Developing S-Band and X-Band Software Defined Radio platforms using Xilinx FPGADevelop cryptography data interface and security association manager with AES-256 Develop BiSS-C encoder interfaceDevelop an automated build and simulation scripting environment for RTL development to simulate, synthesize, and place and route using customized wrapper around FuseSOC open source tool

Develop reusable 10G Ethernet Interface for multiple applications, designed for Xilinx Virtex 7 Full UDP/IPv4 protocol with partial ICMP support (ping) Develop high speed serial interface data module using Serial RapidIO Gen2, high data throughput at 1 GB/sDevelop an emulator of the solid state drive device using a Xilinx Virtex UltraScale Evaluation Board, utilizing Serial RapidIO Gen2 and PCIe 3.0Develop a custom FIFO using DDR4 to support continuous transmission of VITA 49 packets over network; support 8 simultaneous data channels and provided Software with information on when to send more dataLead development of an FPGA designed to securely boot multiple devices, including Zynq/Virtex Ultrascale, Intel Atom/Xeon; develop full emulation of a Micron flash device, allowing other devices on module to boot from DDR3 memory.Lead development of a custom Intelligent Platform Management Controller (IPMC) FPGA supporting 16 different modules with one single imageDevelop a custom 8b/10b serial interface for controlling and collecting telemetry of remote RF modules

Implement open source encoders (H.264, JPEG2000) on space processors (fixed logic, FPGA, and hybrid) Benchmark video encoders on various space processors (and COTS counterpart) including Xilinx Zynq and P5040

Implement preprocessing techniques to improve compression ratio for high bit-depth space videosParallelize and accelerate MATLAB image processing application using NVIDIA GPU

Port Real-Time Executive for Multiprocessor Systems (RTEMS) to the CHREC Space Processor, an ARMv7 based deviceMaximize compression ratio of high bit-depth Overhead Persistent Infrared (OPIR) video

Engineering support for BioSentinel project, evaluated space processors and operating system best fit for the missionTest real time OS RTEMS on a Xilinx Zynq processor board (Zedboard) and demoed successful communication