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Other Added - Programming With Semantic Web Languages
Some folks see the word “strategic” as a needlessly tiresome and complicated notion. But anything that shows you how to get from here to there IS strategic, and something we all need.Even the dictionary calls a strategy “of great importance to a planned effort.”For example, look at public relations where just about everything is based on getting from here to there. That is, from a dangerous lack of concern with external audiences to a sensible plan for doing something about what those key audiences think about you.To make the point, here’s a quick two-sentence thumbnail that promises just such an outcome.“People act on their own p
These advances make it practical to develop a high level visual interface that can allow people to develop open source, open standard, interoperable programs and share them. This can allow the development of open source communities similar to those developing software currently, but only requiring the level of skill it take
Imagine the horses all lined up at the gate in the last Kentucky Derby. Successful businessmen/women are just like thoroughbred horses. They must practice, run like the wind and sometimes be driven to make it first through the line. Like a horse race the majorities are losers and only a few are Triple Crown winners.We know that the majority of horses are not of the quality and disposition to ever be entered at the Kentucky Derby. Some might actually run in their local races but are not skilled enough to go beyond their home town. The vast majority of horses will be used for nothing but manual labor and the occasional ride through the farm.Business men
Option 1 - To put all the data in Semantic Web languages e.g XML (eXtensible Markup Language) (W3C, 2007a), SVG (Scalable Vector Graphics) (W3C, 2007c), RDF/XML (Resource Description Framework) (W3C, 2007b), OWL (Web Ontology Language) (Bechhofer and Carrol, 2004), and then display them using a programming language such as Flash, or Java (applets) - (Hale, 2007a).
Option 2 - To use the above languages as meta languages for actual programming - (Hale, 2007b).
It is also possible to use aspects of both approaches, such as to program mainly in Semantic Web languages, then add some extra interactive capabilities using JavaScript. It is becoming increasingly practical to program completely in the Semantic Web languages (option 1). These languages enable declarative programming, where we tell the computer what we want to do, and a translation is performed either using languages such as JavaScript or Java, or into JavaScript or Java. This is different from the AJAX (Asynchronous JavaScript and XML) approach, which is more like option 1.
The advantages of this (option 2) form of declarative programming are that we can use a language that is at a much higher level of abstraction, closer to the way people think. It’s possible to create these programs by editing them in Protege (ontology editor) and using a translator to convert them to whatever code is needed. This makes it possible to perform visual programming in a meta language (OWL) Web Ontology Language (option 2), without needing to worry about how it's implemented. The possibilities for this are that it becomes sufficiently intuitive, so that people can eventually create their own software for a wide variety of tasks, in a point and click way and using similar tools to web page editors. This would enable anyone who is computer literate to program the computer themselves to do their tasks, and if this is of interest to others, they can release their solution over the web.
Technologies such as XForms (Bruchez, 2006), XQuery (W3C, 2007e), and SPARQL (W3C, 2007d) make it possible to provide the sort of collaborative interactivity that Tim Berners-Lee calls 'Intercreativity' in Weaving the Web (Berners-Lee, 1999). In this book he also discussed the use of Semantic Web Languages as programming languages. He makes the point that it isn't the power of the language that is important in providing this intercreativity. The simplicity of a language such as RDF makes it easier to provide interconnected solutions to complex problems, without becoming bogged down with the complexity of the language itself, and interoperability problems. Tim Berners-Lee sums up the advantage of a Semantic Web program over programs in other languages. He writes "The advantage of putting the rules in RDF is that in doing so, all the reasoning is exposed, whereas a program is a black box: you don't see what happens inside it." If these rules are also visualised, they are exposed to everyone, including non-programmers.
