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禁止且拒絕未經各資訊當事人同意,擅自蒐集本服務提供的使用者個人資訊資料等資料之行為。即使是公開資料,若未經許可使用爬蟲等技術裝置進行蒐集,依個人資訊保護法可能會受到刑事處分,特此告知。
© 2025 Rocketpunch, 주식회사 더블에이스, 김인기, 大韓民國首爾特別市城東區聖水一路10街 12, 12樓 1號, 04793, support@rocketpunch.com, +82 10-2710-7121
統一編號 206-87-09615
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춰두리무바라트
I am interested in working with deep-learning-based frameworks, particularly, but not limited to, 3D reconstruction domain in computer vision, and VLMs .
職涯
貼文
AI 職涯摘要
춰두리무바라트님은 컴퓨터 비전 분야, 특히 3D 복원 및 VLM(Vision-Language Models)에 대한 딥러닝 기반 프레임워크 활용에 깊은 관심을 가진 연구원입니다. UNIST Vision and Learning Lab에서 VLMs를 미세 조정하여 3D 손 형상 설명을 생성하고, 3D 손 기반 다운스트림 작업을 위한 딥러닝 프레임워크를 훈련하는 두 편의 논문을 공동 집필하는 등 3D 컴퓨터 비전 분야에서의 연구 경험을 쌓았습니다. 또한, 오디오 주파수 데이터의 피치 분할 알고리즘 런타임을 66배 단축하고, 뉴스 기사 추천 설정에서 LinUCB 및 Thompson Sampling 알고리즘의 효율적인 버전을 구현하는 등 알고리즘 최적화 및 구현 능력을 보여주었습니다.
經歷
- Succeeded in getting VLMs (LLaVA, Deepseek, Qwen2.5, mPLUG-Owl3) to generate 3D hand geometry description by fine-tuning them on data generated from syntactic data generation pipeline. - Co-authored two papers (one under review) that train deep-learning-based framework to perform 3D hand-based downstream tasks. - Adapted Scene-Representation-Transformer to be compatible with the multiview 3D hand geometry representation. - Succeeded in adapting the deep-learning-based 3D human-avatar generation pipeline “gDNA” towards posed generative 3D hand reconstruction.
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Research Participant
Centre for Soft and Living Matter, Institute of Basic Science, UNIST
2022년 9월 - 2022년 12월 · 4개월
Achieved a 66x runtime speedup on a pitch-segmentation algorithm for audio frequency data by optimizing the bottlenecks in code and restructuring the code to be able work with the Numba package
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- Implemented efficient versions of the contextual bandit algorithms LinUCB and Thompson Sampling on a news article recommendation setting - Gained a computation speed up of 2x and 3.4x on performing recommendation task on the Yahoo R6A dataset using parallel versions of Thompson Sampling and LinUCB algorithm respectively - Demonstrated that parallelizing LinUCB and Thompson sampling algorithms lead to insignificant loss in rewards in exchange for a massive speed gain - Presented the research results in a research fair organized by UNIST
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活動
프로젝트
Simulating soft-tissue deformation in hand interacting with an object.
2024년 1월 - 2024년 3월 · 3개월
Simulating soft-tissue deformation in hand interacting with an object.
프로젝트
Pedestrian detection using real-time transformer-based methodologies
2023년 11월 - 2023년 12월 · 2개월
Integrated EfficientViT into RT-DETR by using EfficientViT as the backbone of RT-DETR, replacing the ResNet-based backbone in RT-DETR, to perform real-time pedestrian detection.. Achieved higher accuracy than baseline RT-DETR with fewer queries, improved FPS while maintaining real-time performance.
프로젝트
Development of news article recommendation system via reinforcement learning
2020년 12월 - 2021년 12월 · 1년 1개월
A research project that involved implementing efficient versions of LinUCB and Thompson Sampling contextual bandit algorithms for news article recommendations that yielded 2x and 3.4x computation speed improvements on Yahoo R6A dataset, with minimal reward loss, showcasing their effectiveness.
프로젝트
Portfolio construction of stocks using social network analysis.
2021년 11월 - 2021년 12월 · 2개월
Developed an optimized stock portfolio from the S&P500 using Markowitz Portfolio Theory and centrality-based social network analysis to select low-centrality stocks, surpass the benchmark index’s growth rate, and reveal correlations between stock price changes and their centrality measures.
프로젝트
Grocery Store Sales Prediction using past sales data
2021년 11월 - 2021년 12월 · 2개월
Developed and evaluated autoregressive time-series models on five years of grocery store sales data, determined optimal parameters for varying complexities, and benchmarked their performance against deep-learning approaches.
語言
고급 (자유로운 의사소통)
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