The phrase "a set of probabilistic" is correct and usable in written English.
It can be used when referring to a collection or group of probabilistic models, methods, or concepts in various contexts, such as statistics, machine learning, or decision-making.
Example: "In our analysis, we utilized a set of probabilistic models to predict future trends based on historical data."
Alternatives: "a collection of probabilistic" or "a group of probabilistic".
In general, such consequences are not known with certainty but are expressed as a set of probabilistic outcomes.
These surrogate models are then employed to run a set of probabilistic studies at an affordable computational cost.
A satisficing search problem consists of a set of probabilistic experiments to be performed in some order, seeking a satisfying configuration of successes and failures.
Many tasks require evaluating a specified Boolean expression φ over a set of probabilistic tests whose costs and success probabilities are each known.
We develop a formal notion of a language as a set of probabilistic associations between form (lexical or syntactic) and meaning (semantic) that has general applicability.
Based on the number and spatial distribution of these binding sites, we calculate a set of probabilistic features that are used to make predictions for novel ceRNAs of PTEN.
The implication is that it equally values a guaranteed payoff of $21 with any set of probabilistic payoffs whose expected value is also $21.
The proposed distributions constitute a set of validated probabilistic models that can be used for performing reliability analyses of structures strengthened with CFRP laminates.
In doing so, a comprehensive stochastic mathematical model is developed which incorporates a set of valid probabilistic scenarios for the uncertainties of load and intermittency in wind and solar generation sources.
Given these realities, we proposed a set of quantitative probabilistic models for estimating costs and risks stemming from carrying out any given VVT strategy [Engel, A., Barad, M., 2003. A methodology for modeling VVT risks and costs. Systems Engineering Journal 6 (3), 135 151, Wiley InterScience, Online ISSN: 1520-6858, PrISSNISSN: 1098-1241].
The probabilistic satisfiability (PSAT) problem is to determine whether a given set of probabilistic assessments (a PSAT instance) can be satisfied in the sense that there is a probability measure over truth assignments such that all assessments are satisfied.
