My argument is that verilog is to FPGAs as assembler is to pdp11s, and C is closer to assembler than Java or prolog. High level languages are easier for programmers, but interestingly, the high level language Haskel readily compiles to FPGA. What's happening here?
My argument is that verilog is to FPGAs as assembler is to pdp11s, and C is closer to assembler than Java or prolog. High level languages are easier for programmers, but interestingly, the high level language Haskel readily compiles to FPGA. What's happening here?