wheeled robot
Adaptive Intelligent Systems applied to two-wheeled robot and the effect of different terrains on performance
... This work discuss two different intelligent controllers: Online Neuro Fuzzy Controller (ONFC) and Proportional-Integral-Derivative Neural Network (PID-NN). They were applied to maintain the equilibrium and to control the ...
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BBot, a hopping two-wheeled robot with active airborne control
... a wheeled-based robot that climbs up and down stairs ...their robot to land softly and double-hop in midair. Kikuchi robot consists of a statically stable wheel ...the robot has to land ...
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Dynamic Modeling and Nonlinear Control of Spherical wheeled Robot
... The spherical-wheeled robot as a class of system with multi-degrees of freedom, underactuation and highly coupled nonlinear. Therefore, most research carry out the linearization of their model in the study, ...
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Balancing wheeled robot
... two wheeled robot called ‘SEGWAY HT’ is available commercially (Dean Kamen ,2001) ...this robot has is that it is able to balance while a user is standing on top of and navigate the terrain with ...
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Balancing a two wheeled robot
... the robot and its ...with robot construction is in dealing with a high voltage ...the robot are very expensive, and the high cost makes the risk even ...
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Online Full Text
... two-wheeled robot can besimply considered as an inverted pendulum on a two coaxial wheels which have independent ...two-wheeled robot dynamic model is difficult to obtain, it is very difficult ...
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SELF-BALANCING ROBOT
... The input to the controller is the error from the system. The Kp, Ki, and Kd are referred as the proportional, integral, and derivative constants (the three terms get multiplied by these constants respectively). The ...
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Motion Analysis of A Mobile Robot With Three Omni-Directional Wheels
... The experiments are done by six different combinations of the three omni-directional wheeled robot starting points and each combination is used three times to different tests. When all three wheels are ON ...
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Trajectory tracking Sliding Mode Control for Two Wheeled Mobile Robot
... two-wheeled robot, and aiming at the nonlinear systems with uncertainties variable structure, a trajectory tracking model based on sliding mode control (SMC) was designed by utilizing state vector to ...
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Auto-Balancing Two Wheeled Inverted Pendulum Robot
... This part of the paper proposes the implementation of the Auto-Balancing Two Wheeled Robot. The task of balancing inverted pendulum is very complex if we try to derive a single Transfer Function equation ...
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Module based structure design of wheeled mobile robot
... appropriate wheeled robots, ...the robot structure can be con- veniently reconfigured to the other type by simply changing the appropriate modules according to the functions desired by specified ...of ...
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Wheeled Mobile Robot Obstacle Avoidance Using Compass and Ultrasonic
... mobile robot (AMR) for navigation purpose. The wheeled robot is capable to perform two ...The robot uses two sensors to navigate and avoid the obstacle, a digital compass HMC5883L uses to ...
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Motion Anisotropy Analysis of the Four Wheeled Mobile Robot
... CANOpen communication network was formed by the CAN ports of the motor driversand the industrial control board by extending the CAN card. All data sending and receiving was realized by CANOpen network. The highest ...
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Motor speed controller for differential wheeled mobile robot
... mobile robot platform used is a differential drive wheeled mobile robot platform as shown in ...mobile robot platform is 160 mm x 160 ...
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Reduction of Odometry Error in a two Wheeled Differential Drive Robot (TECHNICAL NOTE)
... matching and satellite based navigation signals, but none of these existing methods are well designed. Another approach to the pose determination of mobile robots is based on inertial navigation with gyros and ...
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A Comparison of Controllers for Balancing Two Wheeled Inverted Pendulum Robot
... mobile robot is driven by two DC motors, which is driven by a 24v motor ...the robot for feedback control, two optical encoder with a resolution of 500 pulses/rev is attached to the shaft of each DC motor ...
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A Comparative Study of Controllers for a Two Wheeled Self-balancing Robot
... Two wheeled self-balancing vehicle based on the concept of an inverted pendulum is built by researchers at the industrial electronics ...two wheeled car [4]. PI control is not satisfactory for a two ...
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Controlling of Two Wheeled Self Balancing Robot using PID
... The physics for this robot is simple: the robot stands in two points lined with the wheel, and it tends to fall vertically. The movement of the wheel in the direction of the falling raises the robot ...
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Indirect Neural Adaptive Control for Wheeled Mobile Robot
... O nce the uncertainties of a dynamic system are included, nonconventional methods for control turn important. For example, the neural networks (NN) must-have capabilities in order to reject the approximation error caused ...
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Design and parametric control of co axes driven two wheeled balancing robot : a thesis presented in partial fulfilment of the requirements for the degree of Master of Engineering in Mechatronics at Massey University, School of Engineering and Advanced Technology, Albany, New Zealand
... Figure 5.4 illustrates that displacement overshoot increases with increasing the location of centre of gravity. Also this fact was observed by several experiments that robot was tended to fall faster when centre ...
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