Comparative Analysis of Classical and YOLO Quantum System

Trilok Singh; Vineet Kumar Chauhan; Hemendra Shankar Sharma; Bhuvenashwer Swaroop

doi:10.70454/JRICST.2026.030305

Authors

Trilok Singh Associate Professor School of Computing Graphic Era Hill University, Haldwani Campus Author
Vineet Kumar Chauhan Associate Professor Department of Information Technology Galgotias College Of Engineering & Technology Greater Noida, India Author
Hemendra Shankar Sharma Assistant Professor College of Smart Computing COER University, Roorkee Author
Bhuvenashwer Swaroop Assistant Professor College of Smart Computing COER University, Roorkee Author

DOI:

https://doi.org/10.70454/JRICST.2026.030305

Keywords:

Classical Computing, Quantum Computing, Qubit, Superposition, Quantum Algorithms, Computational Performance

Abstract

Classical computing is a traditional computing system currently used in digital devices like laptops, smartphones, servers and personal computers and works on binary bits concept where information represents in the form of 2 states, either 0 or 1. Classical computing follows deterministic and sequential computing approach leads to efficiently perform normal and daily computational task[3].
On the another hand, quantum computing is an advance and emerging computing paradigm based on the principle of quantum mechanics, in this qubits(quantum bits) are used in place of classical bits and the main thing is qubit exist in both 0 and 1 states simultaneously, also known as superposition[11]. Through quantum computing entanglement and parallel processing, it performs complex calculation comparatively faster than classical system.
In this study, comparison between classical and quantum computing is based on multiple parameters like basic unit (bit vs qubit), processing method, speed, determinism, operating condition and application areas. After analysing, it shows that quantum computing has a lot of potentials for things like cryptography, AI, optimization drug discovery. On the contrary, classical computing is more useful and dependable for everyday computing and general-purpose computing [15].
study concludes that quantum computing never replaces classical computing instead works as hybrid computing system and supports technical advancement in multiple industries [6][7][10][14].

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