Mumtaz Ali

Ico_CTTC

Packet Optical Networks and Services (PONS)

Phd , Researcher

Phone: +34 93 645 29 00

Mumtaz Ali completed BS studies in Electronics Engineering from SSUET (Pakistan, 2003), MS studies in Electronics and Communication Engineering from Myongji University (South Korea, 2007), and PhD studies from Heriot-Watt University (United Kingdom, 2014). His MS and PhD studies were fully funded by the governments of Pakistan and the United Kingdom. He worked on physical and network control layers of optical communication systems (WDM and ultrafast All-Optical OFDM systems) during his graduate studies. 

During his studies, he proposed an optical method to reduce intercarrier interference in the closely packed optical subcarriers in ultrafast All-Optical OFDM systems by using Fiber Bragg Grating. Furthermore, in the field of fiber optic sensors he proposed a new method of using dual-wavelength Fiber Bragg Grating in the long tunnels to identify temperature and strain parameters simultaneously. His work is registered as patent KR101030728 (B1).

During his professional career, he worked as a Network Engineer in Cybersoft Technologies (Pvt) Ltd and as an Assistant Manager (Automation) in Pakistan Steel Mills Corporation. 

After PhD studies, he worked as an Assistant Professor in DHA Suffa University (Pakistan) and FAST-National University of Computer and Emerging Sciences (Pakistan). During postdoctoral research works, he worked on the design of optical communication and imaging systems in industry projects.

There are no related projects.

Advanced optical transceiver and switching solutions for next-generation optical networks
Journal of Optical Communications and Networking. Vol. 16. No. 8. pp. 64-75 January 2024.
Nadal, L, Martínez, R, Ali, M, Vílchez, FJ, Fàbrega, JM, Moreolo, MS, Casellas, R
10.1364/JOCN.522102 Google Scholar
Non Intrusive Optical Performance Monitoring in Fiber Optic Networks Using Coherent Receivers as Spectrum Analyzers
. January 2024.
Fabrega J.M., Nadal L., Vilchez J., Moreolo M.S., Ali M., Muñoz R.
10.1109/ICTON62926.2024.10647829 Google Scholar
Towards Extending Switching Capabilities in Future Optical Networks
. January 2024.
Nadal L., Fàbrega J.M., Ali M., Vílchez F.J., Moreolo M.S.
10.1109/ICTON62926.2024.10647564 Google Scholar
On the Control of Multi-Function Reprogrammable Silicon Chip for ROADMs and Sliceable Transceivers
. January 2024.
Lawson M., Ali M., Radovic M., Sambo N., Casellas R., Cugini F., Moreolo M.S., Santome-Valverde A.
10.1109/ICTON62926.2024.10647839 Google Scholar
Electro-Assisted Optical Method of Chirp Compensation for Bandwidth/Bitrate Variable Transceivers Using the Hammerstein-Wiener System
IEEE Access. Vol. 12. pp. 175525-175534 January 2024.
Ali M., Svaluto Moreolo M., Nadal L., Fabrega J.M.
10.1109/ACCESS.2024.3503918 Google Scholar
The Multiband over Spatial Division Multiplexing Sliceable Transceiver for Future Optical Networks
FUTURE INTERNET. Vol. 15. No. 12. January 2023.
Nadal L., Ali M., Vílchez F.J., Fàbrega J.M., Svaluto Moreolo M.
10.3390/fi15120381 Google Scholar
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