Arash Salarian

Lead algorithm designer. Designing signal processing algorithms for sensor fusion, collaboration in transferring algorithms to embedded environment.

Lead algorithms designer working in collaboration with an industrial giant to design novel motion tracking algorithms for real-time, embedded applications.

Lead algorithm designer. Designed signal processing algorithms, developed validation studies and was engaged in transferring algorithms to embedded environment. These algorithms are used to assess motion and balance in elderly and patients with neurological disorders.

Designed a series of analysis algorithms and clinical tests to assess mobility in elderly and patients with neurological disorders. Designed methods and algorithms for automatic, self-alignment of inertial sensors.

Designed new algorithms and sensors to analyze mobility patterns of patients with Parkinson’s disease. Designed and implemented a highly optimized C++ library for numerical optimization and curve fitting for Omnisens SA.

Developed a new wearable inertial sensor for medical applications.

Designed and implemented the DSP pipeline of a system in FPGA.

Designed and developed embedded control software for ATC (Automatic Train Control. Developed kernel-mode device-drivers for Windows.

Designed and developed a multi-tasking embedded OS including networking and file-system. Designed analog and digital circuits for telephony and data-acquisition applications.