Faculties are engaged in research in the areas of automatic recognition of handwritten text; wireless communication including spread-spectrum  systems, interference cancellation, diversity and coding, and broadband wireless access; failure analysis, fault modeling and test for VLSI device exposed to space radiation environment; three-dimensional imaging system based on incoherent FM/CW laser-radar technology; system-on-chip implementation of wireless communication systems; improving the reliability and thermal management of high power RF devices, and implementing innovative concepts in monolithic microwave integrated circuit with emphasis on wide bandgap semiconductors; reliability and testing of digital and mixed-signal circuits, reliability modeling, self-checking circuits, analysis of temporary failures,  cache memory systems; and wireless sensor networks and networked control systems. In addition, research is conducted that analyzes and designs mitigation methods for leakage power, process variations, signal and thermal integrity in nanometer chips.


Research is conducted in several areas including:

  • Total- dose testing of VLSI devices and methodologies for identifying worst-case test vectors

  • VLSI systems in the deep sub-micrometer regime

  • High performance integrated circuits design and analysis

  • VLSI systems design

  • Physical layer communications including interference suppression for wireless systems

  • Cognitive radio systems

  • Implementation issues of 4G and WRAN/WMAN systems

  • Cooperative communications

  • Wireless Sensor Networks

  • Wireless Networked Control Systems

  • Intelligent Transportation Systems

  • Testing Mixed-Signal Circuits

  • Wide bandgap (GaN) semiconductors

  • Thermal management of integrated circuits

  • MM-wave monolithic integrated circuits (MMIC)

  • Microwave applications in the medical field

  • On-line Arabic handwritten digits recognition

  • The Internet of Things

  • Mobile Ad Hoc Networks

  • Broadband Wireless Access Networks