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Link Popularity – Vital Measure for Search Engine Marketing the ontology into representations in other languages and tools. We have prototyped this translation for decision support tools [Vanguard System] and [Cost Estimator], and languages including XML (eXtensible Mark-up Language), and Java. XML has mainly been used as a neutral format for representing information, but its rich structure makes it suitable for use as a programming language e.g. [AspectXML]. Further research can be undertaken into representing the information in Meta languages such as [metaL] and [Simkin]. The result documents could be searched using XQuery within [Exist] and [SPARQL] (Simple Protocol and RDF Query Language) and edited using XForm editors such as [Orbeon XForms]. Translation of XML to the most appropriate format for reusable industry documentation will be achieved with the help of [Koala Publishing], who are experts in this field.Everyone expects of massive online success as soon as they promote their services and products online but there are few factors that can decide popularity and longevity of a website and needs thorough attention. Among them link popularity is the most important one.In fact, the moment words link popularity passes through our sound receptors, our brain interprets us what it generally mean, but apart from that vague idea, you must understand few core facts on link popularity if you want to be a leader in search engine marketing.Link popularity is the number of incoming links from potential partners to your website. More the one way link, more popular will be your website; more popular your website become, higher will be the chances of getting good page rank and good turn-around of Web traffic. Since good PR focuses on quantity and popularity of the links, it can help in attaining good position in search engine result page. If your website is placed in appreciable position, people easily finds you as soon as they enter the Web world, view your services repeatedly and become potential buyers.People often considers page rank (PR) and link popularity as the synonym of each other but this consideration is nothing more than a misconception because page rank is the software used by the Google to rank a Web page and it is a numeric value that determines the relevancy and importance of a Web page on search engine result page. PR is an important factor that facilitates link popularity because link popularity is determined on the basis of PR. Hence in order to get more link popularity, your website must be good enough to get suitable PR when search engine spiders visit your Web pages once a month (such process References D. Frankel, P. Hayes, E. Kendall, D. McGuinness, The Model Driven Semantic Web - 1st International Workshop on the Model-Driven Semantic Web (MDSW2004) Enabling Knowledge Representation and MDA® Technologies to Work Together (2004). E. Olsson, What active users and designers contribute in the design process, Interacting with Computers 16 (2004) 377-401. Scaffidi, C., Shaw, M., Myers, B. (2005). Estimating the Numbers of End Users and End User Programmers, IEEE Symposium on Visual Languages and Human-Centric Computing, (VL/HCC'05): 207-214 Dallas, Texas. Erwig M, Abraham R, Cooperstein I, Kollmansberger S, Automatic Generation and Maintenance of Correct Spreadsheets, 2005, ICSE 2005 27th International Conference on Software Engineering p 136- 145. Scanlan J, Rao A, Bru C, Hale P, Marsh R, DATUM Project: Cost Estimating Environment for Support of Aerospace Design Decision Making, 2006, Journal of Aircraft - 2006 vol. 43 no. 4. Berners-Lee T, 1999, Weaving the Web, Harper San Francisco, ISBN 0062515861. Institute for End User Computing Learn Judo and Beat the Summer Traffic Blues Research AimDid it seem like as the Fourth of July fireworks went up, your traffic went down? Or perhaps you are dreading your visitors taking a vacation and leaving your site home alone this summer? If this is you, then I advise taking some time out to learn a bit of Judo. Judo and the art of website management Judo? What on earth is the connection between seasonal traffic problems and Judo? Well let me explain a little about Judo and it might start to make more sense. Judo is an interesting form of combat, because Judo techniques don’t rely on outright strength or size. Instead, the participants use suppleness and flexibility of response (ju means “flexible” in Japanese) to turn their opponent’s apparent advantages against them. In Judo, you don’t actively resist an opponent’s move. Instead, a Judo player uses the momentum generated by his opponent’s attack to bring him down. Are you beginning to see the connection? If your visitor numbers or conversions nosedive at certain times of the year, don’t fight it – use it to your advantage. This is how you can manage your online business Judo-style. But how does this work in practice? Well, when fewer visitors and customers mean you have more time available, you can… 1. Overhaul your site Have you been too busy dealing with orders and enquiries to give your site that much-needed makeover? Take advantage of the extra time to implement all those great content, navigation and conversion-improving ideas you are too busy to even think about during the rest of the year. 2. Add to your product line-up This is a great opportunity to add both new tangible products, and