Sentence examples for system and classical from inspiring English sources

The strength, the type of coupling between the quantum system and classical controller and the effective frequency of the controller emerge as crucial factors in shaping the nature and extent of the control.

The human immune system and classical antibacterial agents have the capacity to destroy Mtb in the proliferating state but not in the nonreplicating "drug tolerant" or "phenotypically drug resistant" state [ 5– 7].

In addition, a comparative cost analysis study is carried out to compare between the developed agile MPC system and classical-inventory and capacity-based MPC policies in response to different demand patterns.

The review covers a broad range of surface modifications and applications in biological recognition and therapeutics, sensors, nanomaterials for catalysis, energy conversion and storage, the dispersion properties of nanoparticles in structural composites and cement, as well as purification systems and classical detergents.

To facilitate study of mechanisms, we chose to profile and integrate genomics, system biology and classical toxicological endpoints from the same biological samples shortly after a single exposure to one of five concentrations of one of the 5 nitrotoluene compounds with sacrifice and tissue collection after 24 or 48 hours.

This FER performance is compared to that of a non-cooperative system and a classical one-way relaying system.

Participants navigated a robot in simulation using the proposed system and via classical teleoperation.

Section 3 proposes a new wake-up radio receiver that is validated via simulations in Section 4. Section 5 is dedicated to the comparison in terms of energy efficiency of a wake-up radio system and a classical power-saving mechanism implemented in 802.11 protocol.

In this paper, we point out an elementary connection between quorum systems and the classical covering systems studied in combinatorial design theory.

Numerical comparisons are made with other existing methods, on standard nonlinear systems and the classical 1D-Bratu problem by transforming it in a nonlinear system by using finite differences.

This expanded repertoire of toxin domains also helps to better understand the commonalities between the polymorphic toxin systems and the classical secreted toxins deployed against distantly related organisms.