Machine learning techniques for wireless-powered ambient backscatter communications: Enabling intelligent IoT networks in 6G era

F Jameel, N Sharma, MA Khan, I Khan… - Convergence of Artificial …, 2020 - Springer
Abstract Machine learning is a rapidly evolving paradigm that has the potential to bring
intelligence and automation to low-powered devices. In parallel, there have been …
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Machine learning techniques for wireless-powered ambient backscatter communications: Enabling intelligent iot networks in 6g era

F Jameel, N Sharma, MA Khan, I Khan, MM Alam… - Internet of …, 2020 - pure.unic.ac.cy
Abstract Machine learning is a rapidly evolving paradigm that has the potential to bring
intelligence and automation to low-powered devices. In parallel, there have been …

Machine Learning Techniques for Wireless-Powered Ambient Backscatter Communications: Enabling Intelligent IoT Networks in 6G Era

F Jameel, N Sharma, MA Khan, I Khan… - Convergence of Artificial …, 2020 - Springer
Abstract Machine learning is a rapidly evolving paradigm that has the potential to bring
intelligence and automation to low-powered devices. In parallel, there have been …

Machine Learning Techniques for Wireless-Powered Ambient Backscatter Communications: Enabling Intelligent

F Jameel, N Sharma, MA Khan, I Khan… - … Intelligence and the …, 2020 - books.google.com
Abstract Machine learning is a rapidly evolving paradigm that has the potential to bring
intelligence and automation to low-powered devices. In parallel, there have been …

Machine learning techniques for wireless-powered ambient backscatter communications: Enabling intelligent iot networks in 6g era

F Jameel, N Sharma, MA Khan, I Khan… - … Intelligence and the …, 2020 - research.aalto.fi
Abstract Machine learning is a rapidly evolving paradigm that has the potential to bring
intelligence and automation to low-powered devices. In parallel, there have been …