Please use this identifier to cite or link to this item: http://hdl.handle.net/10419/175852
Authors: 
Göcke, Matthias
Year of Publication: 
2018
Series/Report no.: 
Joint Discussion Paper Series in Economics 01-2018
Abstract: 
Hysteresis in economics is up to now usually based on a representation of a system with only a single input variable, which has a persistent effect on an economic outcome (i.e. the output variable). However, in general there is more than one factor influencing economic decision problems, why the description of the path-dependency in relation to only one input variable may (possibly) be insufficient. The multidimensional path-dependence phenomenon is addressed (in mathematics and physics) by a vector-hysteresis system, with an input vector of two ore more variables. Unfortunately, these models are quite complicated for practical purposes in economics. However, since standard economic decisions are based on comparing economic values of alternatives (e.g. present values of investments), this can be used to reduce the dimensions of the hysteresis system. This paper outlines how the influence of several original input variables (e.g. price level and interest rate) is captured by the resulting variations of the present value of an investment. This economic value then can be used as a single signal/input variable of a modified hysteresis system. Since this system is dimensionally reduced to the standard hysteresis case with only a single input variable, the standard aggregation procedure for a situation with heterogeneous agents can be applied again.
Subjects: 
vector-hysteresis
sunk-cost hysteresis
path-dependence
non-ideal relay
Mayergoyz/Preisach-model
JEL: 
C61
Document Type: 
Working Paper

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