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July 26, 2025: Officially, I earned Ph.D. degree. 😇 A memorable day in my life - achieving a great milestone.
July 26, 2025: Officially, I earned Ph.D. degree. 😇 A memorable day in my life - achieving a great milestone.
July 10, 2025: I have successfully defended my Ph.D. thesis, entitled 'Data-Driven Design For Beyond 5G Communication Systems'. My heartfelt thanks and sincere gratitude to my Ph.D. supervisor, Dr. Imtiaz Ahmed, for his unwavering support and dedicated guidance.
July 10, 2025: I have successfully defended my Ph.D. thesis, entitled 'Data-Driven Design For Beyond 5G Communication Systems'. My heartfelt thanks and sincere gratitude to my Ph.D. supervisor, Dr. Imtiaz Ahmed, for his unwavering support and dedicated guidance.
Past news:
Last week (May 19 - 23, 2025), I visited the University of Utah campus as part of the NSF Cyber POWDER fellowship program. The event includes research project demonstrations that utilize datasets captured from the POWDER wireless testbed, testbed exploration, data center visit, as well as networking with the Faculty and research staff of the Flux research group, and colleagues.
Last week (May 19 - 23, 2025), I visited the University of Utah campus as part of the NSF Cyber POWDER fellowship program. The event includes research project demonstrations that utilize datasets captured from the POWDER wireless testbed, testbed exploration, data center visit, as well as networking with the Faculty and research staff of the Flux research group, and colleagues.
May 07, 2025: Digital Twin with AI is poised to revolutionize Wireless Communications, especially in the context of beyond 5G. In our recent Journal paper published in IEEE Communications Letters, we explored how a fine-tuned true environment aware Digital Twin model with the seamless incorporation of a suitable AI model can create a reliable Channel Twin for site-specific precise precoding. For the interested readers, please see the following link for the details.Â
May 07, 2025: Digital Twin with AI is poised to revolutionize Wireless Communications, especially in the context of beyond 5G. In our recent Journal paper published in IEEE Communications Letters, we explored how a fine-tuned true environment aware Digital Twin model with the seamless incorporation of a suitable AI model can create a reliable Channel Twin for site-specific precise precoding. For the interested readers, please see the following link for the details.Â
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