The Institute of Theoretical and Applied Mechanics 6 records found  Search took 0.03 seconds. 
1.
Záda, V.
The paper deals with tracking control for robots-manipulators, where the dynamics is described by means of Hamiltonian mechanics. This way leads to different physical des [...]
2.
The paper deals with a mathematical modeling of robot motion and control. Instead of frequently used Lagrangian formulation of robot dynamics, this paper presents robot d [...]
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This paper presents an analytical solution inverse problem of industrial robot manipulator with sixth degree of freedom. Analytical solution is much better then numerical [...]
4.
In this paper it is considered an iterative learning control algorithm for trajectory tracking of robots with unknown parameters, as masses of links or inertial momentums [...]
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6.
Záda, V.
In this contribution will be compared three methods of PD control of robots. The first is without gravity compensation, the second uses a constant gravity compensation an [...]

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