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[PDF] Top 20 Design and Implementation of Stable Gait for Bipedal Robot

Has 10000 "Design and Implementation of Stable Gait for Bipedal Robot" found on our website. Below are the top 20 most common "Design and Implementation of Stable Gait for Bipedal Robot".

Design and Implementation of Stable Gait for Bipedal Robot

Design and Implementation of Stable Gait for Bipedal Robot

... humanoid robot. We called the robot motion planning the gait planning ...humanoid robot has many degrees of freedom and complex dynamic characteristic ... See full document

6

Controller design for a bipedal robot with variable stiffness actuators

Controller design for a bipedal robot with variable stiffness actuators

... a design of a bipedal robot which features variable compliant ...controller design all intermediate steps are relatively simple and therefore easy to ...specified gait for the realistic ... See full document

35

Control strategy for variable gait using variable knee
stiffness in a bipedal robot model

Control strategy for variable gait using variable knee stiffness in a bipedal robot model

... actuator design inspired by the vsaUT-II appears to be suitable for control of the bipedal ...mechanical implementation have not been taken into account. Before implementation on the real ... See full document

30

Virtual-dynamics-based reference gait speed generator for limit-cycle-based bipedal gait

Virtual-dynamics-based reference gait speed generator for limit-cycle-based bipedal gait

... reference gait speed generator for limit-cycle-based bipedal gait of humanoid robots in order to achieve secure and efficient acceleration and deceleration without falling down at respective ... See full document

17

DESIGN & CONSTRUCTION OF WALKING BIPEDAL ROBOT Deepti Malviya1* Suman Sharma2

DESIGN & CONSTRUCTION OF WALKING BIPEDAL ROBOT Deepti Malviya1* Suman Sharma2

... hopping gait,namely forward speed, foot placement and body ...the robot and control system to hopping in three dimensions, pioneering the area of ballistic flight in legged ... See full document

5

Stable Gait Planning and Robustness Analysis of a Biped Robot with One Degree of Underactuation

Stable Gait Planning and Robustness Analysis of a Biped Robot with One Degree of Underactuation

... biped robot with point feet is investigated. For this robot, there is no actuator at contact point foot and hence it is considered as one degree of underactuation ...the robot at hand and its ... See full document

11

Incorporating Forgetting Mechanism in Q learning Algorithm for Locomotion of Bipedal Walking Robot

Incorporating Forgetting Mechanism in Q learning Algorithm for Locomotion of Bipedal Walking Robot

... to design a stable walking gait ...for bipedal, the bipedal does not fall or tip over is ...for stable walking of Bipedal ...the robot have steady ...determine ... See full document

6

Design and Implementation of Hybrid Arm for the Climbing Robot

Design and Implementation of Hybrid Arm for the Climbing Robot

... For achieving the mathematical model, the CLARC body has been designed by using AutoCAD as shown in Figure 4 (a). The AutoCAD graphic diagram is used by CNC laser machine in order to making the CLARC parts which the ... See full document

5

Kinematics Analysis Of 8-UPS Parallel Robot Walking Mode

Kinematics Analysis Of 8-UPS Parallel Robot Walking Mode

... Achieving stable machining is a difficult problem in large workspace robot field, this paper proposes a new 8-UPS parallel robot with 6 DOF as well as walking and machining ...parallel robot, ... See full document

5

Conceptual Design of a Gait Rehabilitation Robot

Conceptual Design of a Gait Rehabilitation Robot

... the robot is designed to minimize the friction effects of transmission and inertia set of robot ...In robot LOPES, there is similar solution by using cable ...this robot, timing belt solved ... See full document

7

Design and implementation of a control structure for a quadrupe robot

Design and implementation of a control structure for a quadrupe robot

... the robot body fluid while wheeled and tracked robots would experience jerky ...legged robot can have any number of legs, but minimizing the number of legs would also reduce the mechanical complexity and ... See full document

44

Variational Methods for Control and Design of Bipedal Robot Models

Variational Methods for Control and Design of Bipedal Robot Models

... Results from the gait search optimization are shown in Figure 4.2. The overall small deviations in system energy (note the y axis scale on the figure) indicate an efficient use of work done by the control inputs. ... See full document

117

Design, Analysis And Fabrication Of Quadruped Robot With Four Bar Chain Leg Mechanism

Design, Analysis And Fabrication Of Quadruped Robot With Four Bar Chain Leg Mechanism

... which robot moves in a controlled ...the robot is also ...the robot leg endpoint position attained by the robot ...paper, robot leg is a planar manipulator thus a 2D curve is the ... See full document

6

The Design and Realization of a Gait Rehabilitation Training Robot with Body Supporting Mechanism

The Design and Realization of a Gait Rehabilitation Training Robot with Body Supporting Mechanism

... the gait rehabilitation ...rehabilitation robot for their gait rehabilitation training, which will save more human resources like therapists and prolong the training session for patients ...the ... See full document

5

Design And Construction Of A Simple Bipedal Robot With Obstacle Avoidance System

Design And Construction Of A Simple Bipedal Robot With Obstacle Avoidance System

... to design and develop a human-body structure shape robot which able to handling human equipment to help in those ...but robot. In addition, an organization "Centre for Robot-Assisted ... See full document

24

Mathematical Model of the March of a Bipedal Robot Applying Quaternions
Oriented to the Development of Anthropomorphic Robots

Mathematical Model of the March of a Bipedal Robot Applying Quaternions Oriented to the Development of Anthropomorphic Robots

... stairs. Bipedal robots have a certain adaptation to a wide variety of surfaces where humans do the essential to live and work, a clear example can be seen when transported objects where we notice the recovery and ... See full document

6

Design and Implementation of a Wall Climbing Robot

Design and Implementation of a Wall Climbing Robot

... cost robot to climb in inclined surface using computer vision ...climbing robot with permanent magnetic tracks where mechanical system architecture is also described in the paper ...[11]. Design and ... See full document

5

DESIGN AND IMPLEMENTATION OF DOUBLE LINE FOLLOWER ROBOT

DESIGN AND IMPLEMENTATION OF DOUBLE LINE FOLLOWER ROBOT

... mobile robot with motors, sensors and all are mounted on top as shown in figure ...follower robot; two DC motors are ...the robot, since there are two paths, two sensor circuits are used at the front ... See full document

8

BI-Pedal Walking Robot

BI-Pedal Walking Robot

... the robot, aluminium is used as the main material for the whole robot, because aluminium is light weighted and easy to be drill if any drilling needed compare to other material such as metal or standard ... See full document

24

Autonomous control of a humanoid soccer robot : development of tools and strategies using colour vision : a thesis presented in partial fulfilment of the requirements for the degree of Master of Engineering in Mechatronics at Massey University

Autonomous control of a humanoid soccer robot : development of tools and strategies using colour vision : a thesis presented in partial fulfilment of the requirements for the degree of Master of Engineering in Mechatronics at Massey University

... The RoboCup [robocup.org], is a soccer competition that primarily uses colour vision as the means for robot navigation, and requires the robots to be fully autonomous, bipedal in motion [r] ... See full document

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