TESTING OF DOPPLER ULTRASOUND SYSTEMS

Unlike standard concolic execution, DiCE starts exploring from the current, live state because of the de- sire to (i) quickly detect potential faults, and (ii) avoid the overhead

This chapter describes results obtained from running the random testing tool described in Chapter 4 in four different configurations: with two different communication

A Darlington transistor [26] is shown in figure 2.19, used as a switching electronic component to switch the DC voltage according to the PWM signal which was generated

In the method presented in this thesis, this has been solved by first simulating the light propagation in the model using Monte Carlo simulations (Chapter 4, [III]) and

To determine the accuracy in velocity calibration, we tested the same four ultrasound systems using the Doppler phantoms to obtain test signals for flow (PW) and tissue (T- PW)

specific models that are solved and visualized in 3D. For that reason a 3D atlas of relevant deep brain structures was created. a) Axial and b) coronal view of MRI and DTI

(a) Original graph (b) Ordered during the scheduling process for the time point that comes just after ܵ ଴ǡ଴ has been scheduled.. The number of nodes taken into account at a time

Three crucial thermal issues related to temperature variations, temperature gradients, and temperature cycling are addressed in this thesis.. Existing test scheduling techniques