Sentence examples for systems and iv from inspiring English sources

AEIs enhanced improvements in N management by facilitating (i) definition of project goals, (ii) design of desired systems, (iii) evaluation of applied systems and (iv) improving effective communication.

Authors identify attacks on the following: (i) wireless interface; (ii) sensor inputs to different processing units; (iii) software and hardware parts of the systems; and (iv) security infrastructure behind wireless access networks (e.g., certification and traffic authorities, transportation vehicle manufacturers).

Gray [14] identified four criteria for a successful benchmark: (i) relevance to an application domain; (ii) portability to allow benchmarking of different systems; (iii) scalability to support benchmarking large systems; and (iv) simplicity so the results are understandable.

Emphasis of this review is placed on the treatment performance of various types of CWs including: (i) free water surface flow CW; (ii) subsurface flow CW; (iii) hybrid systems; and, (iv) floating treatment wetland.

Permeator Against Vacuum (PAV) solution represents a firm candidate because: (i) runs as a single-step process for tritium on-line recovery, (ii) works passively allowing to be thermally governed, (iii) can be easily in-pipe integrated in Pb15.7Li loop systems and (iv) can be conceived with high compactness.

AGE uses: (i) a compositional modeling approach to construct large qualitative models, (ii) causal analysis to build a causal dependency graph, (iii) a novel qualitative simulation approach to efficiently obtain the system's behavior on large systems, and (iv) decomposition analysis to automatically divide large devices into smaller subsystems.

The levels of the phenotype variable included: (i) <2 organ systems involved, (ii) 2 systems involved, (iii) 3 systems involved, and (iv) >3 systems involved.

A fuel cell system for vehicles is composed of four subsystems, as shown in Fig. 1: (i) air flow supply system to the cathode, (ii) hydrogen flow supply system to the anode, (iii) cooling system, and (iv) humidification system.

Four systems will be tested, that is (i) A conventional single-stage system   (ii) A two-stage system   (iii) A three-stage system, and   (iv) A four-stage system  .

The proposed approach is applied to four different dynamical systems, including (i) single spring mass system, (ii) Van der Pol oscillator, (iii) double spring mass system and (iv) a typical section nonlinear aeroelastic model.

Specifically, the following four autonomous and non-linear problems are presented: (i) the cubic pendulum (soft Duffing case); (ii) van der Pol oscillator with an additional small non-linear elastic term; (iii) a two degree-of-freedom coupled and conservative mass-spring system, and (iv) a coupled pair of van der Pol oscillators.