#Example generation of Verilog representation of 8-bit unsigned dadda multiplier that uses cla to provide the final product a = Bus(N=8, prefix="a_bus") b = Bus(N=8, prefix="b_bus") u_dadda = UnsignedDaddaMultiplier(a=a, b=b, prefix="h_u_dadda_cla8", unsigned_adder_class_...
python3 main.py adder_i8_o5 --subxpat --extraction-mode=5 --min-labeling --max-lpp=8 --max-ppo=10 --max-error=16 Once the command is finished executing, you can find the outputs in the following directories: output/csv/ Contains the log of execution and every information at each...
The same can be done at VHDL/Verilog projects: A design can be adapted to process smaller vectors of data. Data precision reduction can bring good improvements in area and energy costs for hardware projects, but frequently do not present high costs reduction on software. Fixed-point arithmetic,...
#Example generation of Verilog representation of 8-bit unsigned dadda multiplier that uses cla to provide the final product a = Bus(N=8, prefix="a_bus") b = Bus(N=8, prefix="b_bus") u_dadda = UnsignedDaddaMultiplier(a=a, b=b, prefix="h_u_dadda_cla8", unsigned_adder_class_...
python3 main.py adder_i8_o5 --subxpat --extraction-mode=5 --min-labeling --max-lpp=8 --max-ppo=10 --max-error=16 Once the command is finished executing, you can find the outputs in the following directories: output/csv/ Contains the log of execution and every information at each...