Table 4 shows the best performance of the identity resolution techniques achieved and their corresponding parameter settings.
The performance of the position resolution, the tracking efficiency, and the beam intensity capability were evaluated as a function of atomic number and applied voltage.
We also investigated the performance of the forwarder resolution protocol, described in Section 3.3, as a function of the frame size N.
In order to analyze the dependency of the tracker's performance with the resolution of the 3D reconstruction, several voxel sizes were employed s v = { 2, 5, 10, 15 } cm.
However, the orienting and alerting cues interact to improve their attention performance in the resolution of conflict, creating possibilities for cognitive remediation strategies.
To test the performance of the super-resolution reconstruction algorithm, two kinds of experiments are designed.
To characterize the performance of the present procedure, resolution and optical distortions are estimated.
Figure 9 Performance of the proposed spatial resolution control when the motion characteristics are changed for Soccer in terms of (a) sa and (b) PSNR.
Figure 5 R-D performance of the proposed spatial resolution control: (a) PSNR for Sunflower, (b) PSNR for Pedestrian Area, (c) PSNR for Tractor, (d) VQM for Sunflower, (e) VQM for Pedestrian Area, and (f) VQM for Tractor.
Therefore, to demonstrate the performance of the proposed algorithm, the resolution before geometric correction is presented in Table 2.
The high performance of the diffractometer for the resolution (Δd/d~0.6%) and the accessible d-spacing range (0.2 8.4 Å) together with low-parasitic scattering characteristics enables precise structure determination of crystals and liquids under high pressure and temperature conditions.
