Prentice-Hall / ACM Press / VF / S. G. R. C. Ltd / Tsinghua Univesity Press / /
Country
Switzerland / Italy / France / Canada / China / /
Currency
Rs / / /
Facility
Laboratory of Pattern Recognition / University of Missouri / University of Saskatchewan / Beihang University / /
IndustryTerm
online inference / software system / image/video processing / software engineering / control algorithms / expanded software system / parallel algorithms / on-line table looking-up / conventional software developing methods / concrete algorithms / software requirements / online computations / software development / specific algorithms / multi-agent systems / software system bottom-up / software modeling / fuzzy algorithm / oriented software / control systems / concrete control algorithms / it to systems / hybrid systems / /
Organization
School of Automation Science and Electrical Engineering / Beihang University / Yong-Fei Zhang School of Automation Science and Electrical Engineering / Laboratory of Pattern Recognition and Intelligent Systems / Beihang University / Beijing / Shi-Yin Qin School of Automation Science and Electrical Engineering / University of Missouri / Columbia / Objected Oriented Methods Qian Zhang Department of Computer Science / University of Saskatchewan / School of Automation Science and Electrical Engineering in Beihang University / /
Person
Xin Wang / Shi-Yin Qin / Hua Wu / /
Position
use cases model for this behavior-based robot / above fuzzy controller / requirement model for requirements analysis / actor / behavior-based robotics controller / fuzzy controller / fuzzy controller for obstacle avoidance / Professor / Fuzzy logic controller / planner / obstacle avoidance controller / controller / /
JOURNAL OF COMPUTERS, VOL. 4, NO. 4, APRILModeling and Analysis for Obstacle Avoidance of a Behavior-Based Robot with Objected