Sentence examples for quantities are denoted from inspiring English sources

Time domain quantities are denoted using the subscript t.

Throughout the paper, scalar quantities are denoted by lowercase letters.

Random quantities are denoted by upright letters, e.g., y k is random vector.

Quantities in the 3D space are denoted by upper case letters (X, X) while image quantities are denoted by lower case letters (x, x).

A directed acyclic graph (DAG) for the overall model is illustrated in Figure 2. Note that observed quantities are denoted as squares and unobserved quantities are denoted as circles.

The same quantities for air (z > L) are denoted as κ a and c a respectively.

In fact, the representation of the gap function by smoothening and using a higher-order distance field are very similar, see Fig. 12. Assume the existence of a contact frame C being defined as a surface which serves for parametrizing the contacting domain in three-dimensional two-body contact with local coordinate ξ ˆ ∈ R 2. All quantities referring to the contact frame are denoted by.

The quantity of the i th HR, RR, and HR &RR are denoted as NHRi, NRRi, and N si, respectively.

These normalized measured quantities will be denoted in lower-case letters as p, and observational parameters calculated with the normalized measured quantities will be denoted as y.

The latter quantity will be denoted by η j, j=1,2,….

The time derivative of the quantity x is denoted by ∂ t (x) or by (dot x).