extr This article examines research on creation of systems to facilitate management of design and cost related knowledge within aerospace organisations. The aim of using this knowledge is to reduce the costs of designing and manufacturing products. The article identifies ways that problems arising from the model development process can be addressed, by a new way of providing for the creation of software. It is possible to identify the approach of User Driven Programming (UDP) as an effective software development technique. This research unites approaches of Object Oriented programming, the Semantic Web, and Relational Databases and Event Driven programming. The Model Driven Semantic Web [Frankel] explains the opportunities for and importance of this kind of research. The approach encourages much greater user involvement in software development. The advantages of increasing user involvement in software development are explained by [Olsson]. Research Summary The intention behind research of this type is to enable users to program integrated applications. Tools could be created to enable users to develop software in a way familiar to many, from their use of spreadsheets and web page creation tools. End User Programming is an important area of research because many people who are experts in their domain want to create software models to aid their decision making [Scaffidi et al.]. Semantic Web techniques should be used to assist non-programmers to create software. This software could allow interactive visual modelling of information. This corresponds to the type of work normally undertaken using spreadsheets. In order to model complex problems in spreadsheets it is necessary to use macro languages, and track relationships between values in cells. These are difficult tasks, and mistakes lead to incorrect answers, this has led to a spreadsheet crisis where incorrect and undocumented spreadsheets are produced by individuals who have little formal training [Erwig et al.] [Scanlan et al.]. Creation of correct spreadsheets is difficult when the structure of the relationships in the spreadsheet is not clearly visible, this is why there is a need to develop alternative representations and visualisations. The aim is to find an alternative way of representing these models, which does not require the user to write code. The tool created must make it easy to interact with and change the models, and easy to share information with colleagues. The main application areas of the tool would be Knowledge Management, Decision support, and Simulation. There are many new semantic web applications aimed at the modelling community that have been developed over the last couple of years. The developers of these applications are willing to provide them free in the hope of allowing them to be used to create modelling tools for industrial problems. These applications and the methodology for our use and development of the applications are explained later and in http://www.cems.uwe.ac.uk/amrc/seeds/PeterHale/RDF/RDF.htm. 'The Model Driven Semantic Web' [Frankel et al.] explains the opportunities for and importance of research to create software from models. Tim Berners-Lee defined the semantic web as 'a web of data that can be processed directly or indirectly by machines' [Berners-Lee]. With this in mind the research can examine ways of structuring information, and enabling processing and searching of the information to provide a modelling capability. It is also important to increase user involvement in software, and enable provision of templates to enable non-programmers to develop modelling software for the purposes that interest them. The advantages of increasing user involvement in software development are explained by [Olsson]. This involvement is essential to avoid communication problems and misunderstanding that result from expert users having so little influence on tool creation. To assist in this project, it is essential that new ways of enabling collaboration between all those involved in software creation and use are investigated. Background and Introduction to the Semantic Web System There is an urgent need for semantic web tools to illustrate the benefits this technology can provide for industry, this paper 'EASE: The European Association Semantic Web Education' [Scaffidi et al.] explains this need. There is also a need for education in the use of semantic web technologies for industry. Some industry tools are available, explained by European Association Semantic Web Education [Diederich et al.] and in the [Jena User Conference], or being developed at present, but they are still difficult for industry employees to find. [REASE (the repository of EASE for learning units)] provides a way to find and create learning materials for industrial applications of semantic web technologies. Utilisation of this technology enables the creation of semantic web models for industry for use as modelling tools, and for educational use. These tools can then be published for others to use. The use of the semantic web can be a means for open standard representation of information, transformation into different representations as required, and for provision of a high level interface as a tool for model creation, and translation to program code. To achieve this an elaborator or translator could be created, and this would convert the diagrammatic representation of the problem into