Bipedal Walking
Incorporating Forgetting Mechanism in Q learning Algorithm for Locomotion of Bipedal Walking Robot
... The bipedal walking has been an active action area of research after the developed of humanoid ...The bipedal walking mimics human characteristics and so was selected to simulate movements and ...
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Stability Control of Bipedal Walking Robot V Mastanaiah
... The Viability Margin is necessary, sufficient, and allows comparisons. However, its main drawback is that it is very difficult to compute. Various heuristic stability margins, which are much easier to compute, have been used ...
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Gesture Controlled Bipedal Walking Robot Using Kinect
... A bipedal robot is a type of humanoid robot which is used to imitate the human motion, ...a bipedal becomes much more versatile as compared to the wheeled robots because of the fact that the base level of a ...
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Development of bipedal and quadrupedal locomotion in humans from a dynamical systems perspective
... Interestingly, there were two bright children, with entirely normal brains and cognition, who exhibited facultative quadrupedal locomotion: bipedal walking for everyday activities, but quadrupedal running ...
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Qualitative Comparison between Rats and Humans in Quadrupedal and Bipedal Locomotion
... detailed bipedal training method was described elsewhere ...a bipedal-walking training de- ...the bipedal-walking training device or treadmill dur- ing the training ...
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Energy-Efficient Bipedal Gait Pattern Generation via CoM Acceleration Optimization
... for bipedal walking plays a central role for a humanoid robot with limited battery ...single walking cycle and define its energetic cost as Unit Energy ...
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Variational Methods for Control and Design of Bipedal Robot Models
... It is an exciting time to study bipedal walking robots. Driven by nature’s examples in animals and humans alike, engineers and roboticists have persistently worked at synthetically capturing the abilities ...
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Optimization of Bipedal Walker Gaits with Constant Knee Stiffness
... on bipedal locomotion and proposes an optimization method that simultaneously optimizes the state variables and the inputs and applies the optimization to a bipedal walker with constant knee ...The ...
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Design and Implementation of Stable Gait for Bipedal Robot
... Bipedal walking is one of the most basic characteristics of the humanoid robot. We called the robot motion planning the gait planning [1]. The humanoid robot has many degrees of freedom and complex dynamic ...
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Why go bipedal? Locomotion and morphology in Australian agamid lizards
... a bipedal walking gait, as are birds and some primates (including ...requiring bipedal terrestrial movement, whereas hopping in mammals may provide an energetic advantage (Bennett, ...or ...
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A walking bipedal robot using a position control algorithm based on center of mass criterion
... generate walking motions in an ascending slope ...maintain bipedal stability during locomotion while traversing uneven ...implementing bipedal walking [13, ...the bipedal locomotion ...
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DESIGN & CONSTRUCTION OF WALKING BIPEDAL ROBOT Deepti Malviya1* Suman Sharma2
... developing bipedal walking robots, despite the factthat it is technically more difficult to implement algorithms for reliable locomotion in such robots than in ...First, bipedal robots are able to ...
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Curve walking in crayfish
... curve walking can also be produced if, during the stance phase, the leg actively produces a trajectory which deviates from a line parallel to the long axis of the ...animals walking on two motor-driven ...
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Why do mammals hop? Understanding the ecology, biomechanics and evolution of bipedal hopping
... to bipedal hoppers (Bramble and Carrier, 1983; Daley et ...ratio. Bipedal hoppers also differ from animals that use other gaits in how they increase locomotor ...whereas bipedal hoppers increase ...
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Walking the walk: A phenomenological study of long distance walking
... One notable finding from this research concerns the comparisons made between long distance walking and day walks. While day walks were considered enjoyable and relaxing, the sense of well-being and achievement ...
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Understanding the agility of running birds: Sensorimotor and mechanical factors in avian bipedal locomotion
... sensorimotor control are integrated for agile bipedal locomotion. This review summarizes recent work using terrain perturbations to reveal neuromechanical control strategies used by ground birds to achieve robust, ...
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Performance and three dimensional kinematics of bipedal lizards during obstacle negotiation
... Experiments were performed using six individuals of A. sexlineata [4.4–8.5g, snout–vent length (SVL)5.8–6.8cm] collected in summer 2010 from Ocala National Forest, Ocala, FL, USA (US Department of Agriculture Forest ...
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Using Simulation to Improve Sample-Efficiency of Bayesian Optimization for Bipedal Robots
... for bipedal locomotion. Our approach is applicable to a wide range of bipedal robots and controllers, including state-of-the-art controllers (Feng et ...parallel bipedal robot ATRIAS, and a serial ...
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Long axis rotation: a missing degree of freedom in avian bipedal locomotion
... Although the importance of LAR and torsional loading is well accepted in so-called ‘sprawling’ forms (Brinkman, 1981; Jayne and Irschick, 1999; Blob and Biewener, 2001; Reilly et al., 2005), non- sagittal motion is often ...
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Pacing in race walking
... Twelve athletes in the >10% group were ahead of personal best pace after the same distance but ultimately none of these athletes achieved a personal best time.. Eleven of the 49 athl[r] ...
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