Sentence examples for system of reasoning from inspiring English sources

A more likely explanation appeared to lie in the seemingly closed system of reasoning voters brought to the process.

This strikes me as a classic example of a philosophical belief, a moral position that is arrived at through a system of reasoning and intellectual coherence.

Our ways of thinking about what is right – whether it's the relations between the sexes, freedom of the individual or the proper role of the state – have been shaped by the Platonic means of inquiry, a system of reasoning that seeks to unearth bias and contradictions, rather than accept directives handed down on tablets of stone.

In addition to careful observation, then, scientific method requires a logic as a system of reasoning for properly arranging, but also inferring beyond, what is known by observation.

The system of reasoning is described and illustrated using data from a single participant with advanced uterine cancer and a fungating nodule in the groin.

To deal with the race's new challenges, Stanford has souped up its robot, called "Junior," with a new, more flexible system of reasoning, more capable of improvising and planning around unexpected contingencies.

The DPT postulates two systems of reasoning: System 1 (automatic, nonanalytic, intuitive) and System 2 (effortful, analytic, abstract and logical thinking) cognitive processes [ 67],[ 68, 69].

Based on the dual-system architecture of reasoning (system 2) and affective decision-making (system 1), we challenged the previous theoretical account by indicating that the main source of compliance is impairment of the meta-reasoning system when rapid affective changes occur.

They proceed from judgments we make concerning objects and people that are beyond our control but important to our flourishing, and as such are "part and parcel of the system of ethical reasoning".

In a narrow sense, the term fuzzy logic refers to a system of approximate reasoning, but its widest meaning is usually identified with a mathematical theory of classes with unclear, or "fuzzy," boundaries.

This paper introduces a formal logic Q of such syllogisms and shows how this may be employed in a system of nonmonotonic reasoning.