| - | Implementation of a self-sensing MEMS cantilever for nanomanipulation | KIM DEOK HO; KIM KYUNG HWAN; 홍재완 |
| - | Intelligent product design with fuzzy conflict resolution methodology | Ha Sung Do; 김재중; KIM KYUNG HWAN; LEE SOO HONG |
| - | Intelligent user interface for teleoperated microassembly | Song Eun Ha; KIM DEOK HO; KIM KYUNG HWAN; 이재훈 |
| - | Interactive dynamic simulation using haptic interaction | Wookho Son; KIM KYUNG HWAN; Nancy M. Amato; Jeffrey C. Trinkle |
| - | Micro manipulation considering human interface | KIM KYUNG HWAN; Cha Sang Min; KIM DEOK HO |
| - | Modeling and simulation of nanorobotic manipulation with an AFM probe | KIM DEOK HO; 박정렬; Kim Byung Kyu; KIM KYUNG HWAN |
| - | Motion planning of an AFM-based nanomanipulator in a sensor-based nanorobotic manipulation system | KIM DEOK HO; KIM TAESUNG; KIM KYUNG HWAN; Kim Byung Kyu |
| - | Multiple vision based micromanipulation system for 3D-shaped micro parts assembly | SEOK JOO YI; KIM KYUNG HWAN; KIM DEOK HO; Park Jong Oh; 박귀태 |
| - | Position and force control of a sensorized microgripper | Kim sang min; KIM KYUNG HWAN; 심재홍; Kim Byung Kyu; KIM DEOK HO; 정정주 |
| - | Recognization of 3D-shaped micro parts using multiple vision for micro manipulation. | SEOK JOO YI; KIM KYUNG HWAN; KIM DEOK HO; Park Jong Oh; 박귀태 |
| - | Recognizing and tracking of 3D-shaped micro parts using multiple visions for micromanipulation | SEOK JOO YI; KIM KYUNG HWAN; KIM DEOK HO; Park Jong Oh; 박귀태 |
| - | Teleoperated microassembly and its application to peg-in-hole task | KIM DEOK HO; 김윤경; KIM KYUNG HWAN; 최원 |
| - | Toward human-friendly and dexterous teleoperation for macro and micro robots | KIM KYUNG HWAN; Park Jong Oh |
| - | Vision based micromanipulation | SEOK JOO YI; KIM KYUNG HWAN; KIM DEOK HO; Park Jong Oh; 박귀태 |
| - | 애매한 데이터 처리를 위한 Fuzzy-statistical control chart. | Ha Sung Do; KIM KYUNG HWAN |
