Sentence examples for evaluation of sensors from inspiring English sources

The design, synthesis, and evaluation of sensors for the MAP kinase subfamilies, p38α/β, ERK1/2, and JNK1/2/3, are described.

The result of this service evaluation of sensors in current use for the measurement of brain and body temperature in critically ill patients reveals that the temperature sensors (brain and body) are fundamentally accurate and the measurements are precise to within 0.1 to 0.2°C.

The storage and evaluation of sensor information are space and time-consuming activities.

The proposed design method considers multiple criteria simultaneously for the evaluation of sensor arrays, and a multiple objective tabu search algorithm was adapted to search for a number of Pareto optimum array designs in terms of those criteria.

Roadmap The rest of the paper is organized as follows: Section 2 introduces the background information related to our research; Section 3 presents our privacy protection system Sensor Guardian; Section 4 reports the evaluation of Sensor Guardian; Section 5 discusses Sensor Guardian's strengths, weaknesses, and future work; Section 6 reviews related prior works; and Section 7 concludes the paper.

After the introduction in Section 1, we describe the system architecture in Section 2, the testbed network in Section 3, the communication protocols in Section 4, and the database population process in Section 5. Furthermore, we present the experimental methodology in Section 6 with performance evaluation of sensor nodes.

Analysis of these events allowed the evaluation of sensor glucose patterns 4 h following 2 h of insulin suspension and 2 h of basal insulin resumption without the influence of additional insulin therapy or carbohydrate intake (Fig. 1).

These simulations cover the whole European Union, so the DOT allows evaluation and optimisation of sensor networks for all EU countries, as well as evaluation of fencing sensors around possible sources.

Various loadings, from static and low-frequency cyclic stretches, through high-frequency vibration, to ultrahigh-frequency ultrasonic guided waves, are applied for evaluation of the sensors' performance.

This constitutes the first example of antibiofouling tendency evaluation of NO sensors, which may allow to predict their efficiency when used in complex biological systems.

Evaluation of these sensors as platforms for sandwich immunoassays for cancer biomarker prostate specific antigen (PSA) in serum showed that both approaches gave accurate results for human serum samples from cancer patients.