AbstractNecessary and sufficient conditions for the decoupling of an m-input, m-output linear discrete time system by state variable feedback are discussed. The class of feedback matrices which decouple the system is characterized. The results are specialized for time invariant systems and compared to decoupling in continuous time systems
Abstruct-The problem of linear system decoupling is examined based on recent results on linear feedb...
For a large class of nonlinear, time-variable parameter systems, a concept of weak decoupling is int...
AbstractThe transfer matrix approach allows one to exhibit fairly easily fundamental invariants of m...
For a linear time-variable plant which can be decoupled by state variable feedback, the problem of d...
This paper deals with the problem of decoupling a class of linear time-varying multi-variable system...
This paper deals with the problem of decoupling a class of linear time-varying multi-variable system...
Absfracf-Necessary and sdicient conditions far the "decou-pling " of an m-input, m-output ...
For a class of nonlinear plants which can be decoupled by state variable feedback, the problem of de...
For a class of nonlinear plants which can be decoupled by state variable feedback, the problem of de...
A conceptually straightforward algorithm that yields a bounded dynamic control law that uniformly de...
International audienceThis paper addresses the input-output decoupling problem for discrete-time non...
Necessary and sufficient conditions are established for the existence of a state variable feedback d...
For a class of nonlinear systems we derive a necessary and sufficient condition for the existence of...
The problem of linear system decoupling is examined based on recent results on linear feedback. New ...
Conditions under which the asymptotic stabilization of uniformly decoupled time-varying multivariate...
Abstruct-The problem of linear system decoupling is examined based on recent results on linear feedb...
For a large class of nonlinear, time-variable parameter systems, a concept of weak decoupling is int...
AbstractThe transfer matrix approach allows one to exhibit fairly easily fundamental invariants of m...
For a linear time-variable plant which can be decoupled by state variable feedback, the problem of d...
This paper deals with the problem of decoupling a class of linear time-varying multi-variable system...
This paper deals with the problem of decoupling a class of linear time-varying multi-variable system...
Absfracf-Necessary and sdicient conditions far the "decou-pling " of an m-input, m-output ...
For a class of nonlinear plants which can be decoupled by state variable feedback, the problem of de...
For a class of nonlinear plants which can be decoupled by state variable feedback, the problem of de...
A conceptually straightforward algorithm that yields a bounded dynamic control law that uniformly de...
International audienceThis paper addresses the input-output decoupling problem for discrete-time non...
Necessary and sufficient conditions are established for the existence of a state variable feedback d...
For a class of nonlinear systems we derive a necessary and sufficient condition for the existence of...
The problem of linear system decoupling is examined based on recent results on linear feedback. New ...
Conditions under which the asymptotic stabilization of uniformly decoupled time-varying multivariate...
Abstruct-The problem of linear system decoupling is examined based on recent results on linear feedb...
For a large class of nonlinear, time-variable parameter systems, a concept of weak decoupling is int...
AbstractThe transfer matrix approach allows one to exhibit fairly easily fundamental invariants of m...
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