In combination with the representation of probability relations by claims in a quasilogical language, the limiting frequency interpretation creates fundamental formal problems that Reichenbach did not foresee.
On this interpretation, the fundamental quantities in quantum field theory are vacuum expectation values of products of field operators defined at various spacetime points.
In both these settings, we argue that the problem of interpretation is fundamental to information system design and use, and that the hermeneutical exegesis framework is a systematic approach for addressing it.
Yet the cultivation of plants within spaceflight vehicles presented numerous physical and engineering challenges that complicated interpretation of fundamental plant responses.
For instance, fundamentalist assumptions typically lead one to address epistemological and metaphysical issues in terms of only results and interpretations of fundamental levels of disciplines.
Interpretations of "fundamental" range from the inexplicability of mentality in other, and non-mentalistic, terms to the idealist view that in some sense everything that exists is, and is only, a mental entity.
It is the first in a series of 4 educational papers on statistical issues for RCTs, which will also include statistical controversies in RCT reporting and interpretation, the fundamentals of design for RCTs, and statistical challenges in the design and monitoring of RCTs.
So, if, in order to escape a powerful argument against the possibility of HV interpretations, these interpretations drop their fundamental premise, this seems not to make much sense.
The techniques of process design continue to improve as the science of chemical engineering develops new and better interpretations of fundamentals.
They showed how consistent transmission of these texts was, how many possibilities there were for interpretation and how fundamental the texts had already become.
