The SNR-based analysis results in a slightly worse RMS agreement with respect to the independent tide gauge data than the geodetic analysis (4.8 cm and 4.0 cm, respectively).
We show that if (M, g) satisfies some geometric condition then the Gel'fand data determine the manifold M, the metric g, the coefficient b0 x) uniquely and also the equivalence class of a x, D) with respect to the group of generalized gauge transformations.
This prevented decisions on the reliability of a rain gauge based on the geographical distance to the landslide (or landslide area), the elevation of the rain gauge compared to the elevation of the landslide, and the location of a rain gauge with respect to the local topographical and morphological setting.
A functional is defined which embodies both shape and size quality of an element with respect to the metric, and is used to gauge mesh quality.
During convective summer events the low representativeness of the rainfall information recorded at the nearest rain gauge with respect to the precipitation over the landslide source area has been evaluated as a critical issue for rainfall threshold definition.
Sea level measured by a tide gauge with respect to the land upon which it is situated.
The response was gauged with respect to the average number of sittings undertaken for getting 100% cure of rectal prolapse.
Let ((X,mathcal{T}(mathcal{F}))) be a gauge space with respect to the family (mathcal{F}={d_{lambda}mid lambdainmathcal{A}}) of pseudo-metrics on X.
Definition 2.5 Let ( X, T be a gauge space with respect to the family ℱ = { d λ | λ ∈ A } of pseudo-metrics on X. Let {x n } be a sequence in X and x ∈ X. (a) The sequence {x n } converges to x if and only if ∀ λ ∈ A, ∀ ε > 0, ∃ N ∈ N | d λ ( x n, x ) < ε, ∀ n ≥ N. In this case, we denote x n → ℱ x.
Results reveal that radar and multisensor QPEs lead to improved hydrologic model performance compared to simulations driven with rain gauge data only with respect to the observed streamflow.
