The Test of Integrated Professional Skills (TIPS) is an objective structured clinical examination-simulation hybrid examination that assesses resident integration of technical, cognitive, and affective skills in Obstetrics and Gynecology (OBGYN) residents.
The Latin Hypercube (LH) design problem arises in computer simulations and is employed for examination and simulation of many physical events.
In such kind of examination, the simulation approach based on geometric optics theory should be necessarily introduced, but the scattering process by irregular objects is very complicated.
On-line test can be used for normal examination, and simulation training modules can provide students with opportunities for self-learning.
Examination through simulation is performed, taking into account many newly introduced storage metrics, for the performance evaluation of the proposed scheme.
From the examination by simulation, it was found that one of the main reasons for the low swimming speed was insufficient output power of the motors, especially for the knee and shoulder joints.
Based on experimental examination, numerical simulation and analytical models, a systemic approach was developed to partition the energy absorption quantitatively into the foam filler component and the hat section component, and the relative contribution of each component to the overall interaction effect was therefore evaluated.
Our examination, by simulation, of the performance of colocalisation tests and associated software will foster more widespread adoption of formal colocalisation testing.
This pilot study demonstrated a significant improvement in the students' knowledge and competence to perform chest examination after simulation with an increase in the student's perceived levels of confidence.
In this work, more extensive TEM examination and model simulation were performed to gain a deeper understanding of the nature of planar defects in the aforementioned boron carbide nanowires to answer two questions.
According to our calculation results of the examination of simulations and real situations, we find that the appropriate light-input tapered facet in front of the active region designed here enlarges substantially the light-coupling aperture and therefore assists the light collection of the thin absorption layer outside of its area.
