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Nick Carr gives us an insight into the future of the Web from the perspecive of Google's business model. No doubt the Chrome "omnibar" is revolutionary in th esimple way it leverages Google search and index services to extend web surfers experience. Truly great stuff tha tNick ties back into the basic business model of Google. What Nick doesn't cover is how Chorme is desinged to bridge that gap between Web surfing and next generation Web Applications (RiA). Microsoft is in position to dominate this next generation, while Chrome represents Google's first step into the fray. Sure, Google dominates consumer applets and services, but RiA represents a model for enterprise and corporate business systems moving their core to the Web. It's a big shift. And Google has some serious catching up to do.

It's this natural drive to reduce the cost of complements that, more than anything else, explains Google's strategy. Nearly everything the company does, including building big data centers, buying optical fiber, promoting free Wi-Fi access, fighting copyright restrictions, supporting open source software, launching browsers and satellites, and giving away all sorts of Web services and data, is aimed at reducing the cost and expanding the scope of Internet use. Google wants information to be free because as the cost of information falls it makes more money.

"The Sun Labs Lively Kernel is a new web programming environment developed at Sun Microsystems Laboratories. The Lively Kernel supports desktop-style applications with rich graphics and direct manipulation capabilities, but without the installation or upgrade hassles that conventional desktop applications have. The system is written entirely in the JavaScript programming language, a language supported by all the web browsers, with the intent that the system can run in commercial web browsers without installation or any plug-in components. The system leverages the dynamic characteristics of the JavaScript language to make it possible to create, modify and deploy applications on the fly, using tools built into the system itself. In addition to its application execution capabilities, the Lively Kernel can also function as an integrated development environment (IDE), making the whole system self-sufficient and able to improve and extend itself dynamically....." Too little too late? Interestingly, Lively Kernel is 100% JavaScript. Check out this "motivation" rational: "...The main goal of the Lively Kernel is to bring the same kind of simplicity, generality and flexibility to web programming that we have known in desktop programming for thirty years, but without the installation and upgrade hassles than conventional desktop applications have. The Lively Kernel places a special emphasis on treating web applications as real applications, as opposed to the document-oriented nature of most web applications today. In general, we want to put programming into web development, as opposed to the current weaving of HTML, XML and CSS documents that is also sometimes referred to as programming. ...." I agree with the Web document <> Web Application statement. I think the shift though is one where the RiA frames web documents in a new envirnement, blending in massive amounts of data, streaming media and graphics. The WebKit docuemnt model was designed for this p

The four rules of the web and compound documents A real quirk that truly interests me is the difference in aims between the way documents are typically published and the way that the information within them is reused. A published document is normally in a single 'format' - a paginated layout, and this may comprise text, numerical charts, diagrams, tables of data and so on. My assumption is that, to support a given view or argument, a reference to the entirety of an article is not necessary; The full paper gives the context to the information, but it is much more likely that a small part of this paper contains the novel insight being referenced. In the paper-based method, it is difficult to uniquely identify parts of an article as items in their own right. You could reference a page number, give line numbers, or quote a table number, but this doesn't solve this issue that the author hadn't put time to considering that a chart, a table or a section of text would be reused.

Ben O'Steen has put up some thoughts on what he refers to as 'compound' documents and how to store them in repositories and allow for referencing of parts of a document, such as a table, a graph or even a paragraph. Why did I add the scare quotes to compound? While to a computer scientist a research paper with its graphs and tables and paragraphs might be compound, I suspect most authors tend to think of a research article as a single entity. Until we start giving them access to services that make it clear that it's not monolithic, that is. As background, Ben gives four rules: Note that the four rules of the web (well, of Linked Data technically) are in essence: * give everything a name, * make that name a URL … * which results in Data about that thing, * and have it link to other related things.

a framework for JavaScript applications called ViewsHandler. ViewsHandler is not another JavaScript templating solution but works on the assumption that in most cases you'll have to create a lot of HTML initially but you'll only have to change the content of some elements dynamically as new information gets loaded or users interact with the app. So instead of creating a lot of HTML over and over again all I wanted to provide is a way to create all the needed HTML upfront and then have easy access to the parts of the HTML that need updating. The first thing you'll need to do to define your application is to create an object with the different views and pointers to the methods that populate the views:

"Web-oriented architectures are easier to implement and offer a similar flexibility to SOA." Lengthy discussion concerning the WOA approach for the quick implementation of Web Application and Data bound services. Think the Comcast OpenSTack model :)

Ubuntu Enterprise to ship with Zimbra, Alfresco, and Unison in easy-to-install packages, plus IBM Notes-related collaboration software packages.

I was wrong. This page is the hub for Sun Blackbox containerized data center. Check the link titles to press coverage on the Perspectives page and you begin to get an idea why IBM was so desperate to force a hardware deal with Sun and Microsoft. Sun and Microsoft are ripping out and replacing IBM's hardware business.

This page seems to be the hub for information about the Sun containerized data centers. I've highlighted links as well as text, but not all the text on the page. Info gathered in the process of surfing the linked pages: [i] the 3x24 data switch page recomends redundant Solaris instances; [ii] x64 blade servers are the design target; [iii] there is specific mention of other Sun-managed data centers being erected in Indiana and in Bangalore, India; [iv] the whiff is that Sun might not only be supplying the data centers for the Microsoft cloud but also managing them; and [v] the visual tour is very impressive; clearly some very brilliant people put a lot of hard and creative work into this.