Utilizing Spatially Resolved Dynamic Light Scattering (SR-DLS) technology, the NanoFlowSizer enables accurate ...

Monte Carlo methods have emerged as a crucial tool in the evaluation of measurement uncertainty, particularly for complex or non-linear measurement systems. By propagating full probability ...

The PEAQ (Perceived Evaluation of Audio Quality) measurement method recommended by ITU-R is capable of making accurate measurements of perceptual audio quality through the psychoacoustic models ...

ROBEL has highlighted how RSCM technology has enhanced track safety through early flaw detection and timely rail maintenance.

That means asking new questions, gathering new data, and broadening the scope of what we measure. Because if we only measure ...

Researchers at the University of Arkansas use hyperspectral sensors and AI to measure herbicide effectiveness, enhancing weed ...

By utilizing fluorescence imaging of lipid accumulation to determine measurement locations, the total measurement time was reduced by more than half compared to random sampling methods.

But I’ve become convinced that a lack of good measurement and evaluation for A.I. systems ... For years, the most popular method for measuring artificial intelligence was the so-called Turing ...

Beginning in February 2021, Osmose began an ambitious study to quantitatively measure the effectiveness of combinations of utility pole evaluation methods over the course of a two-year labor-intensive ...

In philanthropy, there is no universal method to measure our impact ... mission-aligned investing, and storytelling to measurement, evaluation, and learning—all are indispensable accelerants to social ...