An arbitrary subset (nm) of the (n) closed loop eigenvalues of an n th order continuous time
single input linear time invariant system is to be placed using full state feedback, at pre …

This article proposes a convex algorithm for minimising an upper bound of the state
feedback gain matrix norm with regional pole placement for linear time-invariant multi-input …

Continuous-time system identification deals with the problem of building continuous-time
models of dynamical systems from sampled input and output data. There are two main …

This article considers the design of an optimal state feedback controller for a nuclear reactor.
The model of 700-MWe Indian pressurized heavy water-type reactor is described and is …

In this paper we propose a method to find a low order controller for a single input single
output linear continuous time system which guarantees that the closed loop poles are …

Pole assignment is one of the central problems in most control systems designs. In relation
to low-authority active flexible structural systems where robustness is difficult to achieve …

Recently, a new indirect approach method for continuous-time system identification has
been proposed that provides complete freedom on the number of poles and zeros of the …

The problem of minimizing the number of state measurements (and hence the number of
sensors) required for placing the poles of a linear time invariant single input system with …

Continuous-time system identification deals with the problem of building continuoustime
models of dynamical systems from sampled input and output data. In this field, there are two …

A method to find a minimum order controller for a single input single output linear continuous
time system is proposed, which guarantees that the closed loop poles are placed within …