[ Notice ] AMI Lab is looking for self-motivated prospective 'Grad Students'. if you are interested in joining AMI Lab, please send an to email@example.com AMI Lab에서는 열정 넘치는 '대학원생 연구원' 을 모집하고 있습니다. AMI Lab에 관심 있으신 지원자 분들은 입학 및 연구참여 담당자 (firstname.lastname@example.org) 에게 해 먼저 연락해주세요.
AMILab mainly focuses on the following research agenda: * - Multi-modal learning - Video (visual and temporal) understanding - 3D perception understanding * - Prior based learning and inference - Minimal-supervised learning - Learning with human-in-the-loop
We believe that, in order to achieve Artificial Generic Intelligence, Sensing and Efficient Learning are the most important and fundamental blocks needed to be done first.
We are working toward developing machine perception capability by understanding human perception capability; thereby, intelligent agents can efficiently learn to understand about the real-world.
Besides this, AMILab members have broad research interests in Computer Vision & Machine Learning. In particular, we put a high priority on the research that connects human and machine, i.e., human centric research.
Lastly, we are interested in the following general topics as well. * Deep neural networks * Invariant representation learning * Low-rank & sparse structure, and related optimization techniques including compressed sensing
To check out AMI Lab's publication list, please refer to this page
Information about computer vision and machine learning academic field * Top-tier conferences : CVPR, ICCV, ECCV, NeurIPS (NIPS), ICML, and ICLR are considered as high prestigious and top-tier conferences, which deem to have larger impacts than most SCI journals. According to Google scholar metrics, all these conferences are listed in the top 100 in all academic fields. Out of them, CVPR is the 5th rank (Science and Nature are the 1st and 3rd ranked) among all academic fields, In terms of the acceptance rate, oral presentations are about <4% and poster presentations about 25%, i.e., highly competitive. * Top-tier journals : IEEE TPAMI and IJCV have the highest impact factors across all computer science categories. As of 2020, the impact factor of TPAMI is 17.861.
경상북도 포항시 남구 청암로 77 포항공과대학교 공학 2동 508-2호 (Unit 508-2, Engineering Building II, Cheongam-ro, Nam-gu, Pohang-si, Gyeongsangbuk-do, Republic of Korea)
Phone : 054-279-5934 📥 Admission & URP : email@example.com