Seven EGAT experts in telecommunication systems agreed to participate in this research. The aim of this research is to establish the criteria for selecting the most appropriate Voice over Internet Protocol (VoIP) technology using the Electricity Generating Authority of Thailand (EGAT) as the case study company. This model also provides forest owners with information to develop management strategies or to engage in related NWFPs businesses. The sensitivity analysis indicated that the model is robust because the ranking of NWFPs did not change much with the weights of criteria. However, yellow lavender has a significant potential and could be an interesting opportunity for forest owners that aim diversifying the basket of products supplied. These results further reinforce that cork is the product with the greatest potential in Alentejo region. In a second level of importance were boletus, pine resin, honey and rabbit.
The three NWFPs with the highest potential were cork, pine nuts and yellow lavender.
AHP incorporated the judgments (weights) from experts along a hierarchical decomposition of the problem into a set of criteria and sub-criteria, and generated a regionally explicit ranking of alternatives (NWFPs) by deriving priorities. In order to facilitate and manage the pairwise comparisons in the application of the AHP we selected seven regional NWFPs: boletus (Boletus edulis), cork (Quercus suber), pine nuts (Pinus pinea), pine resin (Pinus spp), yellow lavender (Lavandula viridis), honey from bees (Apis mellifera), and rabbit as game meat (Oryctolagus cuniculus). We used the Analytic Hierarchy Process (AHP), one of many multi-criteria decision making methods, and a Delphi approach to support judgments collected from stakeholders and domain experts. We present an approach to characterize the potential of most promising NWFPs in the Alentejo region. As NWFPs cover a wide range of species they provide an array of alternatives to use more green products and are a relevant component of sustainable forest management. These products are important in the bio-economy especially in regions where wood is not the most profitable product. The interest in sustainable development and environmental management from non-wood forest products (NWFPs) has been growing during the past decade. We report our findings and our insights, together with the results of a sensitivity analysis.
#Ahp decision making softyware software
Finally we constructed the comparison matrices based upon the evaluations of three “semi-experts”, and obtained a ranking of forecasting software of the selected software using the Expert Choice software. Then we processed a second filtering step, where we reduced the number of software to be examined even further. We started our analysis by filtering among forecasting software that were found on the Internet by undergraduate students as a part of a course project. Even though there are applications of the AHP to software selection problems, we have not encountered a study that involves forecasting software. AHP is a multi-criteria decision making (MCDM) approach, which is based on the pair-wise comparison of elements of a given set with respect to multiple criteria. In this paper, we described an application of the Analytic Hierarchy Process (AHP) for the ranking and selection of forecasting software.
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