software. Translations can be performed into any programming or meta-programming language or open standard information representation language, the visualisation of the model created can be displayed on the web. The tool will enable users to build their taxonomy representation of the model from a library held in an open standard ontology [Uschold and Gruninger]. Flexibility is essential when different organisations are not all using the same systems. An important reason for creating the open standards ontology is that it can be accessed by many different users and/or applications. The open standard OWL (Web Ontology Language) will be used and is explained in [Bechhofer and Carrol]. In addition to the use of open standard ontology language it's also possible to use agreed semantics for the domain of engineering modelling. The language most relevant for this purpose is the Process Specification Language (PSL) of the National Institute of Standards and Technology (NIST). A representation of this PSL-XML [Lubell] can be used with OWL, both OWL and PSL-XML are based on RDF-XML (Resource Description Framework) implemented with XML (eXtensible Markup Language). This makes the translation process simpler and can enable interaction with other systems. Decision Support and Modelling tools can be used for calculation and modelling e.g. Vanguard Corporation [Vanguard Software]. The intention behind this research is to provide a tool that can be used by people who don't have access to CAD tools or other specialist software. It is to aid communication of product information throughout an organisation. Background research has been on semantic web techniques that can be applied to this problem. Software that is been investigated for representing ontologies and translating to program code and visualisation is Stanford University's [Prot?g?], Hewlett Packard's [Jena], and [Kaon]. Applications that are built with ontology tools such as the above, which include a development environment for calculation and decision support are [Metatomix m3t4], [TopBraid Composer], General Electric's [ACUITy] enterprise modelling tool, and Visual Knowledge's [Semantic Wiki] visualiser. These tools include Java Eclipse extensions for high level programming. We have also investigated transformations that can translate the ontology into representations in other languages and tools. We have prototyped this translation for decision support tools [Vanguard System] and [Cost Estimator], and languages including XML (eXtensible Mark-up Language), and Java. XML has mainly been used as a neutral format for representing information, but its rich structure makes it suitable for use as a programming language e.g. [AspectXML]. Further research can be undertaken into representing the information in Meta languages such as [metaL] and [Simkin]. The result documents could be searched using XQuery within [Exist] and [SPARQL] (Simple Protocol and RDF Query Language) and edited using XForm editors such as [Orbeon XForms]. Translation of XML to the most appropriate format for reusable industry documentation will be achieved with the help of [Koala Publishing], who are experts in this field. References D. Frankel, P. Hayes, E. Kendall, D. McGuinness, The Model Driven Semantic Web - 1st International Workshop on the Model-Driven Semantic Web (MDSW2004) Enabling Knowledge Representation and MDA® Technologies to Work Together (2004). E. Olsson, What active users and designers contribute in the design process, Interacting with Computers 16 (2004) 377-401. Scaffidi, C., Shaw, M., Myers, B. (2005). Estimating the Numbers of End Users and End User Programmers, IEEE Symposium on Visual Languages and Human-Centric Computing, (VL/HCC'05): 207-214 Dallas, Texas. Erwig M, Abraham R, Cooperstein I, Kollmansberger S, Automatic Generation and Maintenance of Correct Spreadsheets, 2005, ICSE 2005 27th International Conference on Software Engineering p 136- 145. Scanlan J, Rao A, Bru C, Hale P, Marsh R, DATUM Project: Cost Estimating Environment for Support of Aerospace Design Decision Making, 2006, Journal of Aircraft - 2006 vol. 43 no. 4. Berners-Lee T, 1999, Weaving the Web, Harper San Francisco, ISBN 0062515861. Institute for End User Computing h How to Get and Use Testimonials That Will Rock Your Business Results
Getting the RIGHT testimonials the RIGHT way, and using them the RIGHT way will explode your marketing and sales results, plus they will explode follow-up sales with the customers who gave them to you.Most people either forget to get a testimonial, or, even if they do ask for them, they are weak, really weak. Most are vague, "He's really great!"Turning those into measurable results will make them powerful, and establish what you are really worth.How to Ask for a Testimonial that Really RocksWhen asking for a testimonial, do you just ask them to tell you what they thought of you, your product, or service?The time to ask for a testimonial is almost every time you have met with the client. Ask him what he thought of [whatever it is you do] the last time we met, or the last time he used your product. The typical answer will be good, great, fantastic. So, now's the time to ask, just how great was it? Of course you are trying to get them to define, in measurable terms, how great. You are likely to get a follow-up "really great," or maybe a 2-3 minutes description that is still not measurable. It is likely that you will have to help them put it into words.A few good questions:How much do you think this saved [or made] the company in dollars and cents?How much did this save in time, employee salaries?What was that time worth to the company?Would you say that savings [or increase in revenue, or profit] was what percent of ........If these questions don't apply to you, develop those measurable results you do deliver. If you are struggling with this, read "30 Seconds to Explosive Networking and Sales" http://www.cems.uwe.ac.uk/amrc/seeds/PeterHale/RDF/RDF.htm. 