Search Journal of Discrete Mathematical Sciences and Cryptography
38 results found
A bipartite graph associated to Hamiltonian degrees of finite groups
A. Erfanian, S. Al-Kaseasbeh, M. Al Tahan
Mar 2026
Exploring discrete structures in planar graphs through Fáry’s theorem and its combinatorial implications
V Mamatha, Arjit Tomar, Anuradha V. Yenkikar, Smita Desai, M. V. S. Devi, G. Ramya Sree
Dec 2025
Employing the Erdős–Ko–Rado theorem to develop new techniques in combinatorial intersection theory
Sheela Hundekari, Sagarkumar S. Badhiye, Pallavi R. Rege, Budigi Prabhakar, K. Nagendra Prasad, S. Udaya Lakshmi
Dec 2025
Investigating Cartesian product of graphs for enhancing discrete structures in combinatorial mathematics
Vivek Saraswat, Abhinav Shrivastava, Budigi Prabhakar, Ezhilarasan Ganesan, N. Malathi, Rajeev Sobti
Dec 2025
Developing novel theorems in graph theory for computational algorithm enhancement
Tanveer Ahmad Wani, Pradnya Borkar, Rupali Suraskar, J. Jabez, V Mamatha, Divya Sharma
Dec 2025
Algebraic graph models for secure distributed networks and cryptographic systems
Surbhi Sharma, Preeti Rathi, Ranjeeta Kaur Popli, Sushama Tanwar, Prashant Vats
Dec 2025
Exploring integral solutions for ternary Diophantine equations : A multi-technique approach
K. Manikandan, R. Venkatraman, C. Rajapandiyan
Sep 2025
Utilizing infinite-dimensional Hamiltonian systems for advanced cryptographic methods
Varsha Anup Jujare, Sandeep Dommari, Bhushan Marutirao Nanche, Sudhakar Tiwari, Pranav Dass, Pallavi Pankaj Ahire, Rajendra V. Patil
Aug 2025
Data-driven, transparent synthesis of lattice-based cryptosystems with hybrid security verification
Shalini Pathak, Basu Kalyanwat, Ashish Kumar, Pankaj Dadheech
Aug 2025
On the bipolar valued fuzzy RG-sub algebras
Showq Mohammed Abrahem, Basma M. Zwain, Noor Dhahir Abbas
Jun 2025
Co-regular captive domination number γcrg in graphs
Zainab Yasir Alrikabi, Ahmed A. Omran, Sarah Ali Abdulkareem, Tushar Aggarwal
Apr 2025
On a F-pseudo Z-b-subalgebra
Wedyan Maher Kadhim, Showq Mohammed Abrahem
Apr 2025
