Research group, Department of Electrical Engineering, CUI Lahore

Broadband MultiRate Communication Networks

Faster, more reliable data over the telephone lines and power lines already in place, using multirate signal processing and wavelets.

Meet the peopleRead our papers

Frequency
Figure. Six OFDM subcarriers. They overlap, yet each one peaks where all the others pass through zero, so they do not interfere.

About the group

With the internet and multimedia part of everyday life, we need reliable communication at higher data rates without the cost of laying new cables. The digital subscriber line (DSL) and the power lines are already in place, the "no new wires" solution, but they suffer from multipath propagation, crosstalk and heavy noise.

Multirate signal processing and wavelet transforms can cut costs and improve performance on both. Wavelets already help in compression, coding, denoising, channel modelling and transceiver design, and multicarrier modulation based on the wavelet transform is a promising alternative to the established OFDM and DMT that gives designers the freedom to tailor a system to its channel.

What we work on

  • Digital subscriber line (DSL)
  • Power line communication for the smart grid
  • Multirate signal processing
  • Wavelet multicarrier modulation and discrete wavelet multitone
  • Channel equalization for wireline channels

People

Group lead: to be confirmed

  • Dr. Muhammad Babar AliAssistant Professor
  • Dr. Zaid AhmadAssistant Professor
  • Mr. Syed Ahmed FaranLecturer
  • Mr. NasruminallahLecturer

Profiles and contacts

15 publications

All publications

  1. 2013

    Babar Ali Magsiet al. (2013), "Collaborative routing and data delivery architecture for commercial wireless sensor networks", EURASIP Journal on Wireless Communications and Networking 2013, Vol: 2013, Standard: 1687-1499, Impact Factor: 0.87

  2. 2012

    Muhammad Usman Rafique, Umama Rashid, Saba Iqbal, Qasim Shafique, Sehrish Jabeen, "A Prototype Implementation of a Digital Controlled Rectifier-Based Wireless PMDC Motor Drive”, International Conference on Emerging Technologies, IEEE 2012. pp. 7-12. IEEE 2012.

  3. 2012

    Muhammad Usman Rafique, "Fourier-Domain Analysis and Design of an Improved TRIAC-Based Variable Speed AC Motor Drive”, International Conference on Emerging Technologies, IEEE 2012. pp. 230-235. IEEE 2012.

Contact

For research collaboration, theses and final year projects in broadband multirate communication networks.

Group contact: to be confirmed

Department of Electrical Engineering
COMSATS University Islamabad, Lahore Campus
1.5 KM Defence Road, Off Raiwind Road, Lahore

+92 (42) 111-001-007