The phrase "from argumentation" is correct and commonly used in written English
It is typically used to indicate that the information or idea being presented is derived from or supported by arguments or reasoning. Example: The author's stance on the topic was clear from the strong evidence and logical reasoning presented in the article. This solid argumentation effectively persuaded the readers to consider the issue from a different perspective.
For content selection and organization, we devised an argumentation strategy based on guidelines from argumentation theory.
Explanation-building discourse (Bereiter [2012]): distinct from argumentation and guided by principles of explanatory coherence.
Employing techniques and tools from argumentation to build a framework for mixed-initiative collaboration, we develop three complementary arcs.
The potential bias could be lowered by a review of the valuation step from argumentation to the filled matrix by modellers new to the framework in focus.
To say that literature is an experiment, not to be overly scientific, is to identify the practice of making observations, recording them, and then forming conclusions from argumentation.
In this work we try to overcome this substantial process by providing a method to compute accepted arguments from an argumentation framework.
The principle of this method is to combine mathematical properties (e.g. symmetry, asymmetry, strong connectivity and irreflexivity) of graphs built from the argumentation system to compute sets of accepted arguments.
Other scholars like Klahr and Dunbar from the information processing perspective, Kuhn et al. from the epistemology perspective, and Osborne from the argumentation perspective proposed different interpreting on scientific reasoning (Klahr and Dunbar 1988; D. Kuhn et al. 2008; Osborne 2013).
Eddington's notoriously difficult and opaque later works (1936), (1946), took their inspiration from this argumentation in attempting to carry out a similar, but algebraic not geometric, program of deriving fundamental physical laws, and the constants occurring in them, from epistemological principles.
In particular, an approach is developed based on defining, from the argumentation of the simulation process, an optimization sub-problem that not only approximately decouples the probabilistic analysis from the optimization loop, but takes a form that can be extremely efficiently solved.
Difficult decisions in areas besides research can also benefit from disciplined argumentation that employs these processes and principles.
