Hanguang Wu

- Providing leadership in the architecture and algorithm design for radio resource management (RRM), optimizing KPI of live 2G/3G and beyond 3G (LTE) networks. - Working with internal teams, key vendors and customers to design and document system solutions - Coordinating and leading technical decision-making for system solutions interfacing with software development teams - Troubleshooting system design issues and coaching team members in troubleshooting - Reviewing system release plans

-Project leader of R&D projects with universities -Design and develop interference mitigation/ interference avoidance and scheduling algorithm for LTE femto cells -Develop LTE system level simulation platform, heterogeneous network platform -Develop PHY abstraction model -3GPP RAN system performance delegate.

-Feasibility study, development and evaluation of key technologies for PHY and MAC layer of mobile communication systems with focus on 3GPP-LTE -Creation and development of LTE simulation platform to be used for proof of concept and innovative algorithm design -Being part of the LTE demonstrator development team. Technical support for algorithm design and implementation of the demonstration system -Execution of LTE field trials and performance evaluation -Inventor of several IPRs

Baseband algorithm design for advanced transceiver concepts and MIMO concept for GSM/EDGE; Developed and implemented robust interference resistant receivers for GSM/EDGE using Matlab, C/C++ and COSSAP/CoCentric system studio; Provided support for 3GPP GERAN evolution standard activities (writing technical proposals, papers, patents, etc);Coordinated internal and external project partners; Represented the company and its interests in international conferences

Dissertation: Adaptive multi-user MIMO Resource Allocation for Uplink DFT-precoded OFDMA