Realization of DSP systems on FPGA and other customizable hardware architectures. Design methodologies exploiting parallelism, and trading off performance (e.g., quantization effects) with resource utilization, throughput and latency. Special languages (e.g., HDL), simulation and development tools, testing and verification. Course work includes several projects.

Let's talk about bioelectronics! We'll discuss neurons, electrodes, wireless recording/stimulation chips, DNA, imaging, and other topics that we find interesting.