Sentence examples for situ deployment from inspiring English sources

This work highlights the utility of genetic modification of native microorganisms from sites of interest to provide robust and ecologically relevant organism-based reagents for toxicity monitoring with the potential for in situ deployment.

Initial results from in situ deployment of DANE in a senior-level interdisciplinary class on biologically inspired design indicates its usefulness in helping designers conceptualize design of complex systems, thus promising enough to motivate continued work on knowledge-based CAD for biologically inspired design.

These results were verified in the field using recently developed nanoparticle in situ deployment devices (nIDDs) which were exposed directly to sewerage network conditions by immersing them into a municipal wastewater network trunk sewer and then retrieving them for XAS analysis.

Following development, the second phase of this research was the in situ deployment of the PSMS with people with CHF for one month.

An initial in-situ deployment of this system has been carried out in Singapore to test out its effectiveness in monitoring vehicle noise pressure level in a single lane on a highway.

Testing of another robotic boat, the Emergency Integrated Life-Saving Lanyard, or EMILY, will begin in the Pacific Ocean off California this week, said Justyna Nicinska, project manager for NOAA's Weather In-Situ Deployment Optimization Method.

These services require timely and accurate event delivery, but such in-situ deployments are often limited by the coverage of sensing/communication infrastructures.

Optical fiber sensors earn this accolade due to their many advantages such as miniaturization, flexibility, fast response and capability for real time and in-situ sensing deployment as well as capability of remote sensing [3, 4].

Field study and capture methods have generally relied on trapping of individuals from their deep water habitat but also include observations by in-situ deep camera deployment.

TCO2 calibration is based on in situ standardization throughout a deployment.

Biosensors fuse the exquisite sensitivity and specificity of living systems with the processing power of microelectronics to deliver simple, inexpensive measurement systems for use in the field or deployment in situ.