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© 1998 Records Continuum Research
Group, Monash University. All Rights Reserved.
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Research Methodology
Conceptual Framework
The conceptual framework for the project is provided by records continuum
theory and the records continuum model (Upward 1996 and 1997, McKemmish
2002), which support the development of complex, integrated systems and
processes to manage records and archives in and through time, and across
space.
Development of Proof of Concept Prototype
The first stage involves the construction of a user-friendly proof of
concept "demonstrator" prototype for a fictitious, though realistic, organisational
setting. This stage will include development and documentation of the
metadata creation, management, and multiple use scenarios which will provide
the basis for building the prototype. The prototype will demonstrate how
recordkeeping standards-compliant metadata can be created and captured
through a mixture of automated and manual processes in particular application
environments and re-used across applications for multiple purposes. It
will be developed iteratively, employing user-centred and rapid prototyping
approaches. Using scripting languages that can extend existing office
and workflow tools, the prototyping will extend and integrate existing
software functionality, e.g. standard office desktop proprietary application
software, records management software, web content management software,
personnel management systems, and workflow systems. This will enable metadata
to be reused and value-added as the business transactions, records, information
objects and resources that the metadata describes and manages move from
one application to another in complex intranet and internet environments,
across domains and through time. The HotMeta™ suite, developed by
the Distributed Systems Technology Centre
(DSTC), will be used in the development of the prototype.
Implementation Model
The second stage of the project will involve implementing the prototype
in a real world test-bed site to provide a model for best practice. Two
different contexts for implementing the prototype will be used - the context
of a single organisation and the context of the performance of a single
function or activity across multiple organizations. This stage will include
specification of the functional requirements for the implementation of
the prototype at the test-bed site, extending the user-centred, iterative
approach to systems development taken in the prototyping stage.
Metatools
Prototypes of tools for metadata translation and deployment will be developed
to support both the prototyping and implementation modelling stages. A
working model of a mini metadata registry will be built to document and
describe the different metadata standards or schemas employed by the different
business applications used in the test-bed site. Its functionality will
be extended to enable translation of metadata between the different metadata
schemas in use so that metadata can be re-used for different business
purposes and in compliance with different standards. The development of
metatools and the mini metadata registry will draw on the outcomes of
recent data modelling, representation and syntax initiatives. Links to
controlled vocabulary schemes and directories for the selection of appropriate
metadata values will also be a feature of this stage.
Method
The method to be used is in itself innovative, based on user-centred rapid
prototyping and implementation modelling. The Research Team will work
closely with focus groups of experts, with the programmer extending existing
software and metadata deployment functionality in small, user-centred
iterations, and the Team and focus groups validating each iteration.
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Expected delivery date |
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Prototype
- recruitment of focus groups of users
- iterative development and documentation of scenarios
- iterative extension of software and metadata deployment functionality
- validation of each iteration feeding into evolution of scenarios
- building of prototype in stages/iterations
- iterative prototyping of supporting metatools, including a
mini metadata registry
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Mid 2004
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Implementation model
- organization of test-bed site
- iterative modelling and specification of implementation requirements
- further development of metatools and mini metadata registry
to support the implementation of the prototype
- iterative building of the implementation model
- iterative testing and validation of the model, with feedback
loops into its further development
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End 2005
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This method generates new ideas and re-prioritises old ideas as the prototype
evolves and the researchers gain insight, and is highly sensitive to user
needs, unlike traditional prototyping and implementation modelling methods
which attempt to develop a complete specification upfront.
Research Training
The APAI will be integrally involved with the project. As a member of
a multidisciplinary research team drawn from the academy and industry,
s/he will be trained in leading edge research methodologies.
Benefits and Outcomes
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Last updated 12 October 2003.
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