Increased system capacity by 80% through implementing a dynamic distributed cooperative interference mitigation algorithm that allocates resources to cells and which copes with load changes in the cell. C,C++

Implemented algorithms that estimate the quality of the uplink channel for each user successfully and achieved > 90% accuracy, allocating each user the best fit resources through the scheduler, leading to achievement of system throughput.

Implemented a compensation algorithm which corrected the timing offset among the user at the base station, leading to achievement of system synchronization.

Implemented a test case generation tool which allowed developers to identify the source of error in a timely manner.

Created a prototype for a 3G network optimization tool which diagnosed system problems and provided extensive recommendations on possible solutions by using Bayesian networks.

Built a Java/Erlang-based tool for load/stress testing through the creation of dynamic XML test cases using DOM tree; generating and sending docs through the creation of parallel threads. Java, Erlang .

Graduate Coursework: Computer Architecture; Artificial Neural Networks; Pattern Recognition; Real-Time Systems; Computer and Numerical Analysis; Advanced Topics in Mathematics

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Publication: M. Said, O. Nasr, T. ElBatt. Cell Outage Compensation Algorithm for Frequency Reuse-one and ICIC LTE Networks. In IEEE Wireless Communications and Networking Conference (WCNC’16), 2016

Graduate Coursework: Database Fundamentals; Networks; Programming Languages; Operating Systems

Undergraduate Coursework: Programming; Data Structures; Mathematics; Communications; Electromagnetic Waves; Circuits; Control; Electronics; Physics

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Graduation Project: Clock and Frequency Synchronization Tracking Module (sponsored by Intel)

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Achieved 10x of system synchronization through effective estimation and correction of the timing/frequency offsets in WiMAX wireless system; utilized Least Square Linear Curve Fitting algorithm to obtain phases to the nearest line; followed by frame re-timing and fine frequency tuning.