'The Model Driven Semantic Web' [Frankel et al.] explains the opportunities for and importance of research to create software from models. Tim Berners-Lee defined the semantic web as 'a web of data that can be processed directly or indirectly by machines' [Berners-Lee]. With this in mind the research can examine ways of structuring information, and enabling processing and searching of the information to provide a modelling capability. It is also important to increase user involvement in software, and enable provision of templates to enable non-programmers to develop modelling software for the purposes that interest them. The advantages of increasing user involvement in software development are explained by [Olsson]. This involvement is essential to avoid communication problems and misunderstanding that result from expert users having so little influence on tool creation. To assist in this project, it is essential that new ways of enabling collaboration between all those involved in software creation and use are investigated. Background and Introduction to the Semantic Web System There is an urgent need for semantic web tools to illustrate the benefits this technology can provide for industry, this paper 'EASE: The European Association Semantic Web Education' [Scaffidi et al.] explains this need. There is also a need for education in the use of semantic web technologies for industry. Some industry tools are available, explained by European Association Semantic Web Education [Diederich et al.] and in the [Jena User Conference], or being developed at present, but they are still difficult for industry employees to find. [REASE (the repository of EASE for learning units)] provides a way to find and create learning materials for industrial applications of semantic web technologies. Utilisation of this technology enables the creation of semantic web models for industry for use as modelling tools, and for educational use. These tools can then be published for others to use. The use of the semantic web can be a means for open standard representation of information, transformation into different representations as required, and for provision of a high level interface as a tool for model creation, and translation to program code. To achieve this an elaborator or translator could be created, and this would convert the diagrammatic representation of the problem into software. Translations can be performed into any programming or meta-programming language or open standard information representation language, the visualisation of the model created can be displayed on the web. The tool will enable users to build their taxonomy representation of the model from a library held in an open standard ontology [Uschold and Gruninger]. Flexibility is essential when different organisations are not all using the same systems. An important reason for creating the open standards ontology is that it can be accessed by many different users and/or applications. The open standard OWL (Web Ontology Language) will be used and is explained in [Bechhofer and Carrol]. In addition to the use of open standard ontology language it's also possible to use agreed semantics for the domain of engineering modelling. The language most relevant for this purpose is the Process Specification Language (PSL) of the National Institute of Standards and Technology (NIST). A representation of this PSL-XML [Lubell] can be used with OWL, both OWL and PSL-XML are based on RDF-XML (Resource Description Framework) implemented with XML (eXtensible Markup Language). This makes the translation process simpler and can enable interaction with other systems. Decision Support and Modelling tools can be used for calculation and modelling e.g. Vanguard Corporation [Vanguard Software]. The intention behind this research is to provide a tool that can be used by people who don't have access to CAD tools or other specialist software. It is to aid communication of product information throughout an organisation. Background research has been on semantic web techniques that can be applied to this problem. Software that is been investigated for representing ontologies and translating to program code and visualisation is Stanford University's [Prot?g?], Hewlett Packard's [Jena], and [Kaon]. Applications that are built with ontology tools such as the above, which include a development environment for calculation and decision support are [Metatomix m3t4], [TopBraid Composer], General Electric's [ACUITy] enterprise modelling tool, and Visual Knowledge's [Semantic Wiki] visualiser. These tools include Java Eclipse extensions for high level programming. We have also investigated transformations that can translate the ontology into representations in other languages and tools. We have prototyped this translation for decision support tools [Vanguard System] and [Cost Estimator], and languages