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Kybernetika 42(5):617-628, 2006.

Simplification of the Generalized State Equations

Tanel Mullari and Ülle Kotta


Abstract:

The paper studies the problem of lowering the orders of input derivatives in nonlinear generalized state equations via generalized coordinate transformation. An alternative, computation-oriented proof is presented for the theorem, originally proved by Delaleau and Respondek, giving necessary and sufficient conditions for existence of such a transformation, in terms of commutativity of certain vector fields. Moreover, the dual conditions in terms of 1-forms have been derived, allowing to calculate the new generalized state coordinates in a simpler way. The result is illustrated with an example, originally given by Delaleau and Respondek (see [2]), but solved in an alternative way.


Keywords: generalized dynamics; generalized state transformations; input derivatives; classical state; prolonged vector fields;


AMS: 93C10; 93B29; 93B17;


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BIB TeX

@article{kyb:2006:5:617-628,

author = {Mullari, Tanel and Kotta, \"{U}lle},

title = {Simplification of the Generalized State Equations},

journal = {Kybernetika},

volume = {42},

year = {2006},

number = {5},

pages = {617-628}

publisher = {{\'U}TIA, AV {\v C}R, Prague },

}


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