Clearly, high and homogeneous values of precision and recall would be optimal, but due to heuristic nature of our clustering algorithm and because method and property names may vary, it is difficult to get similar values in different applications.
Sun and Xie [31, 32] employed the homogeneous capacity high-precision integration method and the spectrum method of a virtual boundary with a complex radius vector to study box girder sound radiation using Fourier transforms and the stationary phase method.
These forms of streptavidin allow this key hub to be used with a new level of precision, for homogeneous molecular assembly.
In two trials involving more homogeneous groups of patients precision was similar [ 5, 6].
Two FPE RNA pools were created to provide homogeneous templates for measuring precision.
Two FPE RNA pools were created to provide homogeneous templates for measuring precision and reproducibility; one pool had a RS in the high recurrence risk group (RS≥41) and the other had a RS in the low recurrence risk group (RS < 30).
Both simple linear fusion and weighting method suffer from inconsistency in the homogeneous foreground regions and lacks precision around object boundaries, which may be ascribed to treating the colour and depth correspondence cues in an independent manner.
The homogeneous variance model yielded high precision at all times, but overall inadequate estimates of between-trial variances.
For example, homogeneous samples can enhance the precision of estimates of treatment effects, but they also reduce the extent to which findings can be generalised to the wider population of interest, i.e. people who do not fit restrictive inclusion/exclusion criteria.
In comparison to the state-of-the-art methods used in this context, such as that given by Jain and Hirst [ 29], using very similar database input (SCOP release 1.75), our methodology presented more robust and homogeneous results, with an average precision a bit below that of those authors: 90.7% versus 93.6%, but with less dispersion (sd of 3.0 versus 6.4).
Variations were observed in the glass phase, from measurement noise or alternatively it indicates glassy regions are not homogeneous when observed with this level of precision.