including XML (eXtensible Mark-up Language), and Java. XML has mainly been used as a neutral format for representing information, but its rich structure makes it suitable for use as a programming language e.g. [AspectXML]. Further research can be undertaken into representing the information in Meta languages such as [metaL] and [Simkin]. The result documents could be searched using XQuery within [Exist] and [SPARQL] (Simple Protocol and RDF Query Language) and edited using XForm editors such as [Orbeon XForms]. Translation of XML to the most appropriate format for reusable industry documentation will be achieved with the help of [Koala Publishing], who are experts in this field. References D. Frankel, P. Hayes, E. Kendall, D. McGuinness, The Model Driven Semantic Web - 1st International Workshop on the Model-Driven Semantic Web (MDSW2004) Enabling Knowledge Representation and MDA® Technologies to Work Together (2004). E. Olsson, What active users and designers contribute in the design process, Interacting with Computers 16 (2004) 377-401. Scaffidi, C., Shaw, M., Myers, B. (2005). Estimating the Numbers of End Users and End User Programmers, IEEE Symposium on Visual Languages and Human-Centric Computing, (VL/HCC'05): 207-214 Dallas, Texas. Erwig M, Abraham R, Cooperstein I, Kollmansberger S, Automatic Generation and Maintenance of Correct Spreadsheets, 2005, ICSE 2005 27th International Conference on Software Engineering p 136- 145. Scanlan J, Rao A, Bru C, Hale P, Marsh R, DATUM Project: Cost Estimating Environment for Support of Aerospace Design Decision Making, 2006, Journal of Aircraft - 2006 vol. 43 no. 4. Berners-Lee T, 1999, Weaving the Web, Harper San Francisco, ISBN 0062515861. Institute for End User Computing How to Find the Best Rates on Health Insurance in Oregon isunderstanding that result from expert users having so little influence on tool creation. To assist in this project, it is essential that new ways of enabling collaboration between all those involved in software creation and use are investigated.Health insurance has been commonplace in Oregon since the end of World War II. For many years cheap health insurance premiums made it easily affordable for most businesses to offer their employees free or nearly free health coverage.Times have changed. Recent technological advances in medicine have driven prices sky high and many employers here in Oregon can no longer afford to provide their workers with free health care; many have had to drop their worker health care entirely, scale it back, or require a substantial employee contribution to continue their health care coverage.This has resulted in more individuals and families than ever scrambling to find the best rates on health insurance here in Oregon.If you’re in this boat, or know someone who is, you can take comfort in the fact that you are not totally helpless in the face of the giant insurance companies – there are things you can do to lower your health care costs while still protecting you family.Start by shopping for the best rates you can find on the internet. Many websites make it easy for you to enter the coverage you and your family need onto a simple form and then get side-by-side comparisons of rates from several health providers at the click of a button.But before you do that take a moment and seriously consider what types and amount of coverage your family actually uses in a normal year. What areas of health coverage are most important to you? What areas are you likely to need the most financial help with in the coming year?There is also another difficult question you need to ask yourself. What is the most money you can set aside to pay for your own health needs for the coming year? If you can honestly Background and Introduction to the Semantic Web System There is an urgent need for semantic web tools to illustrate the benefits this technology can provide for industry, this paper 'EASE: The European Association Semantic Web Education' [Scaffidi et al.] explains this need. There is also a need for education in the use of semantic web technologies for industry. Some industry tools are available, explained by European Association Semantic Web Education [Diederich et al.] and in the [Jena User Conference], or being developed at present, but they are still difficult for industry employees to find. [REASE (the repository of EASE for learning units)] provides a way to find and create learning materials for industrial applications of semantic web technologies. Utilisation of this technology enables the creation of semantic web models for industry for use as modelling tools, and for educational use. These tools can then be published for others to use. The use of the semantic web can be a means for open standard representation of information, transformation into different representations as required, and for provision of a high level interface as a tool for model creation, and translation to program code. To achieve this an elaborator or translator could be created, and this would convert the diagrammatic representation of the problem into software. Translations can be performed into any programming or meta-programming language or open standard information representation language, the visualisation of the model created can be displayed on the web. The tool will enable users to build their taxonomy representation of the model from a library held in an open standard ontology [Uschold and Gruninger]. Flexibility is essential when different organisations are not all using the same systems. An important reason for creating the open standards ontology is that it can be accessed by many different users and/or applications. The open standard OWL (Web Ontology Language) will be used and is explained in [Bechhofer and Carrol]. In addition to the use of open standard ontology language it's also possible to use agreed semantics for the domain of engineering modelling. The language most relevant for this purpose is the Process Specification Language (PSL) of the National Institute of Standards and Technology (NIST). A representation of this PSL-XML [Lubell] can be used with OWL, both OWL and PSL-XML are based on RDF-XML (Resource Description Framework) implemented with XML (eXtensible Markup Language). This makes the translation process simpler and can enable interaction with other systems. Decision Support and Modelling tools can be used for calculation and modelling e.g. Vanguard Corporation [Vanguard Software]. The intention behind this research is to provide a tool that can be used by people who don't have access to CAD tools or other specialist software. It is to aid communication of product information throughout an organisation. Background research has been on semantic web techniques that can be applied to this problem. Software that is been investigated for representing ontologies and translating to program code and visualisation is Stanford University's [Prot?g?], Hewlett Packard's [Jena], and [Kaon]. Applications that are built with ontology tools such as the above, which include a development environment for calculation and decision support are [Metatomix m3t4], [TopBraid Composer], General Electric's [ACUITy] enterprise modelling tool, and Visual Knowledge's [Semantic Wiki] visualiser. These tools include Java Eclipse extensions for high level programming. We have also investigated transformations that can translate the ontology into representations in other languages and tools. We have prototyped this translation for decision support tools [Vanguard System] and [Cost Estimator], and languages including XML (eXtensible Mark-up Language), and Java. XML has mainly been used as a neutral format for representing information, but its rich structure makes it suitable for use as a programming language e.g. [AspectXML]. Further research can be undertaken into representing the information in Meta languages such as [metaL] and [Simkin]. The result documents could be searched using XQuery within [Exist] and [SPARQL] (Simple Protocol and RDF Query Language) and edited using XForm editors such as [Orbeon XForms]. Translation of XML to the most appropriate format for reusable industry documentation will be achieved with the help of [Koala Publishing], who are experts in this field. References D. Frankel, P. Hayes, E. Kendall, D. McGuinness, The Model Driven Semantic Web - 1st International Workshop on the Model-Driven Semantic Web (MDSW2004) Enabling Knowledge Representation and MDA® Technologies to Work Together (2004). E. Olsson, What active users and designers contribute in the design process, Interacting with Computers 16 (2004) 377-401. Scaffidi, C., Shaw, M., Myers, B. (2005). Estimating the Numbers of End Users and End User Programmers, IEEE Symposium on Visual Languages and Human-Centric Computing, (VL/HCC'05): 207-214 Dallas, Texas. Erwig M, Abraham R, Cooperstein I, Kollmansberger S, Automatic Generation and Maintenance of Correct Spreadsheets, 2005, ICSE 2005 27th International Conference on Software Engineering p 136- 145. Scanlan J, Rao A, Bru C, Hale P, Marsh R, DATUM Project: Cost Estimating Environment for Support of Aerospace Design Decision Making, 2006, Journal of Aircraft - 2006 vol. 43 no. 4. Berners-Lee T, 1999, Weaving the Web, Harper San Francisco, ISBN 0062515861. Institute for End User Computing Turnkey Sites - Coming of Age nd Gruninger]. Flexibility is essential when different organisations are not all using the same systems. An important reason for creating the open standards ontology is that it can be accessed by many different users and/or applications. The open standard OWL (Web Ontology Language) will be used and is explained in [Bechhofer and Carrol]. In addition to the use of open standard ontology language it's also possible to use agreed semantics for the domain of engineering modelling. The language most relevant for this purpose is the Process Specification Language (PSL) of the National Institute of Standards and Technology (NIST). A representation of this PSL-XML [Lubell] can be used with OWL, both OWL and PSL-XML are based on RDF-XML (Resource Description Framework) implemented with XML (eXtensible Markup Language). This makes the translation process simpler and can enable interaction with other systems. Decision Support and Modelling tools can be used for calculation and modelling e.g. Vanguard Corporation [Vanguard Software].Turnkey businesses have taken an enormous leap in popularity in the past few years. As with anything these days, if you want to see just how popular simply take a look on eBay and you will see hundreds of these types of businesses for sale. Prices range from only pennies to thousands of dollars.Initially most turnkey sites were simply "affiliate" sites linked to such E Business giants as Amazon. You as the owner would post the site, market it build traffic and