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The research project aims to discover the particular properties of the umouzo worm that cause it to provide local tequila with
its characteristic taste. The method will involve chemical analysis of the worm at various stages of its lifecycle related
to the tequila: its early life in its usual forest habitat, its middle life when collected and held in artificial conditions as stock
before it is placed into the bottle of tequila and finally within thetequila environment at various stages of maturity of the tequila. The research will be conducted by Professor Quoaxocoatl andhis Analytical Biochemistry team, belonging to the Departments
of Chemistry and Biology at the University of Chicken Itza, Mexico using the latest spectroscopic analysis techniques. The
beneficiaries of the research will be the Chicken Itza Tequila company which expect to improve the flavour by understanding
the chemical changes in the worms. The research will be conducted following the ethical code for experimentation on
animals. The funding requested is 1,000,000 US Dollars over 3 years.
The research project aims to discover the particular properties of the umouzo worm that cause it to provide local tequila with
its characteristic taste. The method will involve chemical analysis of the worm at various stages of its lifecycle related
to the tequila: its early life in its usual forest habitat, its middle life when collected and held in artificial conditions as stock
before it is placed into the bottle of tequila and finally within thetequila environment at various stages of maturity of the tequila. The research will be conducted by Professor Quoaxocoatl andhis Analytical Biochemistry team, belonging to the Departments
of Chemistry and Biology at the University of Chicken Itza, Mexico using the latest spectroscopic analysis techniques. The
beneficiaries of the research will be the Chicken Itza Tequila company which expect to improve the flavour by understanding
the chemical changes in the worms. The research will be conducted following the ethical code for experimentation on animals. The funding requested is 1,000,000 US Dollars
The research <project> aims to discover the particular properties of the umouzo worm that cause it to provide local tequila with its characteristic taste. </project> <abstract> the method will involve chemical analysis of the worm at various stages of its lifecycle related to the tequila: its early life in its usual forest habitat, its middle life when collected and held in artificial conditions as stock before it is placed into the bottle of tequila and finally within the tequila environment at various stages of maturity of the tequila. </abstract><person> The research will be <relationship> conducted by </relationship> Professor Quoaxocoatl </person> And <relationship> his </relationship> <orgunit> Analytical Biochemistry team </orggunit> <relationship> belonging to the </relationship> <orgunit> Departments of Chemistry </orgunit> and <orgunit> Biology </orgunit> <relationship> at the </relationship> <orgunit> University of Chicken Itza, Mexico </orgunit><abstract> using the latest spectroscopic analysis techniques. </abstract> The <relationship> beneficiaries </relationship> of the research will be the <orgunit> Chicken Itza Tequila company </orgunit>which expect to <abstract> improve the flavour by understanding the chemical changes in the worms. </abstract> The research will be conducted <condition> following the ethical code for experimentation on Animals. </condition> The funding requested is <funding> 1,000,000 US Dollars </funding>over <duration> 3 years. </duration>
Parsing to a defined schema for research information
Related Work: Conclusions• unstructured or semistructured data is valuable only when
indexed by structured metadata • satisfactory responses to end-user queries only produced
when the data are structured, or indexed by structured metadata;
• satisfactory response to end-user queries over heterogeneous distributed data requires knowledge-based techniques (And KB techniques rely on structured data)
• semistructured harvesting/browsing techniques require much human effort and so do not scale
• Structured data-based techniques allow for further processing, automating and scaling but more R&D is needed to make it work
• Data quality can only be assured if the input or edit of data attribute values is validated and – if necessary – supported with explanation of valid values
• To achieve this requires structured data i.e. data arranged as attribute values in a structure to form information
• validation techniques applicable to each data attribute and relationships between attributes [GoGlJe93].
• validation relies on first order logic and Boolean algebra. This demands structured data (information).
• For CRIS: CERIF – data structured formally as information– Attribute values in controlled vocabularies (domain ontologies)
• Push technology relies on a standard query which is executed when triggered by a (relevant) change in the observed database or an externally defined condition
• Therefore it requires structured data (or structured metadata representing un- or semi-structured data)
• The researcher would find – an easy-to-use assisted interface;
– behind which integration of information from multiple sources would be performed automatically,
– even bringing into a homogeneous context semistructured information (notably publications and research datasets with associated software) via the structured metadata.
• Thus the cloud of research information becomes a well-formed set of quality information.
• The research manager in a funding organisation would find – an easy-to-use assisted interface with the required information
from multiple heterogeneous sources integrated. – The interface provides appropriate functions for comparing the
funding; the explanation engine provides background information on the way in which funding is calculated in each country.
– quality information structured in context and with appropriate explanation to assist in interpretation.
– interface assistance to formulate the query to ensure the correct year(s) and departments are selected and the count of publications is done correctly according to the criteria (e.g. against a list of acceptable peer-reviewed publication channels).
Utilising the Solution: The Innovative Entrepreneur
• The innovative entrepreneur utilises the advanced interface – to formulate a homogeneous query over the
heterogeneous national sources of information. – The query is improved by the inference engine and
domain ontology to overcome the fact that terminology differs from country to country and she wishes to compare like with like in terms of patents, products and their generated wealth through licences or sales.
– More complex is to compare track records in wealth creation of research groups; a graphical representation of value against time is used with annotation to explain the basis of the reasoning leading to the inclusion or exclusion of certain research outputs.