Martin Hintz

• Implementation and optimization signal processing (PHY layer) for Car-2-Car and Car-2-Infrastructure communication (ARM, DSP), incl. RF drivers • System simulation (MiL) and generation of test vectors in Matlab • Development of fully automated RF test suite in Python according to standards IEEE 802.11p and ETSI EN 302571 • Development according to ISO 26262 and MISRA C • Test automation and continuous integration using Jenkins and Python (SiL) • Hardware bring-up in collaboration with manufacturer

• Implementation of a digital pre-distortion (DPD), Tx path • Development of a DPD simulation in C and Matlab • Implementation and integration of 3GPP additions • Implementation LTE TDD Physical Uplink Control Channel • Data analysis using Matlab • Field trial support for major customers in the US • Integration, system tests und optimization LTE Radio Access Network

• Design and integration real-time debug app (DSP) in close cooperation with DSP manufacturer • Driver development to control debug app • Support of Chinese LTE PHY layer development

• Design, implementation and optimization of signal processing (PHY Layer) for a WiMAX (802.16) module (DSP) • Design and implementation MIMO algorithms • System integration real-time operating system • Porting algorithms for automatic power control • Design and implementation of fully automated board test for production and field application