Search results for ECCV
AI & Enterprise
ETRI, KAIST take top spot in robot navigation challenge
South Korean researchers won first place in an international competition with robot AI that understands human speech and navigates to a destination on its own. The Electronics and Telecommunications Research Institute and the Korea Advanced Institute of Science and Technology formed a joint team that topped the VLNVerse challenge at the ECCV 2026 computer vision conference in Malmo, Sweden, beating 112 teams. The team recorded a 90.7 percent average success rate and won on earlier submission time.
AI & Enterprise
Kakao unveils ECCV AI video generation efficiency technology, boosts training speed 6.9-fold
Kakao is unveiling a technology that reduces computation needed for AI video generation by adjusting the number of tokens used depending on a video\'s complexity. In tests, the method lifted training speed for a video generation model by about 6.9 times and improved generation processing speed by about 3.2 times compared with existing approaches. Kakao plans to further develop the technology for higher-resolution and longer-duration video generation.
Games & Commerce
Naver gets 23 papers accepted at ECCV 2026, four named \'Spotlight\'
Naver said 23 papers from its technology organisations, including Naver Labs, Naver Labs Europe, Naver AI Lab and Naver Cloud, were accepted as regular papers at ECCV 2026. Four were selected for ECCV Spotlight, awarded to about 1 to 2 percent of submissions. The accepted research spans 3D perception and reconstruction, vision AI models and robot driving simulation, including work on SLAM, indoor 3D generation from a single panorama, and a city-scale model developed with KAIST.
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Telecommunications & Media
SKT, KAIST develop AI video compositing technology InsertAnywhere
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Telecommunications & Media
SKT\'s InsertAnywhere accepted by ECCV, one of top three computer vision conferences
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Games & Commerce
Naver Labs Europe unveils \'DIVINE\' general-purpose encoder for autonomous robots, integrating visual AI models