出版社：Centro Latinoamericano de Estudios en Informática
摘要：Mathmatical Hydrologic models simulate real world environmental processes
through different strategies. Each process is calculated by means of methods
that utilize physical parameters for representing the real world system. some
parameters are obtained from tables, some of them are optimized and others may
be calculated using environmental variables. Although the domain software
provides a wide range of models, there is not a conceptual architecture that
allows the maintenance of the vast knowledge about simulation strategies and
parameters collected in environmental management organizations, facilitating the
flexible simulation scenarios configuration. The present work shows how to face
this problem by means of conceptual analysis models organized in the scope of a
general architecture.
It's also possible for the given architecture, to
analyze and define microarchitectures for software components releated to
particular problems.
In the present work, conceptual microarchitectures
are definesd to construct a knowlegde level for hydrologic models systems
starting from a general conceptual Environmental Information Systems
architecture. To get the required flexibility for the conceptual and design
models, high-level components are identified and different kinds of patterns are
applied.
