These results support the notion that timing and sequencing are closely related processes that rely on the same set of cognitive resources or mechanisms.
Our results, when compared to previous related works with the same set of capabilities, show that our mechanisms yield small overhead in terms of software memory (up to 64% smaller), FPGA resources (up to 40% smaller), and hardware/software communication latency (up to 51% smaller).
From our investigations, it appears that obtaining both pocket and rostral scratch rhythms with the same set of synaptic weights through the dynamic mechanisms we have described requires certain phase plane features and timing relations, which arise in the trajectory descriptions we have provided.
However, the extent to which canalization and developmental stability are controlled by the same set of genes and share underlying regulatory mechanisms is largely unresolved.
We will show that the integration of expression data and its use to guide the exploration of upstream sequences allows to analyse alternative regulatory mechanisms for the same set of genes.
Alternatively, weight gain with adiposity might be regulated by the same set of DMH neurons but through an independent mechanism (see below).
Currently, a diagnosis of most psychiatric disorders is based on self-reported symptoms (similar to the questionnaire used in this study) but it is becoming increasingly recognised that the same set of symptoms may be caused by myriad underlying mechanisms, all of which may require fundamentally different treatments.
Our results demonstrated that 136 out of 190 TFs are conserved under all three stresses, indicating that different stress mechanisms make use of the same set of TFs.
Compared to the socially efficient mechanism, the optimal mechanism features fewer participants, longer search conditional on the same set of participants, and inefficient sequence of entry.
Organisms have evolved due to many influences and mechanisms, and not all have shared exactly the same set of contributing factors.
