Abstract
The field of autonomous vehicles is undergoing rapid development, with research focused on enhancing safety, efficiency, and intelligence to drive the full realization and transformation of intelligent transportation systems. This paper explores the potential applications and challenges of blockchain technology, quantum computing, and artificial intelligence in the realm of autonomous vehicles. The study finds that integrating blockchain with autonomous vehicles significantly improves data encryption security through quantum hash algorithms. However, the advancement of quantum computers still faces challenges in technological maturity, stability, and cost. In the operating mechanisms of autonomous vehicles, quantum reinforcement learning demonstrates unique advantages in path optimization, while quantum annealing and quantum optimization algorithms improve decision-making efficiency and precision. This research highlights the innovative opportunities brought by blockchain, quantum computing, and artificial intelligence to the field of autonomous vehicles, while also addressing the challenges of technology integration, providing valuable insights for the development of intelligent transportation systems.
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