two-wheeled
Adaptive Intelligent Systems applied to two-wheeled robot and the effect of different terrains on performance
... discuss two different intelligent controllers: Online Neuro Fuzzy Controller (ONFC) and Proportional-Integral-Derivative Neural Network ...a two-wheeled robot ...the two-wheeled robot ...
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A Comparative Study of Controllers for a Two Wheeled Self-balancing Robot
... ABSTRACT: Two wheeled self –balancing robot is an inverted pendulum concept. It is an unstable, nonlinear and strong coupling system.This work mainly deals with the study of various controllers on a ...
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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
... Two-wheeled balancing robot is an unstable dynamic system. It means that robot is free to fall forward or backward without any applied forces. Robot is balance when its centre of gravity and wheels are ...
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Proportional integral sliding mode control of a two-wheeled balancing robot
... As a final year project student Ooi (2003) had discussed the development of a two-wheeled balancing autonomous robot based on the inverted pendulum model. The system is built as a platform to investigate ...
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Controlling of Two Wheeled Self Balancing Robot using PID
... A two wheeled self balancing robot based on the inverted pendulum model principle has been successfully constructed. The control strategies employed at balancing the robot include calibration of MPU6050 and ...
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Bacterial foraging-optimized PID control of a two-wheeled machine with a two-directional handling mechanism
... algorithms based on convergence speed and fitness accu- racy. On the other hand, Agouri et al. [17] proposed a control strategy for a two-wheeled robot with an extend- able IB using quadratic adaptive ...
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Development of control system for a two wheeled self balancing transporter
... Abdalkarim M. Mohtasib and his group [11] has develop STEVE, is an applied research project to design, analyse, and construct an electric vehicle with two parallel wheels similar to Segway. The estimation of the ...
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Two wheeled balancing robot controller designed using pid
... 11 enough for robot’s balance. When the appropriate Kp and Ki gain values are chosen for PI controller, it has been observed that the robot can balance itself for a short time and try to maintain its balance by swinging. ...
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A Comparison of Controllers for Balancing Two Wheeled Inverted Pendulum Robot
... A two wheeled inverted pendulum (TWIP) mobile robot as shown in ...only two wheels are controlled by the two motors to control all the degrees of motion ...
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Mathematical modelling and control of a two-wheeled PUMA-like vehicle
... Mathmetical modelling of a new design of two-wheeled veicle has been presented along with a design and implementaion of a robust PID control strategy. The response of the system has been approved to be ...
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Dynamic Modeling and Construction of a New Two-Wheeled Mobile Manipulator: Self-balancing and Climbing
... self-balancing two-wheeled mobile robots and reducing undesired vibrations are of great ...new two- wheeled mobile robot which, despite its relative simple structure, fulfills the required ...
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Mobile Robot Navigation by Using Fuzzy Information of Moving Two-Wheeled Motion Features
... In this project, the fuzzy probability approach is proposed to navigate the two-wheeled mobile robot toward target with stable navigation. Based on the preliminary experiments, the fuzzy MF is designed, ...
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On-line NNAC for a Balancing Two-Wheeled Robot Using Feedback-Error-Learning on the Neurophysiological Mechanism
... bionic control structure simulating the sensorimotor system is introduced. In Section Ⅳ, the feedback-error- learning algorithm is proposed with the cerebellar cortex as the adaptive neural network, and the on-line ...
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Hybrid spiral-dynamic bacteria-chemotaxis algorithm with application to control two-wheeled machines
... trol two different configurations of a two-wheeled ...of two highly nonlinear platforms, namely single and double inverted pendu- lum-like vehicles with an extended ...
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Trajectory tracking Sliding Mode Control for Two Wheeled Mobile Robot
... differential-drive 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 ...
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Research on Double Cascade Control Algorithm for Self Balancing Two Wheeled Vehicle
... This article puts forward a control algorithm of the double cascade PID. A self-balancing two-wheeled vehicle designed by this algorithm can be driven at the speed of 2.2 meters per second, Moreover it can ...
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DESIGN AND IMPLEMENTATION OF PID BASED TWO WHEELED SELF BALANCING MOBILE ROBOT
... This project concerns the development of a mobile robot with a platform, which can be levelled using PID controller. The main objective is to control the flatness of the platform efficiently with a low cost hardware ...
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Reduction of Odometry Error in a two Wheeled Differential Drive Robot (TECHNICAL NOTE)
... From the literature, it is observed that the major research works have been focused on the development of odometry error models, stability analyses and path planning for mobile robots. Very few researchers have ...
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BBot, a hopping two-wheeled robot with active airborne control
... Tradeoff between robustness and increased system com- plexity is the main challenges faced by many mobile robots. Highly dynamic and robust robots tend to have increased complexity as well as cost of development and ...
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Balancing a two wheeled robot
... The two-wheeled balancing robot operates on two wheels like the name suggests. The theory behind controlling this robot is moving the base of the robot towards the direction that the robot is falling ...
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