Our data limits us in truly delineating the technical changes made (including whether the improvements were based on surgical or pathological technique, or both) that improved nodal harvest disproportionately in the audit and feedback health district.
However, many of these improvements are based on empirical findings.
Vibram recently sued Fila for patent infringement and I suspect most of the 2.0 improvements are based on not trying to look like Five Fingers shoes.
Improvements are based on probabilistic ground motion information, which is taken into account in the proposed procedure.
The proposed improvements are based on the LES approach which uses artificial fluid diffusivities (shear viscosity, bulk viscosity and thermal diffusivity) to damp the unresolved gradients of turbulence, shock waves and contact discontinuities, respectively.
Our improvements are based on a detailed study of a fundamental decoupling structure of the underlying mixed integer programming (MIP) problem and on incorporating more recent ideas, some from the theoretical computer science literature, for closely related problems.
However, the conventional MF and some current improvements are based on the local optima of the raw signal to de-noise the noisy signal and its faulty feature extracting capability would be greatly affected by the noise.
The performance improvements are based on superior material properties of SiC, such as: bandgap of 3.26 eV, critical breakdown field of 2 4 MV/cm, thermal conductivity of 4.9 W/(cm K), and a saturated drift velocity of 2×107 cm/s.
Often these improvements are based on the basic tenets of object-oriented design, where the software has been written in an object-oriented language (these tenets consist of cohesion, coupling, inheritance depth, use of polymorphism and adherence to encapsulation and information hiding).
Additional improvements are based on Formula (2).
