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The largest sphere, known as the celestial sphere, contained the stars and, at a distance of 20,000 times the Earth's radius, formed the limit of Ptolemy's universe.
In this paper, we discuss the approximability of the Largest Sphere Rule Ensemble Classification problem (LSRES).
RCs lie in the range 0.2 0.86 for the smallest sphere and largest sphere, respectively.
The resulting quantification errors were about 20% for the largest sphere.
The second largest sphere (28 mm) had a recovery coefficient of 0.93, the activity concentration of the largest sphere was overestimated and the activity concentration of the smaller spheres was underestimated (Fig. 2a).
Figure 3 Radial activity profiles of the largest sphere (70 mm) depending on reconstruction algorithm and SBR.
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The two largest spheres were filled with water only.
The volumes for the four largest spheres could be determined with an SBR of 5 1 and the three largest spheres for an SBR of 2.5:1.
The remaining two largest spheres were filled with non-radioactive water.
The three largest spheres were possible to quantify with SBR 1.25:1.25
Therefore, GA was only determined for the two largest spheres (50 and 70 mm).
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com