When designing production lines, a series of complex, interdependent phases need to be considered.
For the coherent MAC, due to the requirement of coherent combination among sensors, channel phases need to be transmitted from the FC to the sensors.
Therefore, now, the experiences from the first registration phases need to be used for simplifying the procedures and making them more efficient.
After having identified which of the six protocol phases need to be considered for which cut-set, e.g., phases 1, 3, 6 for the first one, straightforward application of ([5], Thm. 1) gives the constraints specified in (5).
The design and the production phases need to be closely linked, in order to avoid duplications and/or recalculations, and to take the maximum profit from studies and analysis.
Under this framework, for the analog precoder the number of the phases needed to be quantized is only two times minus one of that of all blocks, which remains unchanged even the number of RF chains increases.
It appears that more genes/proteins are activated during recovery phases following cold stress compared to the actual stress period [2], [5] and these phases need to be differentiated in experimental studies [6].
However, the necessary phases need to be reconsidered to link explicitly to gene expression drivers.
Hence only the relative orientation of the wavefronts and not their relative phases need to be corrected in JA-OCT.
This makes it clear that the phases need to be seen as conceptual presentations, but can be helpful for evaluating and guiding integrated care development.
