Semantic Mashups

1. Front Matter

   Pages I-VII

   PDF

2. The Mashup Ecosystem

   • Brigitte Endres-Niggemeyer

   Pages 1-50

3. Mashups Live on Standards

   • Brigitte Endres-Niggemeyer

   Pages 51-89

4. Mashups for Web Search Engines

   • Ioannis Papadakis, Ioannis Apostolatos

   Pages 91-117

5. DBpedia Mashups

   • Mihály Héder, Illés Solt

   Pages 119-143

6. Mashups for the Web of Things

   • Klemen Kenda, Carolina Fortuna, Alexandra Moraru, Dunja Mladenić, Blaž Fortuna, Marko Grobelnik

   Pages 145-169

7. Mashups Using Mathematical Knowledge

   • Christoph Lange, Michael Kohlhase

   Pages 171-204

8. Speech Mashups

   • Giuseppe Di Fabbrizio, Thomas Okken, Jay Wilpon

   Pages 205-235

9. Mashups for the Emergency Management Domain

   • Axel Schulz, Heiko Paulheim

   Pages 237-260

10. Similarity Mashups for Recommendation

    • Arturs Sosins, Martins Zviedris

    Pages 261-285

11. Urban Mashups

    • Daniele Dell’Aglio, Irene Celino, Emanuele Della Valle

    Pages 287-319

12. Travel Mashups

    • Amparo E. Cano, Aba-Sah Dadzie, Fabio Ciravegna

    Pages 321-347

13. Back Matter

    Pages 349-382

    PDF

Mashups are mostly lightweight Web applications that offer new functionalities by combining, aggregating and transforming resources and services available on the Web. Popular examples include a map in their main offer, for instance for real estate, hotel recommendations, or navigation tools.

 

Mashups may contain and mix client-side and server-side activity. Obviously, understanding the incoming resources (services, statistical figures, text, videos, etc.) is a precondition for optimally combining them, so that there is always some undercover semantics being used.  By using semantic annotations, neutral mashups permute into the branded type of semantic mashups. Further and deeper semantic processing such as reasoning is the next step.

 

The chapters of this book reflect the diversity of real-life semantic mashups. Two overview chapters take the reader to the environments where mashups are at home and review the regulations (standards, guidelines etc.) mashups are based on and confronted with. Chapters focusing on DBpedia, search engines and the Web of Things inspect the main Web surroundings of mashups. While mashups upgrading search queries may be nearer to the everyday experience of readers, mashups using DBpedia input and sensor data from the real world lead to important new and therefore less known developments. Finally, the diversity of mashups is tracked through a few application areas: mathematical knowledge, speech, crisis and disaster management, recommendations (for games), inner-city information, and tourism.

 

Participants of the AI Mashup Challenge wrote all the chapters of this book. The authors were writing for their current and future colleagues – researchers and developers all over the Web who integrate mashup functionalities into their thinking and possibly into their applications.

• AI Mashup Challenge
• DBpedia
• LOD – Linked Open Data
• Ontologies
• RESTful Services
• SOA – Service-Oriented Architecture
• SOAP
• Semantic Web
• Web Services
• Web of Things

• Hannover, Germany

  Brigitte Endres-Niggemeyer

Brigitte Endres-Niggemeyer mainly works in natural language and knowledge processing. Currently she is focusing on IOS development for iPhone and iPad, with specific attention to speech apps. Previously, she did a series of AI-related projects: from an early computerized cataloguing of physics papers (1984 -- 1987) to empirically founded summarization with a cognitive science and qualitative field research background (1989 -- 1998) to web-based knowledge acquisition and presentation for bone marrow transplantation (2000 -- 2006). A highlight in her many years of teaching activities was the development of a German technical writing program (1989 -- 1990). This book is the fruit of the AI Mashup Challenge that she has been running since 2009.

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