Sentence examples for interconnected feedback from inspiring English sources
The phrase "interconnected feedback" is correct and usable in written English.
It can be used when discussing systems, processes, or relationships where feedback loops are linked and influence one another. Example: "In our project, we need to consider the interconnected feedback between different departments to ensure a cohesive outcome."
In particular, transcription factors, microRNAs and their respective targets form interconnected feedback and feedforward circuits [ 2].
Moreover, these data show that the organization of the regulatory interactions between env1, gna1 and gna3 is not strictly hierarchical, but rather functions via interconnected feedback cycles.
Figure 1 Interconnected feedback system.
Two interconnected feedback loops involved in the circadian transcriptional regulation.
There are at least two interconnected feedback loops involved in the transcriptional regulation (Fig. 1).
Recent work has shown that they have complex structures involving multiple interconnected feedback loops with both positive and negative feedback.
Another notion supporting the systematic study of such combination therapies comes from the careful biochemical dissection of oncogenic signaling pathways: it was shown that most of these pathways are interconnected by feedback loops [20], [21], [22].
Interestingly, some miRNAs and EMT-TFs form tightly interconnected negative feedback loops that control epithelial cell plasticity, providing self-reinforcing signals and robustness to maintain the epithelial or mesenchymal cell status.
These consist of a channel estimator and a linear filter (for the estimation of the transmitted symbols), interconnected by a feedback loop through a symbol-wise threshold detector.
These models are built in time or frequency domain and can be interconnected to form quantum feedback networks.
In this paper, the separation principle for the recently established dissipative high gain filter (DHGF) is presented, which guarantees the closed-loop stability of the system interconnected with a state-feedback controller and the DHGF.
