Geographically based measures of hazard, such as GIS maps displaying data on the release locations and toxicity of chemicals, are potentially useful indicators of possible exposures to environmental mixtures and might serve as "direction finders" for identifying likely "hot spots" or at-risk populations.
Due to large number of discontinuities, only representative orientation values (dip/dip direction) for identified cluster sets are considered.
This paper introduces several new approaches for identifying directions for evaluating the probability integral — Spherical t-design, Spiral Points, and Fekete Points — and compares the failure probabilities with those determined in a number of examples in previously published work.
The combined insights provide some direction to the methodology for identifying non-motorized improvements for supporting safe elderly travel.
Active subspaces are part of an emerging set of tools for identifying important directions in a model's input parameter space; these directions can be exploited to reduce the model's dimension enabling otherwise infeasible parameter studies.
We introduce IDEM (Identifying Direction from Expression and Methylation), a method for identifying the causal direction of edges by combining DNA methylation and mRNA transcription data.
Even still, the design and understanding of systems incorporating the earlier lanthanides is arguably of great importance if the field is to shift in the direction of identifying systems for practical application.
Performing evolution in both the forward and reverse direction and comparing the changes in each direction provides a unique handle for identifying such effects.
These findings support seeking and testing programmatic directions for interventions identified in high prevalence settings.
This feature is important for identifying the direction of the energy flux of waves in the presence of coastal boundaries.
