Exponential valuations on lattice polygons
Karoly J. Boroczky, Matyas Domokos, Ansgar Freyer, Christoph Haberl, Gergely Harcos, Jin li

TL;DR
This paper classifies a special class of valuations on lattice polygons that are covariant under certain transformations, revealing many examples beyond the well-known Laplace transform, using ergodic theory and Fibonacci properties.
Contribution
It provides a complete classification of translatively exponential and GL(2,Z) covariant valuations on lattice polygons, expanding understanding of their structure and examples.
Findings
Laplace transform induces such valuations
Many additional valuations exist beyond the Laplace transform
Classification relies on ergodic action of SL(2,Z) and Fibonacci properties
Abstract
We classify translatively exponential and GL(2,Z) covariant valuations on lattice polygons valued at measurable real functions. A typical example of such valuations is induced by the Laplace transform, but as it turns out there are many more. The argument uses the ergodicity of the linear action of SL(2,Z) on R2, and some elementary properties of the Fibonacci numbers.
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Taxonomy
TopicsMathematics and Applications · Data Management and Algorithms · 3D Modeling in Geospatial Applications
