Contents
How do robots avoid singularities?
The best way to avoid singularities would be to view your programming from the perscpective of the robot’s joints or at a minimum work around the robot joints when the robot is in a compact configuration.
How do you know if a singularity is removable?
f has an isolated singularity at z = a if there is a punctured disk B(a, R)\{a} such that f is defined and analytic on this set, but not on the full disk. a is called removable singularity if there is an analytic g : B(a, R) → C such that g(z) = f(z) for 0 < |z − a| < R. Investigation of removable singularities.
What is the singularity of a SNU manipulator?
Park and his coworkers [28] identified a configu- ration space (CS) singularity of the SNU manipulator and ob- served that the manipulator at its home position exhibits finite motions even with all active prismatic joints locked. Zlatanov et al. [29] studied this singularity using screw theory and classi- fied it as a constraint singularity.
Are there singularities of parallel manipulators in robotics?
Singularities of parallel manipulators: a geometric treatment – Robotics and Automation, IEEE Transactions on IEEE TRANSACTIONS ON ROBOTICS AND AUTOMATION, VOL. 19, NO. 4, AUGUST 2003 579 Singularities of Parallel Manipulators: A Geometric Treatment Guanfeng Liu, Yunjiang Lou, and Zexiang Li, Member, IEEE
Can a nondegenerate singularity be a problem?
While a nondegenerate singularity poses no problems in general, a degenerate singularity can sometimes be a source of danger and should be avoided if possible. Index Terms— Degenerate, differential form, Morse function, singularity, topological order. I. INTRODUCTION
Which is a special case of a parametrization singularity?
Second, we define parametrization singularities which include actuator and end-effector singularities (or other equivalent definitions) as their special cases.