"action description" is a correct and commonly used term in written English.
It is typically used to refer to a part of a sentence that describes or explains an action. Example: "The knight valiantly fought off the dragon, wielding his shining sword with precision and skill." In this sentence, "wielding his shining sword with precision and skill" is the action description that further explains how the knight fought off the dragon.
Action, description, detail – that's all just stuff.
We start with formalization of the RCS domain in an action description language.
In our study we use the action description language A proposed in 1991 by Gelfond and Lifschitz, and its extensions.
In this paper we first develop a high-level action description language that allows specification of sensing actions and their effects in its domain description and allows queries with conditional plans.
But just because there is an action description with a certain logical form (appropriate for the collective reading) doesn't mean that something automatically answers to it.
First of all, we consider the update of an action description with respect to further criteria, for instance, by ensuring that the updated description entails some observations, assertions, or general domain properties that constitute further constraints that are not expressible in an action description in general.
A constraint may trigger many actions Action A description of an action to be taken Attribute A name-value entity responsible principally for the matching of policies.
We propose an approach for integrating planning and control based on behavior schemas, which link physical movements to abstract action descriptions.
We present a proof theory for the logic and show how the logic can be used to describe actions in such a way that the action descriptions can be composed to infer properties of plans via the proof theory.
The approach presented here takes as input a procedural model of the agent's environment and produces as output a set of action descriptions that capture how the agent can exploit the dynamics in the environment.
Separation, reshaping, and conjunction (assembly) are general action descriptions which are instantiated in different cases of artifact making by different techniques or (production) routines.
