The phrase "a given transition" is correct and usable in written English.
It can be used when referring to a specific transition that has been previously mentioned or is understood in the context.
Example: "In our analysis, we will focus on a given transition between the two phases of the project."
Alternatives: "a specific transition" or "a particular transition".
It starts scanning a word at the leftmost symbol in the start state, and at each step it moves one symbol to the right and enters a (possibly) new state, according to a given transition function.
In order to measure the degree of mobility implicit in a given transition matrix we need to find a measure of the "distance" of this matrix with respect to the identity matrix, which represents absolute immobility across quantiles.
Interestingly, we discovered that miRNAs sharing the highest fold changes at a given transition demonstrated similar expression patterns over time.
For a given transition from pattern A to pattern B we correlated the decoded pattern with preceding pattern A, current pattern B, and difference pattern B-A.
Unique trends within the accompanying plots show that groups of miRNAs with the highest fold changes at a given transition display a similar expression pattern during differentiation.
These control arcs determine whether a given transition is able to fire depening on the marking of its pre-places.
Moreover there is only a statistical agreement since classically all the frequencies will be given off together, while quantum mechanically only a single photon is emitted with a single frequency in any given transition between stationary states; hence, one must consider a statistical ensemble of atoms to compare with the classical spectrum.
To model a given phase transition, researchers must count up all the possible atom-level arrangements and pick the one with the lowest energy level.
The recent advances in the development and application of density-based indexes for the description of the nature and the quantification of the extent of charge transfer associated with a given electronic transition are here reviewed.
Analogous to the first iteration, the output bits associated with a given state transition x t + 1 n are used together with observed variables r t ′ + 1 to r t ′ + R c − 1 as well as the LLR estimates c ~ of the uncoded bits to calculate the cost of the n th state transition at time instance t.
Planck's energy formula E=h\nu is often used by engineers and chemists in design, both to compute the change in energy resulting from a photon absorption and to predict the frequency of the light emitted for a given energy transition.
