Sentence examples for space constitutes a from inspiring English sources

Missing data in multidimensional input space constitutes a significantly more challenging problem.

Thus, the proposed parameter space constitutes a suitable structure for detecting three kinds of image features: corners, line segments, and polylines.

Apart from their propulsive efficiency, the operation of ion thrusters in space constitutes a very interesting active plasma experiment, and the associated plasma physical dynamics are only poorly understood.

This space constitutes a link between people's social determinants of health - namely access to health care - anywhere in the world.

The variables that determine the abundance and distribution of a population, in time and space, constitute a population system.

Wound fluid sampled by this particular technique should be most suited to represent the extracellular fluid space constituting a snapshot of the recent biochemical state of the wound.

For the patient, the 'therapeutic space' constituted a versatile array of important caregivers, family members, medications and other therapeutic products or treatments, inner qualities such as faith, positivism, values and memory, and outward connections to workplace, family role, physical activity, and nature.

Now, the (complete) partial metric spaces constitute a suitable framework to model several distinguished examples of the theory of computation and also to model metric spaces via domain theory, see [18, 19, 25 37].

In fact, (complete) partial metric spaces constitute a suitable framework to model several distinguished examples of the theory of computation and also to model metric spaces via domain theory.

In fact, the partial metric spaces constitute a suitable framework to model several distinguished examples of the theory of computation and also to model metric spaces via the domain theory (see [12, 13, 14, 15, 16, 17, 18, 19, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31]).

In fact, partial metric spaces constitute an efficient tool in raising and solving problems in theoretical computer science, domain theory, and denotational semantics for complexity analysis, among others (see [6 17], etc).