Sentence examples for transition from system from inspiring English sources
The intrinsic developmental factors that regulate the transition from System 1 to System 2 remain mostly unknown [ 6].
In combination, demethylation of ripening gene promoters, RIN MADS binding and the early ripening of fruit inhibited for methylation, suggests an important role of the epigenome and its dynamics in contributing to ripening control and in particular the control of the transition from System 1 to System 2 ethylene response.
Recently, Yokotani et al. [ 9] demonstrated that ethylene production during ripening (system 2) consists of both autocatalytic and ethylene-independent systems and that transition from system 1 to system 2 occurs mainly via limited expression of LeACS2 and LeACS4, both of which are controlled by ethylene-independent developmental factors.
The remaining transition probabilities pi,j for (ji tilde {R}) and (j i tilde {R}) are included in (16) and are obtained as follows: downwards transitions from system state i towards states (j i tilde {R}) are impossible because at most (tilde {R}) packets can be successfully decoded, and therefore pi,j=0 for (j i tilde {R}).
Upwards transitions from system state i towards states (j i tilde {R}) happen when j−i thinking devices have generated packets and collided (the activity of the backlogged devices is immaterial in this case because they do not alter the backlog state, so collision is generated by thinking devices alone), and are thus given by the last equation in (16).
Comparison of the results with h = 24 and h = 45 shows that when diffusion is slower, the transition from homogeneous system to heterogeneous system happens for a smaller system size.
Unconformity K-1A bound Sequence 2A (lacustrine and fluvial systems) and Sequence 2B (alluvial deposits) in Bauru Basin whereas in the Sanfranciscana and Parecis basins this unconformity marks the transition from alluvial system to aeolian system (Sequences 2A and 2B).
Let p r (s, s ') be the transition probability from system state s = (x, g) to state s ' = (x ', g ') by taking action r = π ( x, g ) ∈ A ( s ).
and the transition probability from system state i to j (p ij,0≤i,j≤K) is defined as [42] p_{i,j}= underset{s to infty}{lim} {text{Pr}}left(B(s) = j vert B(s - 1) = iright).
In chapter one, I trace the development of sovereignty from medieval times to the present, paying particular attention to the historical transition from the system of overlapping church and state authority to a system marked by independent secular authority.
The threat of climate change means we need to make a transition from a system that relies heavily on high-carbon fossil fuels, to a radically different system that includes nuclear, renewables and clean coal power.
