一种基于量子技术的智能网关数据处理方法
By employing a quantum-based intelligent gateway data processing method, utilizing the Ring-LWE lattice cryptography algorithm, quantum neural network (QNN), and quantum Bayesian network (QBN), the security, traffic control, and anomaly detection problems of traditional intelligent gateways are solved, achieving efficient and secure data processing and real-time business assurance.
Patent Information
- Authority / Receiving Office
- CN · China
- Patent Type
- Patents(China)
- Current Assignee / Owner
- SICHUAN CHUANNENG INTELLIGENT NETWORK IND CO LTD
- Filing Date
- 2026-04-22
- Publication Date
- 2026-07-17
AI Technical Summary
Traditional smart gateways have fundamental security vulnerabilities, insufficient traffic control capabilities, and shortcomings in anomaly detection performance, making them unable to meet the low latency, high concurrency encryption requirements and real-time service quality requirements of IoT scenarios.
A quantum-based intelligent gateway data processing method is adopted. The Ring-LWE lattice cryptography algorithm with on-ring fault-tolerant learning is used to achieve double-layer encryption and two-way authentication. The quantum neural network QNN is combined to predict traffic and a quantum Bayesian network QBN is constructed for anomaly detection, so as to achieve efficient data encryption, traffic control and anomaly identification.
It solves the security vulnerabilities, insufficient traffic control, and shortcomings in anomaly detection of traditional smart gateways, and achieves high-precision traffic prediction and anomaly detection, ensuring the security and stability of data transmission, reducing encryption and decryption calculation latency, and improving the accuracy of anomaly detection.
Smart Images
Figure CN122226273B_ABST