Design a coprocessor that finds square of an integer (x2), finds square-root of an integer
(x0.5), converts an uppercase word to lowercase word, performs floating-point addition,
and performs floating-point multiplication. Implement the design on a SoC (System on a
Chip) using XPS and SDK tools of Xilinx.
Requirements: (80 Points)
1. Using VHDL behavioral modeling, design a coprocessor that can do five operations
(square, square-root, uppercase to lowercase conversion, floating-point addition,
and floating-point multiplication).
2. Implement the coprocessor design using a system (processor, memory, user logic,
and slave registers) that is built using Xilinx Platform Studio (XPS)
3. Using the Xilinx SDK, write a software routine to test (at least two test cases per
operation) the coprocessor that is designed using an FPGA SoC and implemented
on Nexys 4 board.
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