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Decisional processing on parking behavior in entropic settings

Moreno F.

Archives of Transport

2017

Vol. 41, iss. 1

17--29

This paper surveys the most recent advances in the context of decisional processing with focusing on the parking behavior in entropic settings, including the measures and the necessary mechanisms for the interaction of the actors-players, and their connection to decisional processing theory. The aim of this article is to provide a critical review of the most fashionable models and methods in parking lot financial design: the first class of methods covers the approach of analysis with the random entropic model; the second class of methods is the decisional processing through rational choice models as rational individual evaluations. Both techniques are described in detail in sections; we illustrate them using the well-known and easy multimodal problem approach and then we present the advanced applications. Thus, it is possible to identify all strong and weak points of the models and to compare them for a best feasible solution for parking lot economic and financial design. Taking into account a close equivalence between the aggregate methods of entropy maximization and disaggregated microeconomic method of discrete choice models, based on random utility theory, we try to provide a critical approach of it through the rational choice models and to underline the possible benefit of it for the problem decision.

Using sustainable transport virus analysis to identify logistics problems in a transport system of float glass manufacturer

Cyplik P., Pierscinski R., Hadaś Ł.

Research in Logistics & Production

2014

Vol. 4, No. 3

267--277

Identification and analysis of problems occurring in implementation of sustainable logistics is a very crucial stage in the process of improving the functionality of all companies which decided to follow the sustainable development strategy. This conceptual process framework has been developed and successfully used within the frames of a project aimed at improving the logistics system of one of the Polish a float glass manufacturer. Problem identification and analysis tool of organization of sustainable transport and production processes developed within this project has been called Sustainable Transport System Virus Analysis (STVA). In this paper basic assumptions and methodology of the tool developed by the Authors have been included.