Evolutionary JavaDocs  The standard JavaDocs are a set of HTML pages that provide information on the software application.  With a Liquid Mirò framework built around this information source, the users of this system will reveal further relationships between the classes that are then available for use by others.  The soft links are created as the software engineers navigate the documentation, creating a community determined “most relevant” set of associations. Aims  This is just the template for the slides  Please speak to your supervisor for the exact content of the slides Example Applications  E-Medico: The goal of this application is to harness the collective knowledge and experience of medical professionals as they explore and navigate an online information web composed of research papers, drug descriptions, medical dictionaries, and medical videos. As one professional makes an association between previously un-related elements of information, a virtual “foot- print” is left behind for other professionals to follow and strengthen.  E-Grants: This application incorporates a research index such as with existing grant databases, previous grant applications, and other in-house records.  E-Jefe: The goal of this application is to seamlessly strengthen the associations between the various related federal and local policies, procedures, and programs. Liquid Mirò  Liquid Mirò based applications include the ability to monitor, weight, integrate, delay, and order the soft links before they are incorporated into elements of information  The Liquid Mirò application framework is built around a mechanism of extending existing legacy data to incorporate a dynamic record of usage-based semantic associations within the data  Liquid Mirò creates a bi-directional soft link between the now semantically related elements Introduction  As the volume of information, and the speed at which it both changes and grows, any mechanism incorporating repeated human intervention is becoming less efficient  couple existing information webs with the support for emerging client device types  we propose to let the actual usage of the system create and evolve the inter-connections between information elements Future Work: Semantic Softlinking for the Smart Internet  This research aims to explore alternate exploration and presentation mechanisms for hypermedia based information spaces.  The aim for this project is to provide both an application framework to support semantic softlinking, along with a case study on integrating two information hierarchies in an evolutionary manner. Softlinks  Experience has shown that large-scale hypertext systems requiring extensive manual support are costly, error prone, and difficult to maintain  A hard link completes the binding between two elements of information in the system upon creation  A soft link delays the binding until some later time. This research is sponsored by the SIT CRC, Moo Cow Inc and Shaggy Dog Ltd. Application Overview  Development of a mechanism for the presentation of soft links and tracking of their usage requires knowledge of the presentation medium  seed the legacy information units with soft links.  a mechanism for the presentation of soft links and tracking of their usage requires knowledge of the presentation medium . The strength of the soft link can be represented in a number of ways by simple ordering, colour, size, or the use of glyphs. The main title of your poster The main title of your poster Who you are, School of Information Technologies What your title here is, Smart Internet Technology Research Group Networks and Systems Research Laboratory