NAVER LABS EUROPE
Creating new connections by advancing technology
NAVER LABS is the R&D subsidiary of NAVER, Korea’s leading internet company and the part of NAVER responsible for creating future technology. Its world-class researchers in Korea and Europe create new connections between people, machines, spaces and information by advancing technology in AI, robotics, autonomous driving, 3D/HD mapping and AR.
NAVER LABS Europe is the biggest industrial research lab in artificial intelligence in France and a hub of NAVER’s global AI R&D Belt, a network of centres of excellence in Korea, Japan, Vietnam & Europe. The scientists at NAVER LABS Europe conduct fundamental and applied research in the fields of machine learning and optimization, computer vision, natural language processing and UX and ethnography. The two main areas of application of research are ‘AI for Robotics’ and ‘AI for our Digital World’. The site is located in Grenoble, France.
NAVER LABS Europe site
Founded in 1999, Naver is Korea’s largest Internet company with hundreds of millions of users worldwide. As a global technology company, it operates the No.1 search engine in Korea, Naver, as well as other online services, such as LINE mobile messenger, Webtoon and Webnovel publishing, SNOW video camera app and ZEPETO metaverse platform. Naver recorded sales of KRW 5.3 trillion (USD 4.6 billion) in 2020 and is pursuing changes and innovations in technology platforms through continuous research and development of future technologies, such as artificial intelligence, robotics and mobility.
PARTNERS
RESEARCH – EU/GOVT – BUSINESS – ENTREPRENEURS
Our partnerships range from long-term fundamental research to student exchanges, visiting professorships and annual projects.
International ACM SIGIR Conference on Research and Development in Information Retrieval (SIGIR) 2022
Multimodal pre-training has the potential of being a game changer in spoken language processing. In this blog, we review 3 recent papers on the topic published by Meta, Microsoft (and academic partners) and Google
Theoretical and experimental findings to improve regression applications: a 3D rotation case study. Code.