Yang Li Email & Phone Number

San Diego, California, United States

Working on FPGA design and accelerator design optimizations.Camera data transfer and control development.Image processing algorithm hardware implementation and RTL design

Tempe, Arizona, United States

• Produced a network of distributed radios to increase the communication robustness between transmitter and receivers. • Extended the signal models and the beamformer formulation from narrowband to the wideband operating regime to handle a wilder set of bandwidths and mosaic node spacing.• Developed two avenues for computing beamforming one the target platform, one way is purely FPGA based the other pathway is a hybrid approach.• Designed three timelines to shorten the latency for the whole process.• Used less registers in the matrix multiplication accelerator to limit the utilization of hardware design.• Implemented two LUTs in the QRD accelerator to increase the precision of output data.

• Hardware accelerator design of Neural Network, Multilayer Perceptron structure• Development of synthesis level configurable MLP accelerator by reusing one neuron design• Accomplishment of prediction process and development of training process using back propagation method of MLP• Design of decision tree accelerator that achieved 6 depth with 12 clock cycles latency• Development of binary MLP which more suitable for FPGA structure (Xnor gate)• Successfully accelerating prediction process compared with software execution time

Tempe, Arizona, United States

Hardware accelerator design of signal process, Temporal MitigationBuilding RF convergence modelAccelerating matrix inverse process including QR decomposition and matrixmultiplicationIntegrating DMA block and custom accelerators through AXIS interface usinghandshake protocolBuilding boot image for FPGA boardWriting the driver for different acceleratorsDemonstrating the whole operation flowSuccessfully accelerating TM process compared with software

Tempe, Arizona, United States

Working on Airbus project. Building the clock synchronization simulation model.There are three estimations including phase estimator, envelope estimator, andgeneral estimator. Different estimators working on different SNRDevelopment of geometry functions. Using four ground antennas and fourairplane antennas to locate the airplane. The goal is to achieve the drone aircraftusing wireless technologyProvide all kinds of help from lab working includes waveform design, clocksynchronization to general research help

Phd, Electrical Engineering Technologies/Technicians, 3.5/4.0

Activities and Societies: Working as a research assistant in the lab. Taking part in different projects.Member of WISCA centor

Master'S Degree, Electrical And Electronics Engineering, 3.75/4.0

Bachelor'S Degree, Automation Engineer Technology/Technician