Civil Engineering Reference
In-Depth Information
Table 4
Shading alternative's multiple criteria analysis results
• a model of developing the alternative variants of built environment,
• a model for determining the initial weights of the criteria (with the use of expert
methods),
• a model for the criteria weights establishment,
• a model for multiple criteria analysis and setting the priorities (as example see
Energy-Efficient
House
Decision
Support
Sub-system
for
Africa
(shading:
Table
4
)),
• a model for multi-variant design of a built environment refurbishment [as
example see Energy-Efficient House Decision Support Sub-system for Africa
(Table
5
)],
• a model for determination of built environment utility degree and market price,
• a model for providing recommendations.
Based on the above models, the IS-BELCP-CCMA system can make until 100
million built environment refurbishment alternative versions, performing their
multiple criteria analysis, determining utility degree, market price and selecting
most beneficial variant without human interference. Case study of the IS-BELCP-
CCMA (Energy-Efficient House Decision Support Sub-system for Africa) is
presented below. Energy-Efficient House Decision Support Sub-system for Africa
is analysing only microfactors.
Energy-Efficient House Decision Support Sub-System for Africa
The Case Study illustrates a part of Stage 5 ''A multiple criteria analysis of the
composite parts of a climate change mitigation'' of the Model of Built Environ-
ment Life Cycle Process for Climate Change Mitigation and Adaptation.
