UNT College of Arts and Sciences - 8 Matching Results
Search Results
- Complex Continued Fractions With Restricted Entries
- This article studies special infinite iterated function systems derived from complex continued fraction expansions with restricted entries.
- Determinant Identities and the Geometry of Lines and Circles
- This article focuses on the nontrivial determinant identities which typically underlie the complex analytic proofs of all the results in the plane geometry of lines and circles.
- Interpreting genomic data via entropic dissection
- Article on interpreting genomic data via entropic dissection.
- Newton flow of the Riemann zeta function: separatrices control the appearance of zeros
- This article applies the continuous Newton method to the Riemann zeta function and discusses the emerging patterns emphasizing especially the structuring of the non-trivial zeros by the separatrices.
- A novel statistical method for rare-variant association studies in general pedigrees
- In this paper, the authors discuss a novel statistical method for rare-variant association studies in general pedigrees for quantitative traits. This method uses a retrospective view that treats the traits as fixed and the genotypes as random, which accounts for complex and undefined ascertainment of families.
- The Riemann hypothesis illuminated by the Newton flow of ζ
- This article analyzes the Newton flow of the Riemann zeta function and rederives in an elementary way the Riemann-von Mangoldt estimate of the number of non-trivial zeros below a given imaginary part.
- Testing rare variants for hypertension using family-based tests with different weighting schemes
- This paper proposes 4 weighting schemes for the family-based rare variants test (FBAT-v) to test for the effects of both rare and common variants across the genome.
- Unconventional height functions in simultaneous Diophantine approximation
- This article discusses three examples of nonstandard height functions, computing their exponents of irrationality as well as giving more precise results.