Track: Programmable Real-Time Networks |
| Realtime communications (5G, 6G) and Industrial Manufactuing in age of Quantum computings |
| Applications for the fifth generation (5G) and beyond are growing, necessitating greater computational and complicated data processing. When compared to traditional machine learning methodologies, quantum computing and quantum learning algorithms are being used to improve processing capacity, data computation, secure communication and being capable to manage the industrial manufacturing critical business. QC can be used to increase spectrum support, improve global coverage, energy efficiency, security, performance and big-data processing. Future 6G systems will benefit from quantum information technology's (QIT) quick advancements in processing and communication. This talk explains how QIT may be used in upcoming 6G wireless networks in a technologically advanced and futuristic manner. Through real-time optimization (RTO) and machine learning, 6G wireless networks may provide immersive services like VR, AR, MR, and tactile Internet. Future wireless networks may benefit from quantum-inspired optimization methods and quantum computing assistance. In this talk, we cover the groundwork for the novel idea of quantum-inspired RTO and its implementation in 6G wireless networks' optimum resource allocation in detail. |
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