(75), (76) and (77) by (hat {sigma }_{j}), taking the trace and using the linearity of the trace operation.
Substituting the decomposition into the trace, and using its commutative property, again, it can be expressed as mathrm{tr}(RH =mathrm{tr}left( RULambda {V}^Tright)=mathrm{tr}left(Lambda {V}^T RUright).
We then merged and synchronized kernel traces, and used our first graphical view to analyze the execution, as shown in Figures 11, 12 and 13.
The models obtained are calibrated and validated by comparison with real traces and used to simulate a UMTS network aggregating various types of traffic.
From a line joining the mesial and distal cement-enamel junction (CEJ) of each dental element, the line perpendicular to the root apex was traced and used as a basis for the measurements (Figure 1).
The following cephalometric landmarks were traced and used for recording measurements: Sella, Porion, Orbitale, Nasion, A Point, B Point, U1 Incisal Edge, U1 Root Tip, L1 Incisal Edge, L1 Root Tip, Menton, and Constructed Gonion.
Our analysis indicates that the tracemaker was about 45 cm long; used its caudal, anal, and pelvic fins (the posterior half of its body) to make the swimming traces; and used a ventrally oriented mouth to make overlapping feeding marks.
Some 8513 cases were traced and used in the analyses, together with an equal number of matched controls.
A DCRI technician marked the fiducial points on each ECG tracing and, using a digital caliper, measured the QT, PR, RR, and QRS intervals.
As a by-product, we could determine a percentage of the expected number of traces and use it as a stopping criterion.