then get a paltry single digit percentage cut of what ever was sold though your site. Some people have made and still are making good money from these sites but most only earned frustration.Times have changed however and the turnkey site has come of age. Today these sites are complete business solutions for those who want a quick, easy and economical E Business solution. You as the business owner can control virtually every aspect of your site. Although affiliations with other E business giants haven't gone away, many of these Turnkey sites are no longer dependent on any affiliation. Payment systems, data feeds and web site management are all built into a ready to do business package. In short, turnkey sites are no longer the ugly duckling of E Business and are truly an excellent option for a small or home business owner.Now I would be remiss if I were to claim that turnkey sites do not have their short comings, as indeed they do but none are so grievously problematic that they cannot be overcome with a little time, effort and or common sense. Unfortunately, regardless of how easily these issues can be reconciled there is a legion of naysayers who love to mercilessly malign the entire turnkey industry.The most commonly sited problem w The intention behind this research is to provide a tool that can be used by people who don't have access to CAD tools or other specialist software. It is to aid communication of product information throughout an organisation. Background research has been on semantic web techniques that can be applied to this problem. Software that is been investigated for representing ontologies and translating to program code and visualisation is Stanford University's [Prot?g?], Hewlett Packard's [Jena], and [Kaon]. Applications that are built with ontology tools such as the above, which include a development environment for calculation and decision support are [Metatomix m3t4], [TopBraid Composer], General Electric's [ACUITy] enterprise modelling tool, and Visual Knowledge's [Semantic Wiki] visualiser. These tools include Java Eclipse extensions for high level programming. We have also investigated transformations that can translate the ontology into representations in other languages and tools. We have prototyped this translation for decision support tools [Vanguard System] and [Cost Estimator], and languages including XML (eXtensible Mark-up Language), and Java. XML has mainly been used as a neutral format for representing information, but its rich structure makes it suitable for use as a programming language e.g. [AspectXML]. Further research can be undertaken into representing the information in Meta languages such as [metaL] and [Simkin]. The result documents could be searched using XQuery within [Exist] and [SPARQL] (Simple Protocol and RDF Query Language) and edited using XForm editors such as [Orbeon XForms]. Translation of XML to the most appropriate format for reusable industry documentation will be achieved with the help of [Koala Publishing], who are experts in this field. References D. Frankel, P. Hayes, E. Kendall, D. McGuinness, The Model Driven Semantic Web - 1st International Workshop on the Model-Driven Semantic Web (MDSW2004) Enabling Knowledge Representation and MDA® Technologies to Work Together (2004). E. Olsson, What active users and designers contribute in the design process, Interacting with Computers 16 (2004) 377-401. Scaffidi, C., Shaw, M., Myers, B. (2005). Estimating the Numbers of End Users and End User Programmers, IEEE Symposium on Visual Languages and Human-Centric Computing, (VL/HCC'05): 207-214 Dallas, Texas. Erwig M, Abraham R, Cooperstein I, Kollmansberger S, Automatic Generation and Maintenance of Correct Spreadsheets, 2005, ICSE 2005 27th International Conference on Software Engineering p 136- 145. Scanlan J, Rao A, Bru C, Hale P, Marsh R, DATUM Project: Cost Estimating Environment for Support of Aerospace Design Decision Making, 2006, Journal of Aircraft - 2006 vol. 43 no. 4. Berners-Lee T, 1999, Weaving the Web, Harper San Francisco, ISBN 0062515861. Institute for End User Computing Unsecured Cash Loans: Get The Money Urgently Without Any Apprehensions the ontology into representations in other languages and tools. We have prototyped this translation for decision support tools [Vanguard System] and [Cost Estimator], and languages including XML (eXtensible Mark-up Language), and Java. XML has mainly been used as a neutral format for representing information, but its rich structure makes it suitable for use as a programming language e.g. [AspectXML]. Further research can be undertaken into representing the information in Meta languages such as [metaL] and [Simkin]. The result documents could be searched using XQuery within [Exist] and [SPARQL] (Simple Protocol and RDF Query Language) and edited using XForm editors such as [Orbeon XForms]. Translation of XML to the most appropriate format for reusable industry documentation will be achieved with the help of [Koala Publishing], who are experts in this field.Unsecured cash loans are designed to provide financial assistance to people in need of urgent cash. It is especially very useful for salaried people. 