. <Programming> 2018 was held in Nice, France from April 9 to 12, 2018.

Prof. Juho Kim’s research team developed algorithm..

Prof. Juho Kim and his research team developed an algorithmic platform for organizing and analyzing various sequential knowledge for a shared goal such as thousands of cooking recipes for a single dish. This research was done in cooperation with Prof. Maneesh Agrawala and his research team from Stanford University, USA, and a research team from EPFL, Switzerland. The article in Korean is available on the following website: http://www.etnews.com/20180409000376 This study was presented at ACM SIGCHI 2018, the premier conference in the field of HCI. The project website is available at the following address: https://recipescape.kixlab.org/

Wanju Local Food cooperative adapted the agricultu..

The Oliot platform, developed by a research team led by Prof. Daeyoung Kim, has been applied to Wanju Local Food cooperative, one of the largest agricultural cooperatives in Korea. The platform has been operational since April 5th. Articles in Korean can be found at the following: http://www.etnews.com/20180403000333 http://www.kaist.ac.kr/_prog/_board/?mode=V&no=79062&code=kaist_news&site_dvs_cd=kr&menu_dvs_cd=0601&list_typ=B&skey=&sval=&smonth=&site_dvs=&GotoPage=1 ​

Prof. Insik Shin develops ＇Flexroid＇ technology th..

Prof. Insik Shin's research team developed 'Flexroid', an Android operating system technology that prevents the inappropriate use of resources and information of the external code included in apps. An article in Korean is available on the following website: http://www.etnews.com/20180302000186

Profs. Sukyoung Ryu, Sung-Ju Lee, Junehwa Song, an..

Profs. Sukyoung Ryu, Sung-Ju Lee, Junehwa Song, and Min H. Kim’s research projects were selected to be presented in KAIST Breakthroughs, a biannual newsletter published by the College of Engieering at KAIST. Prof. Sukyoung Ryu: HybriDroid: Static analysis framework for android hybrid applications http://breakthroughs.kaist.ac.kr/?post_no=1027 Prof. Sung-Ju Lee & Junehwa Song: Zaturi: Create an audiobook for your baby using time that slips by http://breakthroughs.kaist.ac.kr/?post_no=1029 Prof. Min H. Kim: Compact hyperspectral imaging at low cost http://breakthroughs.kaist.ac.kr/?post_no=1026

Prof. Shin Yoo has been appointed as an editorial ..

Prof. Shin Yoo has been appointed as an editorial board member of Springer’s Empirical Software Engineering journal, starting from February 2018. Springer’s Empirical Software Engineering is an SCIE-indexed journal that specializes in empirical and data-driven software engineering research. ESE is one of the most prestigious software engineering journals: in 2016, ESE had an impact factor of 3.275 and a 5-year cumulative impact factor of 3.759. Google Scholar currently ranks ESE 12th among the software systems conferences and journals.

Prof. Jinah Park’sresearch selected as 2017 KAIST ..

Prof. Jinah Park and her research team’s work on "Hippocampal Shape modeling based on a Progressive Template Surface Deformation and Its Verification" has been selected as one of 2017 KAIST Top 10 representative R&D outcomes. The purposes of the 2017 KAIST Top 10 representative R&D outcomes are as follows: - To inspire researchers' motivation toward research by discovering and celebrating the outstanding achievements of KAIST R&D - To accumulate core technical information and outstanding accomplishments through continuous publications of annual reports and videos. - To induce the progress of a performance management system through systematic performance case management The award took place during the Research Day event in May 2018.

Ph.D. candidate Hyosu Kim wins the ＇HumanTech Pape..

Hyosu Kim, a Ph.D. candidate in the School of Computing, won the bronze prize in the Computer Science & Engineering division of Samsung Electronics Human Tech papers on February 7th. A research team composed of Ph.D. candidates Hyosu Kim and Byungil Kim (advisor: Prof. Insik Shin) at KAIST and Ph.D. candidate Daehyeok Kim at CMU won the prize by developing a touch detection technology using touch sound in a mobile environment. The team was highly acclaimed for their sound-based techniques and mobile HCI technology. Title - TapSnoop: Leveraging Tap Sound to Infer Tapstrokes on Mobile Touch-screen Devices Authors - Hyosu Kim (KAIST), Daehyeok Kim (CMU), and Byungil Cho (KAIST) The Samsung Electronics HumanTech Paper Award was established in 1994 to discover creative and challenging young people who will lead the future science of Korea and to create a social atmosphere that emphasizes technology and revitalizes the research atmosphere in schools. An article in Korean is available at the following: https://humantech.samsung.com/saitext/board.do

2018 Songam Future Scholar Research Excellence Awa..

Professor Eunho Yang was awarded a 2018 Songam Future Scholar Research Excellence Award. The Songam Future Scholar Research Excellence Award is granted according to the will of President Lee of Korea Former Co. and is given to Assistant Professors in Engineering Schools with less than five years in that position with an excellent research performance in order to encourage their research activity. Prof. Yang is an Assistant Professor at the KAIST School of Computing. Prior to joining KAIST in the summer 2016, he spent two years as a research staff member at IBM T.J. Watson Research Center. He obtained his Ph.D. in 2014 from the University of Texas at Austin, and earned M.S. and B.S degrees from Seoul National University in Korea in 2006 and 2004, respectively. From 2006 to 2009, he was a researcher at Korea Telecom as the alternative military service in Korea. His research interests are in statistical machine learning in general with a special focus on high-dimensional statistics.

Prof. Insik Shin develops technology to reduce sma..

Prof. Insik Shin’s research team developed technology that can reduce the power consumption of smartphone web browsers down to 40％. It is expected to boost the battery time by reducing web browsing power consumption, which is a significant part of smartphone power consumption. Prof. Shin’s team said on etnews on Jan 8th that they have developed a low power mobile browsing technology by optimizing the frame rates of web pages. “Low power mobile browsing allows us to increase smartphone power performance with software only. It will help smartphone manufacturers and web browser developers who are trying to optimize power consumption,” said Prof. Shin in an interview. Etnews article in Korean is available at the following: http://www.etnews.com/20180105000383

Team NLPCL ＊ CGV (Jung-Ho Kim, Youngjin An, Wonsuk..

Team ‘NLPCL ＊ CGV’ attended the ‘SW/Demo Contest’ and won the best demo award during the Korea Software Congress 2017 held in Busan on December 20th~22nd. Team ‘NLPCL ＊ CGV’, comprised of Ph.D students Jung-Ho Kim, Wonsuk Yang and Fitsum Gaim of NLPCL Lab (advisor: Jong Cheol Park) and Master’s student Youngjin Ahn of CGV Lab (advisor: Jinah Park), has demonstrated a ‘VR training and mobile feedback system to increase communication ability in work environment’ by merging VR and AI technology.