This paper intends to present a knowledge-based architecture that incorporates the function of case base, heuristic base, and rule base for implementing the military geographical intelligence system on Intranet.
These tools exemplify a concerted research agenda, shared methodological principles and models for epilepsy self-management, and a communal knowledge base for implementing e-Health to improve quality of life for people with epilepsy.
However, this type of model is less suitable as a base for implementing modern testing algorithms, such as computerised adaptive testing.
The aim of this review was to enhance the evidence base for implementing infectious disease surveillance in these complex, resource-constrained settings, and to assess the relative importance of different routes whereby outbreak detection occurs.
However, we found that certain existing instruments in the current legislation can be used as a foundation for implementing management based on the principles and criteria of ecosystem-based management (e.g., Multiple-Use Coastal Marine Protected Areas).
This work is expected to lay the groundwork for implementing optical sensors based on WMLE in a variety of research and industrial applications involving multi-phase flows.
Instrumentation, that also is part of all those three rules, is a base class for implementing application instrumentation code.
In the second part of this chapter, a fast-convolution based scheme for implementing uniform and nonuniform filterbanks in effective and flexible manner is introduced.
We have recently started an effort to combine a state of the art tool for developing functional modules of robotic systems (GenoM) with a component based framework for implementing embedded real-time systems (BIP).
In this study, we developed a Geographic Information System (GIS) based approach for implementing targeted land use i.e. marginal lands into the SWAT model and evaluated the applicability of the approach on a 8-digit Hydrologic Unit Code (HUC) watershed scale.
