Award Date
5-1-2024
Degree Type
Dissertation
Degree Name
Doctor of Philosophy (PhD)
Department
Mathematical Sciences
First Committee Member
Peter Shiue
Second Committee Member
Angel Muleshkov
Third Committee Member
Xin Li
Fourth Committee Member
Rama Venkat
Number of Pages
219
Abstract
This dissertation presents algorithms and explores diverse aspects of number theory, cryptographic systems, and partition theory. In Chapter Two, attention is focused on enhancing the security of the extended Rabin cryptosystem by incorporating multiple prime numbers into the encryption process, thereby increasing the complexity of decryption and fortifying resilience against quantum computing threats. Additionally, experimental results corroborate the efficacy of proposed algorithms, aligning closely with existing decryption methods while offering enhanced versatility.
Chapter Three presents a detailed exploration of sums of powers of arithmetic progressions, offering simplified formulas and algorithms for efficient computation, leveraging Stirling and Eulerian numbers. A comparison with existing methods underscores the computational efficiency of the proposed approaches.
In Chapter Four, properties and algorithms related to Ramanujan-type cubic equations are elucidated, showcasing a comprehensive computational methodology and its application through examples and cubic Shevelev sums.
Chapter Five extends the understanding of Leonardo sequences and second-order non-homogeneous recursive sequences, unveiling novel identities and combinatorial results. These findings are applied to investigate series representations, enriching the discourse on number theory.
Lastly, Chapter Six investigates the representation of positive odd integers as the sum of arithmetic progressions, building upon historical and contemporary works to provide theorems and efficient algorithms for computing such representations. This dissertation contributes to diverse areas within mathematics, cryptography, and computational methods, promising new avenues for exploration and application.
Keywords
Algorithms; Cryptography; Number Theory; Partition Theory
Disciplines
Applied Mathematics
File Format
File Size
1422 KB
Degree Grantor
University of Nevada, Las Vegas
Language
English
Repository Citation
Huang, Shen Chan, "Algorithms for Certain Computational Mathematics Problems" (2024). UNLV Theses, Dissertations, Professional Papers, and Capstones. 5010.
http://dx.doi.org/10.34917/37650833
Rights
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