in this paper, an intelligent controller is applied to control omni-directional robots motion. first, the dynamics of the three wheel robots, as a nonlinear plant with considerable uncertainties, is identified using an efficient algorithm of training, named lolimot. then, an intelligent controller based on brain emotional learning algorithm is applied to the identified model. this emotional lea...

This paper describes the development of a vision-only intelligent interface for dexterous robots capable of tracking operator motions, analyzing trajectory feasibility, and providf6g visual feedback to the operator. This system analyse3Jhe operator’s arm motion for safety, and then converts at into trajectory commands for a mechanical arm. Potentially dangerous situations, such as singularity a...

The PUMA (Programmable Universal Machine for Assembly, or Programmable Universal Manipulation Arm) is an industrial robot arm developed at a pioneering robot company Unimation. Application engineering, design experience, and enhanced manufacturing techniques have resulted in a powerful robot line with long reach and heavier payload capabilities. The advanced design and flexibility of the robots...

Adaptive and Fault Tolerant Tracking Control of a Pneumatic Actuator p. 49 Experimental Verification of Human Skill Transfer to Deburring Robots p. 61 Learning of Robotic Assembly Based on Force Information p. 78 Model Based Implementation of a Manipulation System with Artificial Skills p. 89 A Learning Control System for an Articulated Gripper p. 99 Implementation of Behavioral Control on a Ro...

Assistive humanoid robots operating in everyday life environments have to autonomously navigate and perform several tasks. In this paper we propose a neural network based humanoid robot navigation and arm trajectory generation. The robotic system, which is equipped with a visual sensor, laser range finders, navigates in the environment. The neural controllers generate the robot arm motion in dy...

SUMMARY The question of control and stabilization of flexible space robots is considered. Although, this approach is applicable to space robots of other configurations, for simplicity, a flexible planar two-link robot, mounted on a rigid floating platform, is considered. The robotic arm has two revolute joints and its links undergo elastic deformation in the plane of rotation. Based on nonlinea...

This paper introduces a new approach to control a robot manipulator in a way that is safe for humans in the robots workspace. Conceptually the robot is viewed as a tool with limited autonomy. The limited perception capabilities of automatic systems prohibits the construction of failsafe robots of the capability of people Instead, the goal of our control paradigm is to make the interaction with ...

Traditional robots have rigid underlying structures that limit their ability to interact with their environment. For example, conventional robot manipulators have rigid links and can manipulate objects using only their specialised end effectors. These robots often encounter difficulties operating in unstructured and highly congested environments. A variety of animals and plants exhibit complex ...

Optimization fabrics are a geometric approach to real-time local motion generation, where motions designed by the composition of several differential equations that exhibit desired behavior. We generalize this framework dynamic scenarios and nonholonomic robots prove fundamental properties can be conserved. show convergence trajectories avoidance moving obstacles guaranteed using simple constru...

This study presents the overall architecture of HeterBot, a heterogeneous mobile manipulation robot developed in our lab, which is designed for versatile operation hazardous environments. The most significant feature HeterBot design created by adopting idea ‘big arm + small arm’ and car mini car’. combination has advantage functional complementation, achieves performance promotion both locomoti...