Titlebook: Knowledge-Based and Intelligent Information and Engineering Systems; 13th International C Juan D. Velásquez,Sebastián A. Ríos,Lakhmi C. Jai

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Functionality and Performance Issues in an Agent–Based Software Deployment Frameworkto configure or re-configure a system according to user needs. This paper deals with an agent-based framework where intelligent and mobile agents provide the means to implement a distributed system and enable its evolution by taking partial or full responsibility for software deployment tasks. Agent

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Emotion Judgment Based on Relationship between Speaker and Sentential Actoron sense. In this paper, a method is proposed which processes any ”subject” using knowledge base and an Association Mechanism. In proposed method, 27 attributes of ”subject” were judged by knowledge base. Moreover, an unknown word processing is proposed which deals with actor words which were not re

Affable

A Knowledge Based Formal Language for Securing Information Systemsssing the system resource. Especially we investigate and handle the situation where the security agent’s knowledge based on which the access decision is made is not complete. We introduce modal logic to specify and reason about a security domain, then translate the domain into an epistemic logic pro

ingestion

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A Hybrid System Combining Description Logics and Rules for Inventive Designcific characteristics. The theoretical approach we are interested in, called TRIZ (the Russian acronym for Theory for Inventive Problem Solving), when translated into a methodological procedure, can be declined into two different steps: problem formulation and problem resolution. This article presen

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Domain Modeling Based on Engineering Standards a Knowledge Based Domain modeling, potential challenges and approaches to overcome them. The benefits of using Standards as models for Domain ontologies have been shown as valid in related work and, as proof of concept, we present a case study where our methodology was successfully applied.

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A Knowledge Based System for Minimum Rectangle Nesting for solving two-dimensional nesting problem is proposed. Arbitrary geometric shapes are first quantized into a binary form. These binary representations are subsequently processed by operators which nest the shapes in a rectangle of minimum area. After nesting is completed, the binary representatio