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Publications Managing Ontology Lifecycles in Corporate Settings Markus Luczak-Rösch and Ralf Heese: Managing Ontology Lifecycles in Corporate Settings, International Conference on Semantic Systems (I-SEMANTICS), Graz, Austria, September 03-05, 2008 Interoperability Issues, Ontology Matching and MOMA Malgorzata Mochol: Interoperability Issues, Ontology Matching and MOMA, International Conference on Semantic Systems (I-SEMANTICS), Graz, Austria, September 03-05, 2008 Towards a rule-based matcher selection Malgorzata Mochol, Anja Jentzsch: Towards a rule-based matcher selection, 6th International Conference on Knowledge Engineering and Knowledge Management Knowledge Patterns (EKAW2008), Acitrezza, Catania, Italy, September 29 - October 03, 2008 Simple Back-end Services for Corporate Semantic Web Robert Tolksdorf, Radoslaw Oldakowski, Thomas Hoppe: Simple Back-end Services for Corporate Semantic Web, 3rd International Workshop on Applications of Semantic Technologies (AST 2008) at INFORMATIK 2008, Munich, Germany, September 2008. (Abstract) A Generic Corporate Ontology Lifecycle Markus Luczak-Rösch and Ralf Heese: A Generic Corporate Ontology Lifecycle, 3rd Workshop on Semantic Wikis, European Semantic Web Conference, June 2008 (Abstract, Poster)

As JISC has recently announced an open call of funding for a study on Semantic Web technologies in teaching and learning we thought we'd use this opportunity to provide a bit of an update on Semantic Web developments. The JISC call seeks to fund a study which looks at pragmatic aspects of the actual use of semantic applications in real world scenarios. The successful applicant will review a number of case studies of real-world teaching and learning scenarios and look at the potential for use of semantic technologies. The key question they are asking is: "Can you convince us that semantic technologies offer one potential solution to some real problems?"

Recent progress in mobile broadband communication and semantic web technology is enabling innovative internet services that provide advanced personalization and localization features. The goal of the SmartWeb project (duration: 2004-2007) is to lay the foundations for multimodal user interfaces to distributed and composable semantic Web services on mobile devices. The SmartWeb consortium brings together experts from various research communities: mobile services, intelligent user interfaces, language and speech technology, information extraction, and semantic Web technologies (see www.smartweb-project.org).

eLearning is fast, relevant and just-in-time learning grown from the learningrequirements of the new, dynamically changing, distributed business world. The term „Semantic Web" encompasses efforts to build a new WWW architecture that supports content with formal semantics, which enables better possibilities for searching and navigating through the cyberspace. As such, the Semantic Web represents a promising technology for realizing eLearning requirements. This paper presents an approach for implementing the eLearning scenario using Semantic Web technologies. It is primarily based on ontology-based descriptions of content, context and structure of the learning materials and benefits the providing of and accessing to the learning materials.

About the Conference The vision of the Semantic Web is to enhance today's Web by exploiting machine-processable metadata. The explicit representation of the semantics of data, enriched with domain theories (ontologies), will enable a web that provides a qualitatively new level of service. It will weave together a large network of human knowledge and makes this knowledge machine-processable. Various automated services will help the users to achieve their goals by accessing and processing information in machine-understandable form. This network of knowledge systems will ultimately lead to truly intelligent systems, which will be employed for various complex decision-making tasks.

The "Social Semantic Web" is here - yay! The book of the same name, edited by Andreas Blumauer (right) and Tassilo Pellegrini, is now available in stores. Another contributor from SWC is Matthias Samwald (left), who, together with Holger Stenzhorn, discussed the relevance of the Semantic Web for biomedial research in their article for the book.

Bo, you mainly deal with the application of semantic technologies in medicine and life sciences. What is your motivation to do this? What fascinates you about this field of research? Looking back from this point in time, I cannot help to ask myself: while information and communication technologies (ICT) have achieved incredible advances in the last decade or so and have been successfully applied in numerous fields to improve the quality of our everyday life, why do we still find old fashioned services dominant in public health care? Have we, as computer scientists or IT professionals, done enough in the so-called semantic web (SW) era to make patients suffer less and to make medical doctors' lives easier?

The International Semantic Web Conference (ISWC) is the leading conference for research on Semantic Web topics. It is held annually and is the successor of the Semantic Web Working Symposium (SWWS).

