The phrase "a given string of" is correct and usable in written English.
It can be used when referring to a specific sequence of characters or data in programming, mathematics, or linguistics.
Example: "In programming, you often need to manipulate a given string of text to extract useful information."
Alternatives: "a specific sequence of" or "a particular set of".
A prediction rule determines a probability for the event, denoted $Q^{1}_{t+1}$, that the next bit in the string is a 1, on the basis of a given string of bits with length $t$, denoted by $S_{t}$.
In the present experiment, we can interpret this activation as coming from deductive mental operations during the application of the syntactic rules underlying the formation of hierarchical formulae in the process of the verification of whether a given string of symbols represents a correct formula or not.
Schmidt [ 5] used weighted grid digraphs for finding all non-overlapping pairs of substrings (not necessarily consecutive) with the highest scores in a given string of length n.
For any given string of characters, we can tell if it is a proof.
The BWT (Burrows and Wheeler, 1994) of a given string is a reversible permutation of the string symbols that enables the search for a pattern P in the original string to take time (i.e. linear time with respect to the length of the pattern).
We will use SumH as the sum of the run-lengths of all the H-runs of a given string.
We design an efficient algorithm that decides whether or not a given string is a pseudoknot of a regular language L. Our algorithm runs in linear time if L is given by a deterministic finite automaton.
A suffix tree, which provides us with a linear space full-text index of a given string, is a fundamental data structure for string processing and information retrieval.
Shortest common supersequence (SCS) is a classical NP-hard problem, where a string to be constructed that is the supersequence of a given string set.
Suffix trees [ 17] are tree data structures which allow for fast access to all suffixes of a given string.
The tension in a given strand of string or rope is a result of the forces pulling on the rope from either end.