These advances make it practical to develop a high level visual interface that can allow people to develop open source, open standard, interoperable programs and share them. This can allow the development of open source communities similar to those developing software currently, but only requiring the level of skill it take
I read an old newspaper account of three tragic deaths. Two men and a youth (Arnold Dobson, Harold Most and his son Harold, Jr.) perished in the blasting summer heat of Death Valley in California. Sheriff deputies found the bodies at seven, fourteen and seventeen miles from their abandoned car. In leaving their stranded car to seek help, the three had headed in the wrong direction going towards a ranch house they had passed thirty miles back. Just a mile in the other direction was a grove of willow trees and a spring.How often have we made the same mistake? We look back to what we know, rather than seek the unknown, the unfamiliar. We trust what we think is
It is also possible to use aspects of both approaches, such as to program mainly in Semantic Web languages, then add some extra interactive capabilities using JavaScript. It is becoming increasingly practical to program completely in the Semantic Web languages (option 1). These languages enable declarative programming, where we tell the computer what we want to do, and a translation is performed either using languages such as JavaScript or Java, or into JavaScript or Java. This is different from the AJAX (Asynchronous JavaScript and XML) approach, which is more like option 1.
The advantages of this (option 2) form of declarative programming are that we can use a language that is at a much higher level of abstraction, closer to the way people think. It’s possible to create these programs by editing them in Protege (ontology editor) and using a translator to convert them to whatever code is needed. This makes it possible to perform visual programming in a meta language (OWL) Web Ontology Language (option 2), without needing to worry about how it's implemented. The possibilities for this are that it becomes sufficiently intuitive, so that people can eventually create their own software for a wide variety of tasks, in a point and click way and using similar tools to web page editors. This would enable anyone who is computer literate to program the computer themselves to do their tasks, and if this is of interest to others, they can release their solution over the web.
Technologies such as XForms (Bruchez, 2006), XQuery (W3C, 2007e), and SPARQL (W3C, 2007d) make it possible to provide the sort of collaborative interactivity that Tim Berners-Lee calls 'Intercreativity' in Weaving the Web (Berners-Lee, 1999). In this book he also discussed the use of Semantic Web Languages as programming languages. He makes the point that it isn't the power of the language that is important in providing this intercreativity. The simplicity of a language such as RDF makes it easier to provide interconnected solutions to complex problems, without becoming bogged down with the complexity of the language itself, and interoperability problems. Tim Berners-Lee sums up the advantage of a Semantic Web program over programs in other languages. He writes "The advantage of putting the rules in RDF is that in doing so, all the reasoning is exposed, whereas a program is a black box: you don't see what happens inside it." If these rules are also visualised, they are exposed to everyone, including non-programmers.
These advances make it practical to develop a high level visual interface that can allow people to develop open source, open standard, interoperable programs and share them. This can allow the development of open source communities similar to those developing software currently, but only requiring the level of skill it take
When your buyers go through eBay checkout, they can see your uploaded custom logo. You can even add it in the invoice mails to your buyers. The format of your logo file must be either of the types .jpg, .jpeg, .bmp, .gif, or .png. Size of the logo should be 310 x 90 pixels. If you are a store seller then eBay uses your Store logo.When you want to add your custom logo click ‘my eBay’ link at the top of any eBay page, click the ‘preferences’ link that you can find in the left side of navigation bar. On clicking the ‘show’ button for ‘logos and branding’ in the ‘Seller Preferences’ section, ‘customizing checkout and invoice’ page gets displayed. Now click on th
Technologies such as XForms (Bruchez, 2006), XQuery (W3C, 2007e), and SPARQL (W3C, 2007d) make it possible to provide the sort of collaborative interactivity that Tim Berners-Lee calls 'Intercreativity' in Weaving the Web (Berners-Lee, 1999). In this book he also discussed the use of Semantic Web Languages as programming languages. He makes the point that it isn't the power of the language that is important in providing this intercreativity. The simplicity of a language such as RDF makes it easier to provide interconnected solutions to complex problems, without becoming bogged down with the complexity of the language itself, and interoperability problems. Tim Berners-Lee sums up the advantage of a Semantic Web program over programs in other languages. He writes "The advantage of putting the rules in RDF is that in doing so, all the reasoning is exposed, whereas a program is a black box: you don't see what happens inside it." If these rules are also visualised, they are exposed to everyone, including non-programmers.
