Department of Computer Science
Dr. Muhammad Furqan

Dr. Muhammad Furqan

Assistant Professor

Ext: --

Email:
[email protected]

Biography

Dr. Muhammad Furqan is an Assistant Professor at AU-A&ACK, specializing in the Internet of Things, information-centric networks, current and future generation networks, and Artificial Intelligence.

He received his PhD from Southeast University, China , where he contributed to major research grants.

His expertise also extends to coding techniques, IoT-based vehicles, UAVs, and metamaterial surfaces.

Before his current role, he was affiliated with the Capital University of Science and Technology and has gained professional experience in both the public sector and academia.

Education

Ph.D.
School of Information and Communication Engineering, Southeast University, Nanjing, China.
MS
Department of Computer Science (Major Multimedia and Communication), Mohammad Ali Jinnah University, Islamabad Campus.
BS (Honours)
Department of Computer Science, IBMS Agriculture University, Peshawar, Pakistan.

Publications

Zakir A., Sun C., Jan M.Q., Furqan M., Sun R., Gao X. Transformer-Based Precoding for User-Centric Network Massive MIMO Optical Wireless Communications , IEEE Access, 2025.
Fatima W., Rizvi S.S.R., Ghazal T.M., Kharma Q.M., Ahmad M., Abbas S., Furqan M., Adnan K.M. Abstractive text summarization in Arabic-like script using multi-encoder architecture and semantic extraction techniques , IEEE Access, 2025.
Nageen M., Rizvi S.S.R., Furqan M. Unsupervised machine learning insights into hereditary disorders through genomic profiling , Proceedings of the IASTEM International Conference, 11–12 February 2025, Baku, Azerbaijan.
Ali Z., Sun C., Jan Q., Furqan M., Gao X. Precoder design for network massive MIMO optical wireless communications , Sensors, 24(16), 5188, 2024. View Publication → Jan Q., Chao Y., Zhiwen P., Furqan M., Ali Z., Xiaohu Y. Improved belief propagation decoder for LDPC-CRC-polar codes with bit-freezing , China Communications, 21(7), pp. 135–148, 2024. View Publication →
Ali Z., Furqan M., Jan Q. Enhancing the sum rate in massive MIMO optical wireless communication system by using MMSE precoding , Proceedings of the 2023 International Conference on Communication, Computing and Digital Systems, C-CODE 2023.
Furqan M., Ali Z., Jan Q., Nazir S., Iqbal S., Huang Y. An efficient load-balancing scheme for UAVs in 5G infrastructure , IEEE Systems Journal, 2022.
Jan Q., Hussain S., Furqan M., Pan Z., Liu N., You X. Parity-Check-CRC concatenated polar codes SSCFlip decoder , Electronics, 11(23), 3839, 2022.
Jan Q., Hussain S., Furqan M., Pan Z., Liu N., You X. A novel flip-list-enabled belief propagation decoder for polar codes , Electronics, 10(18), 2302, 2021.
Iqbal S., Akram M.R., Furqan M., Madni H.A., Khan M.I., Shu G. Broadband and high-efficiency manipulation of transmitted vortex beams via ultra-thin multi-bit transmission-type coding metasurfaces , IEEE Access, 8, pp. 197982–197991, 2020.
Iqbal S., Liu S., Bai G.D., Furqan M., Madni H.A., Cui T.J. Dual-band 2-bit coding metasurface for multifunctional control of both spatial waves and surface waves , Journal of the Optical Society of America B: Optical Physics, 36(2), pp. 293–299, 2019.
Furqan M., Yan W., Zhang C., Iqbal S., Jan Q., Huang Y. An energy-efficient collaborative caching scheme for 5G wireless network , IEEE Access, 7, pp. 156907–156916, 2019.
Furqan M., Iqbal S., Wasim M., Huang Y. Load balancing for future 5G network communication: performance and trade-off , Proceedings of the 2019 International Conference on Computational Intelligence and Knowledge Economy, ICCIKE 2019, pp. 690–694, 2019.
Furqan M., Zhang C., Yan W., Shahid A., Wasim M., Huang Y. A collaborative hotspot caching design for 5G cellular network , IEEE Access, 6, pp. 38161–38170, 2018.

Research Interests

Artificial Intelligence
Internet of Things
Autonomous Aerial Vehicles
Information-Centric Networks (CCN)
Coding Techniques
Optimization of Current and Future Cellular Networks

Projects

Enhancing Lumbar Spinal Stenosis Diagnosis by Integrating Deep Learning and Explainable AI for MRI Analysis
Enhancing Cross-Domain Facial Emotion Recognition with Unsupervised Domain Adaptation and Self-Supervised Learning
Smart Traffic Control Surveillance System
SMART DOOR BELL (IoT and Cloud Solution for Home Bell)
SMART GYM SYSTEM (IoT and Web Based Project)
Auto Wrench (Online Car Service Platform)
Shop n Pay (Mobile App Service for Scan and Pay)
Cust Connect (Alumni Platform)

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