Mubin Ul Haque
Papers
1
Total Citations
3
H-Index
1
About
Mubin Ul Haque is a researcher in digital systems and computer arithmetic, with a focus on FPGA-based hardware design and optimization algorithms. His work addresses fundamental challenges in microprocessor arithmetic, particularly the slow and complex operation of division. In his most cited paper, "An FPGA-Based Divider Circuit Using Simulated Annealing Algorithm" (2018), he introduces a novel division algorithm that leverages simulated annealing—a heuristic optimization method—to improve efficiency. By proposing a unique heuristic function that balances global and local optimum values, Haque demonstrates how non-traditional computational approaches can enhance hardware performance. Though his citation count is modest at 3, this work represents a creative intersection of algorithm design and hardware implementation, offering a fresh perspective on a classic problem. His research is valuable for students and engineers exploring alternative arithmetic circuits, low-power design, or the application of metaheuristic algorithms in digital systems. Haque’s contribution stands out for its innovative use of simulated annealing in a domain typically dominated by deterministic methods, making it a noteworthy reference for those interested in unconventional FPGA-based solutions.
Research Focus
Key Achievements
Top Papers
- 1An FPGA-Based Divider Circuit Using Simulated Annealing Algorithm3 citations · 2018