M.S. Theses Supervised
-
Khrystsina Navumenka, "Statistical and Entropy Considerations for Ultrasound Tissue Characterization”, August 2017.
-
Sadrac Blanc, “Physical layer Security of Wireless Transmissions Over Fading Channels”, August 2016.
-
A-Bon E. Ackie, “Performance Analysis of Spectrum Sensing Schemes Based on Fractional Order Moments for Cognitive Radios in Alpha-Stable Noise Environments”, May 2016.
-
Constantine Mukasa, “Impact of Interference on Connectivity and Outage performances in Wireless communication Networks: Interference-Based Channel Models”, August 2013.
-
Jean N. Rene, “Performance Analysis of Slotted ALOHA Protocol in a Weibull Fading Environment”, August 2013.
-
Fabiano Kovalski, “System Level Modeling and Simulation with MLDesigner” December 2006.
-
C. Argyrides, “Performance Evaluation of a DS/CDMA Packet Transmission System Under Rician Fading Channel Conditions”, December 2001.
-
D. Easo, “Performance Analysis of RLP for NAK-Based ARQ Scheme in CDMA2000 Wireless Systems for Random Error Channels”, August 2001.
-
C. Jodoin, “Detection of Direct Sequence Spread Spectrum Signals in a Multipath Fading Environment”, December 1999.
-
S. Kyperountas, “Performance of Wireless Communication Systems Under Various Data Traffic Density Distributions”, August 1998.
-
S. Pattaramalai, “Average Error Rate for MPSK Signals in Nakagami Fading Channels”, August 1996.
-
A. Sharma, “Performance of a Multi-base Station Slotted ALOHA for Wireless LAN System in Nakagami Fading”, April 1996.
-
J. Jiao, “Matched Filter Bound for Frequency Selective Nakagami Fading Channel” December 1995.
-
R. Sannegowda, "Performance Study of Some Diversity Combining Schemes in a Nakagami Fading Environment", February 1994.
©