Compared to the CWT α = 2 j and β = 2 j p. j = 1, 2, …, J are called the discrete levels of timescales and p = 0, 1, …, P are the discrete locations P j = N − 2 j 2 j where ⌊·⌋ is the function of round down to the next integer.
In discrete-time survival analysis, the discreet timescale is partitioned into k intervals {I t = [a t − 1, a t )} with 0 = a 0 < a 1 < … < a k < ∞.
The current shows occasional discrete fluctuations of two types: subsecond-timescale closing events and rare millisecond-timescale excursions to a substate of 50 60% of the main-state amplitude.
Matrix F contains the "fast" events that occur frequently on the timescale of the original discrete-time process (i.e., the movement of lineages from within to between gametes), whereas matrix S contains the "slow" events (i.e., coalescence).
At each discrete time‐step of the simulation (refer to "Timescales and Granularity") factors in the agent's environment may change, prompting an agent to respond accordingly.
65 Secondly, as demonstrated in evo-devo analyses of nematode vulva development highlighted above, what ends up as discrete network evolution over long (inter-generic) evolutionary timescales (e.g. 66) may start as quantitative changes over shorter (intra-generic) timescales.
A fraction of the quantum emitters display blinking, discrete spectral jumps or multiple spectral lines at similar timescales (see Supplementary Fig. 12).
Our results imply a martian surface environment during the period of delta formation that supplied sufficient surface runoff to fill the Jezero basin without major drops in lake level, but also with discrete flooding events at non-orbital (e.g., annual to decadal) timescales.
Here, we add some new results pertainingto the less well-studied effects of short-term plasticity changes in synaptic strengththat arise on a timescale of seconds, the same timescale as that of persistentactivity within recurrent discrete attractor networks.
Observation of discrete well-defined conformations in this large RNA that are stable on the seconds timescale at low [Mg2+] (<0.1 mM) suggests that even at low ionic strength, with a tremendous number of possible (weak) interactions, a few critical interactions may produce deep energy wells that allow for rapid averaging of motions within each well, and yield kinetics that are relatively simple.
