In this paper, the equivalence between the speculative comparisons of a loop-unrolling DFE and an ADC with non-uniform quantization levels is utilized to propose a novel ADC-based DFE receiver structure.
Without such data, we can only make speculative comparisons.
However, this remains speculative, since comparisons with commonly used tools like the Neuropsychiatric Inventory (NPI) are lacking.
This comparison, although speculative, helps to forestall possible objections to the pre-post design used here.
The deleted region overlaps that reported in another patient, although this previously reported patient had a much larger deletion, making further comparisons quite speculative.
However, these points are speculative as we have no comparison to their learning habits prior to the study.
The idea of mosaic organization of IT cortex with highly columnar and less columnar regions is interesting, but still speculative because evidence provided by comparison between hemispheres with and without intrinsic signal imaging is indirect.
This difference may reflect the fact that the IAP technique is primarily measuring plasma flow rather than RBC flux, although this explanation remains speculative in the absence of data from a direct comparison of these techniques.
A detailed comparison of contemporary Western process philosophy, both the speculative and analytic-interpretive variety, should prove illuminating for both sides but is yet to be undertaken.
Maybe comparison to protoplasts is interesting, though admittedly highly speculative.
