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6 results on '"Miletić, Kristina"'

1. Characterization of quadratic $\varepsilon$-CNS polynomials (extended version)

Author

Jadrijević, Borka and Miletić, Kristina

Subjects
Mathematics - Number Theory, 11A63, 37B10
Abstract

In this paper, we give characterization of quadratic $\varepsilon-$canonical number system ($\varepsilon-$CNS) polynomials for all values $\varepsilon \in\lbrack0,1)$. Our characterization provides a unified view of the well-known characterizations of the classical quadratic CNS polynomials ($\varepsilon=0$) and quadratic SCNS polynomials ($\varepsilon=1/2$). This result is a consequence of our new characterization results of $\varepsilon -$shift radix systems ($\varepsilon-$SRS) in the two-dimensional case and their relation to quadratic $\varepsilon-$CNS polynomials., Comment: 46 pages, 2 figures

Published
2024

3. An overview of statistical methods for estimating critical gap at a roundabout

Author

Maslać, Danijela, Jurić, Zvonimir, and Miletić, Kristina

Subjects
TECHNICAL SCIENCES. Civil Engineering, roundabout, critical gap, kritična vremenska praznina, kružna raskrižja, TEHNIČKE ZNANOSTI. Građevinarstvo, statističke metode, estimation methods
Abstract

Za kalibraciju kružnog raskrižja ključni je parametar kritična vremenska praznina koja se ne može direktno mjeriti, već se statistički procjenjuje. U ovom će se radu prikazati odabrane, najčešće korištene statističke metode procjene. Upravo je procjena kritične vremenske praznine jedan od najzahtjevnijih zadataka znanosti analize prometnog toka kružnih raskrižja., The critical gap is an important parameter for capacity analysis at the roundabout. This parameter is stochastically distributed and it cannot be obtained directly by field measurements. Here are presented some often use estimation methods.

Published
2018

5. NAČELA FRAKTALNE GEOMETRIJE I PRIMJENE U ARHITEKTURI I GRAĐEVINARSTVU.

Author

Vrdoljak, Anton and Miletić, Kristina

Subjects
*EUCLIDEAN geometry, *CIVIL engineering, *GOLDEN ratio, *TWENTIETH century, *ARCHITECTURE
Abstract

This paper presents a brief overview of fractals and some possible applications of fractal geometry in architecture and civil engineering. The interest in this mathematical discipline has been steadily growing since the end of the 20th century, due to the fascinating beauty of fractals as well as the generally accepted perception that many shapes in nature, if not all, are irregular and rugged, or chaotic (nature is fractal). Fractal geometry, in contrast to Euclidean geometry, offers considerably better methods for describing natural objects, and thereby for achieving harmony with nature, or harmony between clear precision and chaotic imperfection. [ABSTRACT FROM AUTHOR]

Published
2019

6. PRINCIPLES OF FRACTAL GEOMETRY AND APPLICATIONS IN ARCHITECTURE AND CIVIL ENGINEERING.

Author

Vrdoljak, Anton and Miletić, Kristina

Subjects
*CIVIL engineering, *EUCLIDEAN geometry, *ARCHITECTURE, *GOLDEN ratio, *FRACTAL analysis, *FRACTALS
Abstract

This paper presents a brief overview of fractals and some possible applications of fractal geometry in architecture and civil engineering. The interest in this mathematical discipline has been steadily growing since the end of the 20th century, due to the fascinating beauty of fractals as well as the generally accepted perception that many shapes in nature, if not all, are irregular and rugged, or chaotic (nature is fractal). Fractal geometry, in contrast to Euclidean geometry, offers considerably better methods for describing natural objects, and thereby for achieving harmony with nature, or harmony between clear precision and chaotic imperfection. [ABSTRACT FROM AUTHOR]

Published
2019

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