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By providing tools for process modelling and
computerised enactment support, research on software
process technology aims to aid the management and
execution of distributed software development
processes. This thesis presents recent research in
the software
process area by describing the design,
implementation, and evaluation of the IMÅL prototype
process management and support environment. The aim
of the prototype is to address some of the weaknesses
of existing systems. IMÅL consists of a simple
process modelling language and tool, as well as a
more sophisticated process engine employing some
novel concepts in the software process technology
area. An underlying service-oriented architecture is
the basis for the engine, which is built as a
collection of distributed Web Services with the
intent of providing improvement in scalability and
stability over previous approaches. Furthermore,
multiple processing instances with different
underlying paradigms are combined into one single
engine, in order to utilise the advantages of several
approaches. Other essential features of the prototype
system include a to-do list facility and seamless
integration with third-party tools.
computerised enactment support, research on software
process technology aims to aid the management and
execution of distributed software development
processes. This thesis presents recent research in
the software
process area by describing the design,
implementation, and evaluation of the IMÅL prototype
process management and support environment. The aim
of the prototype is to address some of the weaknesses
of existing systems. IMÅL consists of a simple
process modelling language and tool, as well as a
more sophisticated process engine employing some
novel concepts in the software process technology
area. An underlying service-oriented architecture is
the basis for the engine, which is built as a
collection of distributed Web Services with the
intent of providing improvement in scalability and
stability over previous approaches. Furthermore,
multiple processing instances with different
underlying paradigms are combined into one single
engine, in order to utilise the advantages of several
approaches. Other essential features of the prototype
system include a to-do list facility and seamless
integration with third-party tools.