Multicriteria Evaluation in Physical PlanningElsevier Science, 1990年10月30日 - 219 頁 The aim of this book on the use of multiple criteria analysis in physical planning is to synthesize most of the relevant work in this field. Its first objective is to provide a concise and systematic overview of the state of the art in the area of multiple criteria analysis, with a strong emphasis on practical use and planning. Secondly, this book attempts to show the wealth of potential applications of multiple criteria analysis by providing a presentation and discussion of various real-world uses of multiple criteria decision-making in the practice of physical planning.The book is mainly intended as a textbook for practitioners in the field and for students in the areas of (physical) planning, regional and urban economics, geography, transportation science and environmental management. |
內容
Orientation | 1 |
Evaluation in the Planning Process | 9 |
Spatial Impact Analysis as a Tool in Evaluation | 19 |
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approach aspects assessment assume Bhubaneswar BPAs cardinal Chapter choice compromise solution concordance conflicting constraints set cost-benefit analysis criterion decision analysis decision problems decision-maker denoted economic Eemsmond effects efficient solutions energy environmental quality evaluation matrix evaluation methods ex ante example expected values extreme points feasible solutions Figure formulated graphicacy graphical gravel production Hafkamp implies important income indicate information systems integrated interactive iteration Ketelmeer lexicographic orders Limburg linear linear programming Maasvlakte means models multi-objective multicriteria evaluation multicriteria methods Multidimensional Scaling Multiple Criteria Decision multiple objective Nijkamp optimal outcomes pairs of alternatives pairwise comparison pay-off matrix physical planning policy analysis policy measures POSTERHOLT preferred priorities procedure programming qualitative quantitative ranking relevant Rietveld ROERMOND scenario scores set of feasible spatial impact analysis spatial system step structure subsets systematic Table techniques tion transportation urban utility function variables various weight vector