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The loan amount depends on various factors like your credit status, repayment ability etc. Being unsecured in nature unsecured cash loans carry a bit higher interest rate, but that too can be minimized with good research. Unsecured cash loans can be availed through online application also. to avail unsecured cash loans the borrower must have a regular source of income, full time job and must be at least 18 years of age.Unsecured cash loan: advantagesUnsecured cash loans are advantageous in many ways. Unsecured loans are risk free loans because you don’t need to place any collateral in order to avail it. Unsecured cash loans a References D. Frankel, P. Hayes, E. Kendall, D. McGuinness, The Model Driven Semantic Web - 1st International Workshop on the Model-Driven Semantic Web (MDSW2004) Enabling Knowledge Representation and MDA® Technologies to Work Together (2004). E. Olsson, What active users and designers contribute in the design process, Interacting with Computers 16 (2004) 377-401. Scaffidi, C., Shaw, M., Myers, B. (2005). Estimating the Numbers of End Users and End User Programmers, IEEE Symposium on Visual Languages and Human-Centric Computing, (VL/HCC'05): 207-214 Dallas, Texas. Erwig M, Abraham R, Cooperstein I, Kollmansberger S, Automatic Generation and Maintenance of Correct Spreadsheets, 2005, ICSE 2005 27th International Conference on Software Engineering p 136- 145. Scanlan J, Rao A, Bru C, Hale P, Marsh R, DATUM Project: Cost Estimating Environment for Support of Aerospace Design Decision Making, 2006, Journal of Aircraft - 2006 vol. 43 no. 4. Berners-Lee T, 1999, Weaving the Web, Harper San Francisco, ISBN 0062515861. Institute for End User Computing http://www.ieuc.org/home.html. Network of Excellence on End User Development EUD.Net http://giove.cnuce.cnr.it/eud-net.htm. End-Users Shaping Effective Software (EUSES) http://eusesconsortium.org/. Gray J, Zhang J, Lin Y, Roychoudhury S, Wu H, Sudarsan R, Gokhale A, Neema S, Shi F, Bapty T, Model-Driven Program Transformation of a Large Avionics Framework, 2004, Third International Conference on Generative Programming and Component Engineering GPCE. Marsh R, Hill T, Scanlan J, Dunkley M, Cleevely P, 2001, Probabilistic Pseudo-generative Cost Modelling Through Virtual Template Propagation CEAS Conference on Multidisciplinary Aircraft Design and Optimization June 2001 Maternushaus Koln, Germany. Murphy G C, Walker R J, Baniassad E L A, Robillard M P, Lai A, Kersten M A, Does aspect-oriented programming work?, 2001, Communications of the ACM, Volume 44 Issue 10 (October 2001) Pages: 75 - 77, ISSN:0001-0782. Mens K, Michiels I, Wuyts R, 2002, Supporting Software Development through Declaratively Codified Programming Patterns. Expert Systems with Applications 23 405-413. Dmitriev S, http://www.onboard.jetbrains.com/is1/articles/04/10/lop/ - Language Oriented Programming: The Next Programming Paradigm. Diederich, J, Nejdl, W, Tolksdorf R, 2006, EASE: The European Association for SemanticWeb Education, SWET2006 Beijing, China. Jena User Conference, 2006, Bristol, UK http://jena.hpl.hp.com/juc2006/proceedings.html - Proceedings (2006). REASE the repository of EASE for learning units http://ubp.l3s.uni-hannover.de/ubp. Wikipedia - http://en.wikipedia.org/wiki/Interaction - Interaction. Uschold, M, Gruninger M, 2004, Ontologies and Semantics for Seamless Connectivity, Association for Computer Machinery - Special Interest Group on Management of Data - SIGMOD Record December 2004 Vol 33 No. 4. Bechhofer S., Carrol J. (2004) Parsing owl dl: trees or triples? Proceedings of the 13th international conference on World Wide Web, NY, USA pp 266 - 275. Lubell J, 2006 http://ats.nist.gov/psl/xml/process-descriptions.html - XML Representation of Process Descriptions. Vanguard Software http://wiki.vanguardsw.com/ - Global Knowledge Portal. Prot?g? http://protege.stanford.edu/ - welcome to prot?g?. Jena http://jena.sourceforge.net/ - Jena - A Semantic Web Framework for Java. Kaon http://kaon.semanticweb.org/ - Welcome to KAON. Metatomix m3t4 http://www.metatomix.com/news/060307.html - Metatomix Provides Free Semantic Toolkit for Eclipse Developers Worldwide. TopBraid Composer http://www.topbraidcomposer.com/ - The Complete Semantic Modeling Toolset. Aragones, A., Bruno, J., Crapo, A., Garbiras M. (2006) An Ontology-Based Architecture for Adaptive Work-Centered User Interface Technology. Jena User Conference 2006, Bristol, UK. Visual Knowledge - http://www.visualknowledge.com/ - Semantic WIKI - Visual Knowledge build conventional applications that are driven by ontologies rather than by code. A great deal of our underlying systems and frameworks are also model driven. Vanguard System http://www.vanguardsw.com/products/vanguard-studio/. Koonce, D., Judd, R., Keyser, T., Bailey, M. A. (2000) Cost Estimation Tool Integrated into FIPER, American Institute of Aeronautics and Astronautics http://www.engineous.com/resources.htm. AspectXML Project - http://www.aspectxml.org/. MetaL http://www.meta-language.net/ - MetaL: An XML based Meta-Programming language. Simkin http://www.simkin.co.uk/ - A high-level lightweight embeddable scripting language which works with Java or C++ and XML. Exist http://exist.sourceforge.net/xquery.html - Open Source Native XML Database. SPARQL http://dret.net/glossary/sparql - Simple Protocol and RDF Query Language. Orbeon Xforms http://www.orbeon.com/ - Form-based web applications, done the right way. Koala Publishing http://www.koalapub.co.uk/ Using XML software tools to create structured technical documentation.
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