조향 함수를 고려한 UCT/AGV 설계 및 구현

UCT/AGV Design and Implementation Using Steering Function in Automizing Port System

  • 발행 : 2000.06.01

초록

In this study, as the preliminary step for developing an unmanned vehicle to deliver a container-box, we designed and implemented Automatic Guided Vehicle(AGV) Simulator for the purpose of Port Facilities Automation. It is preferable to research the intelligent AGV for delivery all day long. For complementing AGV simulator driving, we used multiple-sensor systems with vision, ultrasonic, IR and adapted the high-speed wireless LAN that satisfies the IEEE 802.11 Standard for bi-directional communication between main processor in AGV and Host computer. Here, we mounted on bottom frame in AGV Pentium-III processor, which combine and compute the information from each sensor system and control the AGV driving, and used the 80C196KC micro-controller to control the actuating and steering motors.

키워드

참고문헌

  1. 부산대학교 대학원 석사 학위논문 컨테이너 트랜스포터의 무인 주행 제어 허남
  2. IEEE Trans. on Industrial Electronics v.36 no.3 Continuous steering-function control of robot carts Nelson, W.L.
  3. IEEE Robotics & Automation Mag. v.2 no.1 Closed loop steering of unicycle-like vehicles vea Lyapunov techniques M. Aicardi;G. Casalino;A. Bicchi;A. Balestrino
  4. Int. J. of Robotics Research v.8 no.5 On the kinematics of wheeled mobile robots J. C. Alexander;J. H. Maddocks
  5. KSME International Journal v.11 no.4 Sensitivity Analysis of Side Slip Angle for a Front Wheel Steering Vehicle : a Frequency Domain Approach Jin-Hee Jang;Chang-Soo Han
  6. KSME International Journal v.11 no.6 Sensitivity Analysis of the Front Wheel Steering Vehicle : In the Time Domain Jin-Hee Jang;Chang-Soo Han
  7. The Internationar Journal of Robotics Research v.17 no.2 A Unified Approach to Motion Control of Mobile Manipulators Homayoun Seraji
  8. Mathematical and Computer Modelling v.30 Path Planning and Prototype Designe of an AGV Kun-Hsiang Wu;Chin-Hsing Chen;Juing-Ming Ko