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In addition, we outline the latest efforts from the W3C groups, including the latest working drafts and recommendations (e.g., OWL 2, SPARQL 1.1, XML Schema 1.1, etc.).Moreover, we present a survey of the research approaches which aim to provide interoperability and integration between the XML and SW worlds.Thus, it is crucial to provide interoperability and integration mechanisms to bridge the gap between the SW and XML worlds.

The "Martian" refers to the archetypal "Martian Scientist", The specification is summarized in the abstract as follows: "This specification provides a model and grammar for representing the structure of information resources used to define topics, and the associations (relationships) between topics.

Names, resources, and relationships are said to be characteristics of abstract subjects, which are called topics.

Linear topic map notation (LTM) serves as a kind of shorthand for writing topic maps in plain text editors.

This is useful for writing short personal topic maps or exchanging partial topic maps by email. There is another format called As TMa which serves a similar purpose.

Features such as subject identifiers (URIs given to topics) and PSIs (published subject indicators) are used to control merging between differing taxonomies.

Scoping on names provides a way to organise the various names given to a particular topic by different sources.

Many international standards (e.g., .) have been expressed in XML Schema resulting to a large number of XML datasets.

The SW and XML worlds and their developed infrastructures are based on different data models, semantics and query languages.

Finally, we present the SPARQL2XQuery and XS2OWL Frameworks, which bridge the gap and create an interoperable environment between the two worlds.

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