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In this paper, we follow up on the studies developed by Kovalevsky (Comput Vis Graph Image Process 46:141-161, ) and Kenmochi et al. (Comput Vis Image Underst 71:281-293, ), which defined a continuous analog for a 4-dimensional digital object. Here, we construct a cell complex that has the same topological information as the original 4-dimensional digital object. [ABSTRACT FROM AUTHOR]

Abstract: In many settings, individuals are confronted with decision problems that involve information relevant to their self-image. This paper uses an experiment to explore whether the self-relevance of information influences information processing. The experiment implements two information processing tasks that are identical from a theoretical perspective, but differ in the type of information provided: performance feedback versus information within the context of a purely statistical updating problem. The results suggest that information processing differs significantly across self-relevant and self-irrelevant contexts. In the self-relevant context, except in cases where initial self-confidence is high, subjects overweigh unfavorable performance feedback, leading to overly pessimistic beliefs. This is in contrast to the corresponding self-irrelevant setup, where departures from Bayes’ rule do not follow a consistent pattern in terms of direction, and are smaller in magnitude. In addition, I find that women may interpret positive feedback more conservatively than men, leading to more pessimistic posteriors. [Copyright &y& Elsevier]

A one-dimensional model for the analysis of compression of a paper in the printing machine is presented. It is assumed that a paper experiences static compression and the problem of initial stability is solved. A two-dimensional model for the analysis of compression of a paper is described and used for the solution of a similar problem. Also an axi-symmetric model for the analysis of compression of a paper is described and used for the solution of a similar problem. A setup for performing experimental investigations of uniaxial unidirectional symmetrically distributed compression of polymeric film is designed and created. For this purpose the method of digital speckle photography is used. During the investigations the images of the stability eigenmodes of the polymeric film HDPE for uniaxial unidirectional compression of the film were determined. The obtained results are used in the design of the elements of the printing machine. [ABSTRACT FROM AUTHOR]