These advances make it practical to develop a high level visual interface that can allow people to develop open source, open standard, interoperable programs and share them. This can allow the development of open source communities similar to those developing software currently, but only requiring the level of skill it take
The explosion of the Internet as a popular resource and commercial opportunity has thrown the doors open to a variety of industries and jobs. Some are individual to the Internet whilst others have been adapted from real life business. With a larger worldwide audience and 24 hour culture the new industries have thrived and developed numerous subsidiary businesses. Possibly the most extraordinary success outside of the retail world occurred within the gaming industry. Gambling and the associated games and practices have exploded either as a result of in spite of the online industry. Previously popular games have become hugely popular games thanks to their availabilit
Technologies such as XForms (Bruchez, 2006), XQuery (W3C, 2007e), and SPARQL (W3C, 2007d) make it possible to provide the sort of collaborative interactivity that Tim Berners-Lee calls 'Intercreativity' in Weaving the Web (Berners-Lee, 1999). In this book he also discussed the use of Semantic Web Languages as programming languages. He makes the point that it isn't the power of the language that is important in providing this intercreativity. The simplicity of a language such as RDF makes it easier to provide interconnected solutions to complex problems, without becoming bogged down with the complexity of the language itself, and interoperability problems. Tim Berners-Lee sums up the advantage of a Semantic Web program over programs in other languages. He writes "The advantage of putting the rules in RDF is that in doing so, all the reasoning is exposed, whereas a program is a black box: you don't see what happens inside it." If these rules are also visualised, they are exposed to everyone, including non-programmers.
These advances make it practical to develop a high level visual interface that can allow people to develop open source, open standard, interoperable programs and share them. This can allow the development of open source communities similar to those developing software currently, but only requiring the level of skill it take
It is common knowledge that everyone loves to get something for free. People are often seen stuffing hundreds of forms into contest ballot boxes, sometimes filling them out for hours at a time. It is unreal what people will do for a freebie. The same is true with your website. If you are trying to target more traffic and increase your website production, then you should certainly consider adding free downloads to your site. Downloads are extremely popular with web users today, especially when they are free. With many sites charging outrageous prices for the smallest download, a freebie is always welcomed. By offering free downloads, you will see that your we
These advances make it practical to develop a high level visual interface that can allow people to develop open source, open standard, interoperable programs and share them. This can allow the development of open source communities similar to those developing software currently, but only requiring the level of skill it takes to get started in visual collaboration tools such as MySpace. In Weaving the Web Tim Berners-Lee writes "The Semantic Web, like the Web already, will make many things previously impossible just obvious". Visual Semantic Web programming is one of those obvious things.
References
Bechhofer, S., Carrol, J., 2004. Parsing owl dl: trees or triples?. In: Proceedings of the 13th international conference on World Wide Web, NY, USA, pp 266-275.
Berners-Lee, T., Fischetti, M., 1999. Weaving the Web. Harper San Francisco; Paperback: ISBN:006251587X - http://www.w3.org/People/Berners-Lee/Weaving/.
Hale, P., 2007. http://www.cems.uwe.ac.uk/~phale/Flash/FlashHCI.htm.
Hale, P., 2007. http://www.cems.uwe.ac.uk/amrc/seeds/PeterHale/SparMenu.html.
Stutt, A., Motta, E., 2004. Semantic Learning Webs. Journal of Interactive Media in Education, 2004 (10). Special Issue on the Educational Semantic Web. ISSN:1365-893X - http://www-jime.open.ac.uk/2004/10.
World Wide Web Consortium (W3C), 2007. Extensible Markup Language (XML) http://www.w3.org/XML/.
World Wide Web Consortium (W3C), 2007. Resource Description Framework (RDF) http://www.w3.org/RDF/.
World Wide Web Consortium (W3C), 2007. Scalable Vector Graphics (SVG) XML Graphics for the Web http://www.w3.org/Graphics/SVG/.
World Wide Web Consortium (W3C), 2006. SPARQL Query Language for RDF http://www.w3.org/TR/rdf-sparql-query/.
World Wide Web Consortium (W3C), 2006. XQuery 1.0: An XML Query Language http://www.w3.org/TR/xquery/.
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