where Ap =[Ax,,, Ay, Aal is linear and angular displacements of the hip, and the elements...

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where Ap =[Ax,,, Ay, Aal is linear and angular displacements of the hip, and the elements of the stiffness matrix,k, k,, k, are appropriate positive values. For the leg configuration and the joint angles shown in the figure, obtain the joint feedback gain matrix K that provides the desired stiffness given above. Also obtain the feedback gain matrix in the actuator space. Joint 3( (hip) Yh Rear Joint 1 O Ground (a) Side view (c) Hip compliance Link 3 + Actuator 3 Link 21 Front Tz Pr 21 ~ V Link 1 Link 0 Joint 3 Actuator 1 Figure 3 Leg robot revisited 0 = 0 = 0 = (b) Front view Joint 2 T 4 U Joint 1 G $27 Belt-Pulley Mass-less Transmission Actuator 2 l = 1 l = 1 4 2 where Ap =[Ax,,, Ay, Aal is linear and angular displacements of the hip, and the elements of the stiffness matrix,k, k,, k, are appropriate positive values. For the leg configuration and the joint angles shown in the figure, obtain the joint feedback gain matrix K that provides the desired stiffness given above. Also obtain the feedback gain matrix in the actuator space. Joint 3( (hip) Yh Rear Joint 1 O Ground (a) Side view (c) Hip compliance Link 3 + Actuator 3 Link 21 Front Tz Pr 21 ~ V Link 1 Link 0 Joint 3 Actuator 1 Figure 3 Leg robot revisited 0 = 0 = 0 = (b) Front view Joint 2 T 4 U Joint 1 G $27 Belt-Pulley Mass-less Transmission Actuator 2 l = 1 l = 1 4 2

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The image youve provided appears to depict a legged robotic system with annotations concerning its joint angles components and compliance model as vie... View the full answer