Open-ended Procedural Semantics
نویسندگان
چکیده
This chapter introduces the computational infrastructure that is used to bridge the gap between results from sensorimotor processing and language. It consists of a system called Incremental Recruitment Language (IRL) that is able to configure a network of cognitive operations to achieve a particular communicative goal. IRL contains mechanisms for finding such networks, chunking subnetworks for more efficient later reuse, and completing partial networks (as possibly derived from incomplete or only partially understood sentences).
منابع مشابه
Declarative Semantics in Object-Oriented Software Development - A Taxonomy and Survey
One of the modern paradigms to develop an application is object oriented analysis and design. In this paradigm, there are several objects and each object plays some specific roles in applications. In an application, we must distinguish between procedural semantics and declarative semantics for their implementation in a specific programming language. For the procedural semantics, we can write a ...
متن کاملOpen-ended Grounded Semantics
Artificial agents trying to achieve communicative goals in situated interactions in the real-world need powerful computational systems for conceptualizing their environment. In order to provide embodied artificial systems with rich semantics reminiscent of human language complexity, agents need ways of both conceptualizing complex compositional semantic structure and actively reconstructing sem...
متن کاملShort Paper: Assessing Procedural Knowledge in Open- ended Questions through Semantic Web Ontologies
This paper presents a novel approach for automatically grading students’ answers to open-ended questions. It is inspired by the OeLE method, which uses ontologies and Semantic Web technologies to represent course material. The main difference in our approach is that we add a new category of concepts, named functional concepts, which allow specifying an ordering relation between concepts. This m...
متن کاملFacilitating deep learning through self-explanation in an open-ended domain
Self-explanation has been used successfully in teaching Mathematics and Physics to facilitate deep learning. We are interested in investigating whether self-explanation can be used in an open-ended, ill-structured domain. For this purpose, we enhanced KERMIT, an intelligent tutoring system that teaches conceptual database design. The resulting system, KERMITSE, supports self-explanation by enga...
متن کاملEffects of Self-Explanation in an Open- ended Domain
Self-explanation is used in several intelligent tutoring systems in the domains of Mathematics and Physics to facilitate deep learning. Since these domains are well structured, instructional material to self-explain can be clearly defined. We are interested in investigating whether self-explanation can be used in an open-ended domain. For this purpose, we enhanced KERMIT, an intelligent tutorin...
متن کامل