Complete controllability problem and its generalization for linear autonomous systems of neutral type

Intelligent Information and Database Systems

“…It is a one way data transport -there is no backward communication from receivers to transmitter. In case the receiver is started later, during the transmission, this receiver do not Architecture of Desktop Presentation Tool for E-Learning Support 39 have full image information and cannot repaint the whole screen. Therefore the continual refresh process (thread) provides full repaint within relatively short time period, without the necessity of backward communication.…”

“…Like NNs and evolutionary algorithms, AIS are extremely conceptual models of their biological counterparts applied to solve problems in different domain areas [7]. It plays a complementary role in either handling the constraints or improving the search ability [39]. For example, Diao & Passino [10] in 2002 proposed an AIA for RBFN structure and adjustment of parameters.…”

“…Further, Rajasekaran & Lavanya [30] in 2007 proposed an algorithm to solve structural optimization problems. AIS with a diversification scheme and clonal proliferation improved some drawbacks of GA [39]. Also, Chen [5] in 2013 proposed the integrated of AIS and GA (IAG) algorithm to train the RBFN for function approximation.…”

Exact observability and controllability for linear neutral type systems

“…The exact observability problem has been less studied. In [6,7] and [8] an approach is described based on the reconstruction of a part of the state for the case of a neutral type system with discrete delays. A duality condition with null controllability is given.…”

“…However, in both cases it is admissible in the following sense: This is the classic definition. In the case of a neutral type system with a finite dimensional output (7) the exact observability in this sense is not possible. It may be possible if we consider another topology for the initial states x 0 .…”