their environment. Intelligent Simulated Realities (ISReal) is a platform for virtual environments that are enriched with a high-level semantic description and populated by intelligent agents using Semantic Web technologies to perceive, understand, and interact with their environment. In this paper, we present the basic architecture of the ISReal platform and show the user interaction in an agent assisted

intelligent behavior to the user. In the research project ISReal, our research group developed the first platform for deploying virtual worlds based on Semantic Web technology, which enables agents to reason about and plan with semantically annotated 3D objects. Powerful tool support is required to design agents which exploit the functionality of the ISReal platform. We decided to reuse existing facilities

intelligent behavior to the user. In the research project ISReal, our research group developed the first platform for deploying virtual worlds based on Semantic Web technology, which enables agents to reason about and plan with semantically annotated 3D objects. Powerful tool support is required to design agents which exploit the functionality of the ISReal platform. We decided to reuse existing facilities

ipline endeavour. The ISReal (Intelligent Simulated Realities) platform uses these technologies to simulate virtual environments that are enriched with a high-level semantic description and populated by intelligent agents using SemanticWeb technologies to perceive, understand, and interact with their environment. In this paper, we present the basic architecture of the ISReal platform and show the user

We present the first open and cross-disciplinary 3D Internet research platform, called ISReal, for intelligent 3D simulation of realities. Its core innovation is the comprehensively integrated application of semantic Web technologies, semantic services, intelligent agents, verification and 3D graphics for this purpose. In this paper, we focus on the interplay between its components for semantic XML3D

historic reality. Using the Internet, we can interconnect research groups on different locations but also make this data widely available and more accessible to non-experts. In this paper we present the ISReal project together with its first results which allows for dynamically create, large-scale, and physically realistic simulated realities with systematic semantic annotations. Michael Repplinger; Alexander

Studies investigating dual-task performance [Isreal et al., 1980] or retrieval of prospective memory (PM) [West 2011] gave insight into the capabilities of the brain to perform tasks in parallel and to switch between tasks [Bisiacchi et al., 2009]. However, most experiments are conducted under controlled conditions. Here, we investigate electroencephalographic (EEG) activity recorded under natural

Technologien in der professionellen Praxis." „Das geplante RealGIS-System erweitert als umfangreiches Zusatzmodul den Funktionsumfang von CAIGOS mit den hochstehenden Visualisierungsfunktionalitäten des ISReal-Systems. Es ermöglicht die automatisierte Erzeugung und Darstellung großflächiger, komplexer, dreidimensionaler Modelle, die auf real vorliegenden, aktuellen Geodaten basieren. RealGIS erlaubt es Planern