Titlebook: Ranking and Prioritization for Multi-indicator Systems; Introduction to Part Rainer Brüggemann,Ganapati P. Patil Book 2011 Springer Science

mastopexy

Why Prioritization, Why Ranking,sed in the market that do not have an adverse impact on humans and the environment. The list of chemicals in the market of the European Union between 1971 and 1981 (EINECS list, .) contains 1,00,000 chemicals and almost 1,000 chemicals newly enter the market yearly, see, e.g., Bruggemann and Dresche

準(zhǔn)則

Partial Order and Hasse Diagrams,he aim of ranking? We can rank the five sediment samples according to their age, or according to their content of a mineral, etc. If we know the aim of ranking, we need to identify properties that are relevant. In the case of ranking according to their age, it may be simple. Just order the samples a

狗舍

使乳化

VOC

Chronic

Methods to Obtain Linear or Weak Order by Means of Partial Order,hout the need of making additional assumptions like weights for indicators. The main computational problem, however, is the huge number of linear extensions, which sometimes makes the calculation of averaged heights and from them the linear order difficult. This chapter discusses different procedure

ALIEN

Comparison of Partial, Linear, and Weak Orders,apter 9. By calculation of an index (Chapter 7), another linear or weak order can be obtained, which we call ... As there are the same set of indicators, IB, and the same set of objects, ., .., and .. should ideally be coincident. As can be suspected, this is not necessarily the case and we need mea

–scent

EPT

Case Study: Stream Channel Stability Infrastructure at Bridge Crossings (Engineering Sciences), several tools in order to demonstrate its versatility. So, for example, formal concept analysis (Chapter 8) was applied resulting in a network of implications. These implications may be considered as hypotheses and should motivate further investigations concerning the problem of bridge stability in

灰心喪氣

Case Study: Watershed Analysis (Hydrology), Furthermore, level 3 indicators are defined which need investigations in the field and are pretty expensive and only six watersheds are characterized..Composite indicators are defined on the basis of level 1 indicators, called LSI, and level 2 indicators, called SWR. LSI and SWR are thought of as t