Quantum Computing for Optimization Problems: A Comparative Analysis with Classical Approaches

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Prof. Rajesh shern

Abstract

Quantum computing has emerged as a powerful tool for solving complex optimization problems across various domains. This paper provides a comparative analysis of quantum and classical approaches to optimization, focusing on applications in logistics, finance, and machine learning. Using quantum algorithms such as QAOA and Grover's search, we benchmark performance against traditional methods like linear programming and metaheuristics. Results indicate significant speedups for specific problem classes, while challenges in scalability and error correction are identified. Future directions for hybrid quantum-classical systems are proposed.

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Quantum Computing for Optimization Problems: A Comparative Analysis with Classical Approaches. (2025). Research-Gate Journal, 11(11). https://research-gate.in/index.php/Rgj/article/view/59
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How to Cite

Quantum Computing for Optimization Problems: A Comparative Analysis with Classical Approaches. (2025). Research-Gate Journal, 11(11). https://research-gate.in/index.php/Rgj/article/view/59

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