Information Technology Reference
In-Depth Information
9
Concluding Remarks with Future Perspectives
Our new HTNL5 based WebbleWorld which will become available soon will work as
a potential platform for people to edit and publish Web documents with embedded
complex interactive tools and services, to reuse and copy some of such embedded
tools published in other people's Web documents, to federate them or their copies for
composing new complex knowledge resources, and to publish them as Web
applications. Knowledge resources thus represented as Web documents are cross
platform compatible. The Web and its search engine will work as the meme pool of
such knowledge resources and the search service for people to find out appropriate
knowledge resources or webble components embedded in some Web pages. They can
be semantically organized and managed using the Semantic Web technologies. From
technological point of view, we can utilize all the available Web technologies to
develop various utilities for editing, publishing, reorganizing, managing, and
searching for knowledge resources. From users' point of view, we can enrich Web
documents by embedding complex interactive visual applications in them. A Web
page or an e-book page defined with this technology may have an embedded picture
like Figure 14 or 15, which is not actually a picture but an interactive application
environment for you to play with. You may make a copy of a chart in Figure 15
embedded in some Web page, and use it in the TOB environment like Figure 14
embedded in some e-book page with its connection to some of the entity of the CRF
of some treatment event in TOB.
As explained in preceding chapters, a webble may work as a client-side graphical
user interface of a Web service. A parent-child relationship between two of such
webbles may be implemented in either of the following two alternative ways. The
connection defined at the client side may be used for the actual data communication
between the two Web services. The same connection may be also considered as a
referential link used only for invoking the direct data communication between the two
Web services without going through two webbles. The latter mode of parent-child
connections enables us to use the HTML5 version of WebbleWorld as a GUI builder
system for cloud computing systems. WebbleWorld will enable users to easily
federate various services provided by a cloud computing system to compose a
complex visual application environment as a Web portal without writing a single line
of code.
Through our involvement in three major research projects, EU's FP6 ACGT
project and the following FP7 project p-medicine, and the Japanese government
initiative project on the social cyber-physical system technologies for optimizing
social system services, we recognized that real-world big data cannot be simply
analyzed just by today's advanced data mining and clustering algorithms based on
some single monolithic modeling of the target world. These projects told us that real
world data are much more complex and require more than one different type of
monolithic modeling that form a network of mutual interaction. In the analysis of
such a system, it is important to first find out each hidden subsystem that can be
modeled by a single mathematical model. This implies the importance of taking the
exploratory visual analytics approach instead of directly applying a single analysis
