Advanced intelligent multimodal interface systems usually comprise many sub-systems. For the integration of already existing software components in the SMARTWEB system we developed an integration framework, the IHUB. It allows us to reuse already existing components for interpretation and processing of multimodal user interactions. The framework facilitates the integration of the user in the in...

This paper investigates a hybrid methodology that combines fuzzy logic and neural networks, Fuzzy Cognitive Map (FCM), for modeling and controlling Supervisory Control Systems. A mathematical description of Fuzzy Cognitive Maps (FCM) will be presented and new construction methods will be extensively examined. A Fuzzy Cognitive Map will be developed to model and control a process example and the...

This paper investigates a hybrid methodology that combines fuzzy logic and neural networks, Fuzzy Cognitive Map (FCM), for modeling and controlling Supervisory Control Systems. A mathematical description of Fuzzy Cognitive Maps (FCM) will be presented and new construction methods will be extensively examined. A Fuzzy Cognitive Map will be developed to model and control a process example and the...

Being able to declaratively specify control within a planning (or theorem-proving) paradigm is necessary if we are to build intelligent machines. This paper introduces an implementation of planning using situation calculus, in the answer set programming paradigm. Our forward-chaining planner has control mechanisms which are based on three ideas: (1) controlling the domain of discourse, (2) ment...

Virtual Agents are important elements of Virtual Environments that enhance their autonomy and believability. However, current control architectures for virtual agents offer little chances for autonomous operation in highly dynamic environments, a fact that could be improved with the use of a fuzzy controller. This paper presents a fuzzy model for controlling Intelligent Virtual Agents by introd...

Autonomous agents seem to be a promising approach for application in computermediated supply webs. Supporting the management and integration of the planning, scheduling, and controlling processes they can be used as "enterprise delegates". However, this leads to a problem with common autonomous agent architectures, as they are not designed to model complex decision behavior of entire companies....

The authors have developed a performance test, CPTOP (Cognitive Performance Test of Productivity), which combines 11 basic task testss to evaluate intelligent abilities of office workers in order to quantitatively and objectively evaluate their productivity by controlling office environment. However, in the previous experiment, it was found that the results of CPTOP contain in-fluences of learn...

Abstract A grain moisture detection system is proposed in this paper, which is designed based on capacitive sensor and single chip microcomputer. The working principle of concentric capacitive sensor is introduced and the hardware circuits of system are described in details. The system has an intelligent controller internal, it can collect data, display data and determine whether to alarm when ...

An intelligent agents based architecture framework for decision support to manage projects’ lifecycle is proposed. The intent of the proposed framework is to improve the way projects’ life cycle is handled in today’s cross-organizational projects, by assisting cooperation managers to control the development process in a reliability driven manner. The proposed decision support framework uses dis...

Intelligent tutoring systems (ITSs) are highly effective at fostering learning gains across a broad range of educational domains (VanLehn, 2011; Woolf, 2008). Tutorial planning is a critical component of ITSs, controlling how scaffolding is structured and delivered to learners. Tutorial planners operate at multiple levels, including the macro-level (e.g., selecting problems for learners to solv...