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  • Home > R&D > R&D Contents
  • Biped Walking Robot with Human Upper Body HWARANG
  • Motor-driven Quadruped Robot Platform PQ1
  • Autonomous Underwater Vehicle PIRO-AUV
  • & Popo Mobile Robot with Human Upper Body Phope & Popo
R&D Contents
Technology Joint Research Themes
Manipulation and Mechanism
  • Development of an automation system
  • Development of strength control technology for robot arms
  • Development of biped and quadruped walking mechanisms
  • Biomimetic mechanism
  • Haptic equipment
  • Bio-based operation
Movement and Location Sensors
  • Technological development of location sensing and path planning
  • Development of real-time SLAM technology
  • Development of an adaptive navigation system
  • Artificial/natural display of time-based location estimation
HRI Robot Intelligence and HRI
  • Technological development to enhance ease-of-use in HRI systems
  • Development of static-resistant voice recognition
  • Development of a conversation processor that is resistant to voice recognition errors
  • of face and person identification that is resistant to changes in the lighting environment
  • Technological development of real-time 3-dimensional object sensing
Components
  • Development of miniature sensors using MEMS technology
  • Development of sensor signal processing technology
  • Development of planetary gear reducers
  • Development of torque sensors
Joint Research Themes
  • Development of integrated technology for a dual network-compatible distributed processing system
  • Development of robot software platform technology
  • Standardization of the application protocol
  • Development of a distribution control system

San 31, Hyoja-dong, Nam-gu, Pohang-si, Gyeongsangbuk-do, Korea 790-784 /Copyright (C) 2009 POHANG INSTITUE OF INTELLIGENT ROBOTICS. All rights reserved.