The phrase "a more general basis" is correct and usable in written English.
It can be used when discussing a broader foundation or framework for a concept, argument, or analysis.
Example: "To understand the issue better, we need to approach it from a more general basis rather than focusing on specific cases."
Alternatives: "a broader foundation" or "a wider framework".
This work proposes new empirical entrainment design formulae that have been developed on a more general basis compared to existing methods.
Well, rather than offering a commentary on the market, I thought I might be most helpful by talking about how to figure things like this out on a more general basis.
We argue that the interpretation of impedance data in terms of electrical analogs and in terms of classical linear systems theory (LST) is possibly too restrictive, and that a more general basis is required to accommodate the broad range of "impedance spectroscopies" that are now being developed.
On a more general basis, however, she told Forbes.com that Swiss Re was "definitely" open to acquisitions.
On a more general basis, our results highlight that the aggregate preferences and behaviors of large numbers of people can nowadays be observed in real time, or even forecasted, through open source data freely available in the web.
In particular, since we were interested in the residual semantic processing occurring after the subjects responded to the stimulus, we examined the ROIs' activation profile in more detail by modeling the hemodynamic time course with a more general basis set of spline functions.
With remarkable foresight, Riemann considered the possibility that rigid body motion may break down, and approached the problem of physical geometry from a much more general basis, which includes Euclidean and ordinary non-Euclidean geometry as a limiting case.
To allow for more interregional variation in HRFs, linear combinations of more general basis functions such as the Fourier set can be used [Friston et al., 1995a].
Evidence that inherited sensitivity to radiation may have a more general genetic basis is provided by the observation that cancer patients and some of their first-degree relatives exhibit increased in vitro radiosensitivity compared with healthy controls (Roberts et al, 1999; Burrill et al, 2000).
To analyze the observed allele frequency shifts in single-nucleotide polymorphisms associated with quantitative traits, such as human height (Turchin et al. 2012) and cold tolerance in Drosophila (Huang et al. 2012), the results derived in this study provide a more general theoretical basis than the dynamical equations used in previous analyses (e.g., Turchin et al. 2012).
On-going progress in cell-based therapeutics, progenitor cell exploitation, growth factor delivery and advanced formulation strategies will provide a more general and versatile basis for advanced combination device strategies.
