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Research Contents

Research Contents

PROJECTS > Research Contents

2-4 Smart Mobility Platform

Participants
Topic 1. Development of utility technology for smart mobility
Participants
  • Kyungil Cho, CISS
  • HyungWon Kim, Chungbuk National Univ. (Electrical & Computer Engineering)
Purpose
  • Development of bone-conduction ear-set
  • Development of 3D gesture recognition system
  • Development of wireless sensor network platform
Research Contents
  • Development of noise reduction, equalizer filter design, bone-conduction unit
  • Development of MEMS-based 3D gesture recognition system using ultrasound발
  • Development of wireless sensor network platform for high-speed moving motilities

Expected Contribution
  • Solution of noise reduction for high quality call and equalizer filter design
  • Solution of short range 3D gesture recognition using 2D MEMS ultrasound sensors
TOPIC 2 : Development of electric power technology for smart mobility
Participants
  • CEO Kyeong-Hak Lee, WARPsolution, Inc.
  • Soon-Cheol Kweon, Korea Institute of Science and Technology
Purpose
  • Development of wireless power transfer, power gauging, and battery package for smart mobility
Research Contents
  • Development of long range multi-frequency wireless power transfer technology
  • Development of gauging technology of battery remains without power consumption
  • Development of small battery package for mobility vehicle

Expected Contribution
  • Development of RF Matching Solution, wireless powering solution
  • A solution for solving the power supply problem to low power sensor nodes
TOPIC 3 : Development of vehicles for smart mobility
Participants
  • Daeyi Jung, CISS
  • Naehyuck Chang, KAIST (Electrical Engineering)
  • Lee, Young Il, Seoul Tech (Electrical and Information Engineering)
Purpose
  • Remodeling the electric vehicle for rough road
  • Development of motor controller for electric vehicle

Research Contents
  • Development of battery package for electric vehicle of rough road
  • Development of high efficiency utility power package for remodeling electric vehicle
  • Development of power train system for remodeling electric vehicle
Expected Contribution
  • Enhancement of remodeling electric vehicle efficiency and battery life time
  • Expand to electric boat market using developed battery package, BSM and so on
TOPIC 4 : Developing of Nanogenerators for Self-powered sensornode platform
Participants
  • Keon Jae Lee, KAIST (Materials Science & Engineering)
Participants
  • Prof. Keon Jae Lee (KAIST Dept. of Materials Science and Engineering)
Purpose
  • The purpose of this project is to demonstrate the high performance flexible nanogenerators with power density of 50mW/cm3 and output current of 1mA by innovation of materials, structure, and process. That can be used for electrical power of sensor nodes with charging or replacing battery.
Expected Contribution
  • The large area transfer process and nanocomposite synthesis technology from this project are fusion technology of NT/IT, which would provide source technology, patents, and SCI papers. Moreover, the high-performance nanogenerator can be used for power source of sensor nodes

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