Sentence examples for unitary description from inspiring English sources

Therefore, an effort is needed in order to provide a unitary description of the many different phenomena which are collected under the title.

Attention represents the ability to select from a plethora of stimuli, responses, memories and thoughts, and in doing so, disregard any that are behaviourally irrelevant (Raz, 2004); 'attention' may be regarded as a unitary description of three neurobiologically disparate attentional control systems: 'alerting'orientinging' and 'executive' (Posner and Petersen, 1990; Raz and Buhle, 2006).

We shall use the next paragraph to give the necessary details on the geometry of the unit disk; the description of all unitary representations of (mathit{SU}(1,1)), however, we shall skip over8 in order to focus on the Plancherel decomposition of (mathbb{L}^{2}(G/K)).

In particular, when the overall system description is invariant under unitary coordinate transformations of the state space matrices, synthesis semidefinite programs can be decomposed into a collection of smaller semidefinite programs.

As a by-product of our considerations, we obtain an explicit description of the group of unitary automorphisms of all bounded Hankel operators.

Metrics based on the electroencephalogram (EEG) are needed to supplement conventional sleep staging by allowing a description of sleep in terms of unitary, continuous markers.

In each of them a description of the set of commuting unitary Hilbert space extensions is presented and uniqueness conditions are given as well.

If we include the observer into the system, then the evolution is still unitary, but we are now dealing with the description of a different observer.

Ifuis unitary we construct aC*-norm onHand we find a new description of the standard invariant of the subfactor associated tou.

The transition from digital to analog descriptions occurs via Stone's theorem which relates the (unitary) Grover iterate to a suitable (Hermitian) Hamiltonian that controls Schrodinger's quantum mechanical evolution of a quantum state towards the target state.

Its description substantially uses the theory of invariant measures over infinite-dimensional unitary groups developed by Neretin [2] and Olshanski [3].