Sosuke Kobayashi
Scholar

Sosuke Kobayashi

Google Scholar ID: VY6PqvsAAAAJ
Preferred Networks, Inc., Tohoku University
Machine LearningNatural Language ProcessingComputer VisionArtificial Intelligence
Citations & Impact
All-time
Citations
2,142
 
H-index
16
 
i10-index
20
 
Publications
20
 
Co-authors
18
list available
Resume (English only)
Academic Achievements
  • - 'When Does Metadata Conditioning (NOT) Work for Language Model Pre-Training? A Study with Context-Free Grammars' (COLM 2025)
  • - 'Efficient Construction of Model Family through Progressive Training Using Model Expansion' (COLM 2025)
  • - 'User-Guided Correction of Reconstruction Errors in Structure-from-Motion' (IUI 2025)
  • - 'Spike No More: Stabilizing the Pre-training of Large Language Models' (COLM 2025)
  • - 'B2T Connection: Serving Stability and Performance in Deep Transformers' (ACL Findings 2023)
  • - 'Decomposing NeRF for Editing via Feature Field Distillation' (NeurIPS 2022)
  • - 'Diverse Lottery Tickets Boost Ensemble from a Single Pretrained Model' (BigScience 2022)
  • - 'VocabEncounter: NMT-powered Vocabulary Learning by Presenting Computer-Generated Usages of Foreign Words into Users' Daily Lives' (CHI 2022)
Research Experience
  • - Researcher at Preferred Networks, Inc.
  • - Specially Appointed Associate Professor (Visiting) at the Center for Language AI Research, Tohoku University
  • - High-quality 3D/4D reconstruction
  • - Neural scene representations with semantic or language features
  • - Tractable training methods of large language models
  • - Analyzing influence of training by deterministic dropout
  • - Subnetworks for building diverse models at once
  • - Random parameters in neural networks
  • - Controlling robots/agents with language or other interactions
  • - Language-model-based conditional data augmentation
  • - Entity-centric representations in NLP
Education
  • Holds a PhD in Information Science.
Background
  • Research interests include machine learning, natural language processing, and 2D/3D/4D computer vision. Broadly interested in exploring surprising and useful findings and applications across various AI fields.