TinyParrot: A minimal BlackParrot RISC-V Multicore variant

TinyParrot is a BlackParrot RISC-V multi-core variant that aims to be small enough to fit onto educational FPGA development boards like the Pynq Z2. In order to get there, the TinyParrot variant needs to optimize and constrain itself in order to meet the physical device constraints (such as LUTs, BRAMs, and flip-flops) provided by development boards like the Pynq Z2 FPGA development board. This project will implement size optimizations that ultimately decrease the amount of resources required by TinyParrot, enabling TinyParrot to fit on the Pynq Z2. At a high level, this will be accomplished by first parameterizing the FMUL/FDIV instructions as part of an MFD parameterization effort. Then, hardware primitives will be re-mapping using the BaseJump STL library in order to standardize and optimize the existing RTL. The ultimate goal of these optimization efforts is to implement TinyParrot on the Pynq Z2.