Assistant Professor:Saleh Ibrahim Mohamed Ibrahim
Computer Engineering
Email :saleh***eng.cu.edu.eg
Room Number :3727
 
Qualifications
imgB.Sc. (2000) "Computer Engineering" Cairo University (Egypt)
imgM.Sc. (2004) "Computer Engineering" Cairo University (Egypt)
imgPh.D. (2010) "Computer Science and Engineering" University of Connecticut (USA)
 
Fields of Interest :
imgInformation Security and Privacy
imgComputer Networks
imgCombinatorial Algorithms
imgProgramming Languages
imgCommunity Empowerment using IT
 
Recent Publications :
img-2011-Saleh Ibrahim, Reda Ammar, Sanguthevar Rajasekaran, Nicholas Lownes, Qixing Wang, Dolly Sharma “An Efficient Heuristic for Estimating Transportation Network Vulnerability” ISCC 2011
img-2010-Saleh Ibrahim, Reda Ammar and Jun-Hong Cui “Surface Gateway Placement Strategy for Maximizing Underwater Sensor Network Lifetime,” IEEE Symposium on Computers and Communications
img-2009-Amr Mohamed, Reda Ammar, Saleh Ibrahim, Medhat Hussien, Mohamed Eladawy “Parallel ICA Using SCILAB and PVM," ISCA PDCCS 2009
img-2009-Saleh Ibrahim, Reda Ammar and Jun-Hong Cui “Geometry-Assisted Gateway Deployment for Underwater Sensor Networks,” in IEEE Symposium on Computers and Communications
img-2008-Saleh Ibrahim, Ian Greenshields, Reda Ammar, Howard Sholl “Architecture-specific Implementation of Haar-based MAD Denoising,” in Computers and Their Applications
img-2008-Saleh Ibrahim, Ian Greenshields, Reda Ammar, Howard Sholl “Time/Performance Tradeoffs in Hard Real-Time Denoising of US Signals,” in Computers and Their Applications
img-2008-Howard Sholl, Reda Ammar, Saleh Ibrahim “High-Speed, Real-Time, Ultrasonic Anomaly Surface Profiling for Rail Inspection Applications,” CAINE
img-2008-Saleh Ibrahim, Jun-Hong Cui and Reda Ammar “Efficient Surface Gateway Deployment For Underwater Sensor Networks,” IEEE Symposium on Computers and Communications
img-2007-Saleh Ibrahim, Jun-Hong Cui, Reda Ammar “Surface-Level Gateway Deployment For Underwater Sensor Networks” in Millitary Communications
img-2000-Statistical, principal and independant component analysis in multispectral texture study. CGIP'2000