What is LOCO-Analyst? LOCO-Analyst is an educational tool aimed at providing teachers with feedback on the relevant aspects of the learning process taking place in a web-based learning environment, and thus helps them improve the content and the structure of their web-based courses. LOCO-Analyst aims at providing teachers with feedback regarding: *  all kinds of activities their students performed and/or took part in during the learning process, *  the usage and the comprehensibility of the learning content they had prepared and deployed in the LCMS, *  contextualized social interactions among students (i.e., social networking) in the virtual learning environment. This Web site provides some basic information about LOCO-Analyst, its functionalities and implementation. In addition, you can watch videos illustrating the tool's functionalities. You can also learn about the LOCO (Learning Object Context Ontologies) ontological framework that lies beneath the LOCO-Analyst tool and download the ontologies of this framework.

Project10X has just published a new study that charts the next stage of internet evolution - Web 3.0 - and the role semantic technologies in next generation applications and business models. Entitled Semantic Wave 2008 Report: Industry Roadmap to Web 3.0 and Multibillion Dollar Market Opportunities, this study is must reading for investors, technology developers, and enterprises in the public and private sector who want to better understand semantic technologies, the business opportunities they present, and the ways Web 3.0 will change how we use and experience the internet for pleasure and profit. The report is 400+ pages, comprehensive, well illustrated, and written to be readily understood by business and government executives as well as IT professionals. We invite you to download a free 27-page summary of this report at the following link: Semantic Wave 2008 Report: Executive Summary

IBM To represent the Semantic Web, you'll use the following technologies: * A global naming scheme (URIs) * A standard syntax for describing data (RDF) * A standard means of describing the properties of that data (RDF Schema) * A standard means of describing relationships between data items (ontologies defined with the OWL Web Ontology Language) Let's take a closer look at these technologies.

Meet other local people interested in the Semantic Web, an initiative to bring machine understanding to create "one giant database" of the web.

Designing the Semantic Web for Higher Education Technological and Socio-economical Challenges 2002 What is the Semantic Web all about? How do Use Cases of the Semantic Web look like and how can we realize them? What is missing from the socio-economicalpoint of view?

Topic: Semantic Web Recent Posts in this Topic 5Cs Dave Snowden revises and reprises his conditions of complexity. Including this one: "Constraint is key to understanding complexity, it governs the transition between the three ontologies. Increase constraint and you create an ordered system; do that inappropriately and you create the conditions for catastrophic failure; remove constraint and the system is chaotic. Lightly constrain the system, while allowing it to be modified by the actors within it and you enable evolution and the emergence of meaning. Managing constrains is one of the things you can train managers to do, and measure their capability and effectiveness." Do I agree with that? I don't know. How do you constrain them. Who does the constraining? With networks there can be natural limits, which prevents them from being scale free. But I don't think this is what Snowden means. Dave Snowden, Cognitive Edge, October 23, 2008 [Link] [Tags: Ontologies, Networks, Semantic Web] [Comment]

How Semantic Web Technologies are Enabling the Bench to Bedside Vision Summary *Semantic Web Technologies help to integrate diverse data sets *Beneficial for drug safety and personalized medicine *Triple stores and on-the-fly mappings *Many organizations are deploying Semantic Web solutions in the life sciences

We want to make all the world's content more accessible, interoperable and valuable. Some call it Web 2.0, Web 3.0, the Semantic Web or the Giant Global Graph - we call our piece of it Calais. Calais is a rapidly growing toolkit of capabilities that allow you to readily incorporate state-of-the-art semantic functionality within your blog, content management system, website or application.

Research interests in applied technologies and learning/teaching systems. Provides a rich collection of publications and conference presentations.

"While some people work heavily on the extension of the semantic web infrastructure, like Talis Connected Commons or OpenLink´s Amazon EC2 Instantiation others have started to bring the semantic web closer to the developers and therefore to a much broader audience: They offer search facilities or Linked Data Navigators like OpenLink´s Entity Finder or DERI´s VisiNav."

Traditionally, visitors to museums have been left having to choose between finding their way around exhibits on their own or taking a standardized group tour with a guide. In this paper, we describe a context-aware museum tour guide that adjusts its recommendations to the interests and contexts of individual visitors and enables them to selectively share their experience with others. The tour guide is built around an innovative semantic Web framework that minimizes the development and maintenance costs associated with the introduction of new exhibits, new visitor-oriented services and new sources of contextual information. In particular, it features a semantic Web rule reasoning engine that enables visitor-oriented services to identify relevant sources of contextual information and to enforce user-specified privacy preferences about what information they are willing to share with others (e.g. "only members of my group can see my current location", or "only my friends can see how I rate exhibits"). While still in prototype stage, the tour guide's target environment is the National Museum of Natural Science, one of Taiwan's largest museums with over 3 million visitors per year.

Topics in education are changing with an ever faster pace. ELearning resources tend to be more and more decentralized. Users increasingly need to be able to use the resources of the web. For this, they should have tools for finding and organizing information in a decentralized way. In this paper, we show how an ontologybased tool suite allows to make the most of the resources available on the web.