This method resolved three major peaks for QRF.
Figure 6 shows that our proposed method resolves the two very closely spaced micromo-tion targets localized at positions of (0, 0) and (0.25, 0.25), respectively.
Unrooted NJ method resolved them into four major subgroups.
The primary goal of this study was to demonstrate the capability of the proposed method to resolve two closely positioned small QD inclusions in the mouse thorax.
Using this method, we resolved two bands at ∼130 kDa corresponding to the two Nrp1 homologs and confirmed that both proteins were knocked down after treatment with the nrp1a/b MO.
From the figure, we can see that the proposed method successfully resolves the four signals, as stated in Theorem 1: N≥4K−1.
In winter, we applied the same methods to the data set and resolved six factors: coal/secondary sulfate, gasoline- and diesel-powered vehicles and iron/steel manufacturing, sludge incineration, refining, cement/lime production, and metal processing and iron/steel manufacturing.
Some adaptive methods, e.g., MUSIC and Capon, are able to resolve two sources within a Rayleigh cell.
Our intensity based method cannot resolve these two populations.
The images are then used for accurate and dense 3D reconstruction using photogrammetric multi-view stereo method in two modes, including resolving scale with baseline and with control points.
