Gerard Jimmy Paraison, Phd Email & Phone Number

Stamford, Connecticut, Us

Northville, Mi, Us

Ann Arbor, Michigan, Us

• Design and implement software modules in C aiming at enhancing car navigation systems performance• Write design documents relating to system design and implementation• Analyze operational feasibility by evaluating system requirements and solution development• Develop and integrate software solutions into base infotainment system• Develop automatic benchmark tools to evaluate software quality based on system requirementsAchievements:• Reduction of the processing time of a search algorithm from 80 seconds to 200 milliseconds by designing and implementing a learning programming approach

-Design and development of radio resource optimization algorithms to maximize system throughput-Application of multi-cell inference coordination to maximize cell edge-users SINR-Development of simulation algorithms to evaluate system performance using metrics such as outage probability, outage capacity, fairness, ergodic capacity, and throughput-Modeling of propagation channel considering fading, path-loss, and shadowing-Derivation of numerical analysis to evaluate link SINR, bit error rate, packet error rate, and throughput-Development of simulation algorithms in C, Python, and Matlab involving signal time and frequency domain processing, signal estimation, channel coding, modulation, and signal detectionAchievements:-Solved the joint route and sub-carrier allocation problem in a two-hop cellular network in an intra-cell and inter-cell interference environment involving multiple users and relays stations-Designed many resource allocation algorithms for cellular networks with relays. Simulated and evaluated the performance of the proposed schemes taking into account intra-cell an inter-cell interference. The proposed algorithms were able to increase network capacity by mitigating interference-Published research results in scientific journals and presented at 10 national and international conferences-Implementation of an inexpensive signal analyzer using an 8 bit microcomputer board

Kingston, Jm

-Successfully led the integration of the voice mail system (VMS) and short messaging systems (SMS) into the GSM core network, verified and validated these systems based on the company's requirements-Maintained and configured systems responsible of the charging of SMS roaming, VMS, and SGSN (Serving GPRS Support Nodes) system-Performed statistical analysis of the performance of the SMSC leading to system capacity upgrade which improved costumers'​ satisfaction and contributed to the company's growth-Designed the signaling (SS7) interconnection between SMSC, VMS, and the core network

Doctor Of Philosophy (Ph.D.), Communications Engineering

Master, Information And Communication Engineering

Diploma, Electronic Engineering