基于MIPS指令集的32位CPU设计与VHDL实现.doc
设计源代码（QuartusII 7.2 sp3）
...............................\MIPSCPU_MultiCircle
...............................\...................\altdpram256x32.bsf
...............................\...................\altdpram256x32.cmp
...............................\...................\altdpram256x32.vhd


...............................\...................\altdpram256x32_waveforms.html
...............................\...................\altsyncram_rom_32.bsf
...............................\...................\altsyncram_rom_32.cmp
...............................\...................\altsyncram_rom_32.vhd

...............................\...................\altsyncram_rom_32_waveforms.html
...............................\...................\alu32.bdf
...............................\...................\alu32.bsf
...............................\...................\clo32.bsf
...............................\...................\clo32.vhd
...............................\...................\CtrlUnit.bsf
...............................\...................\CtrlUnit.vhd
...............................\...................\CtrlUnit.vhd.bak
...............................\...................\dataMem.bdf
...............................\...................\dataMem.bsf
...............................\...................\db
...............................\...................\instMem.bdf
...............................\...................\instMem.bsf
...............................\...................\lpm_add_sub32.bsf
...............................\...................\lpm_add_sub32.cmp
...............................\...................\lpm_add_sub32.vhd
...............................\...................\lpm_add_sub32.vhd.bak
...............................\...................\lpm_add_sub32_unsigned.bsf
...............................\...................\lpm_add_sub32_unsigned.cmp
...............................\...................\lpm_add_sub32_unsigned.vhd
...............................\...................\lpm_add_sub32_unsigned.vhd.bak


...............................\...................\lpm_add_sub32_unsigned_waveforms.html
...............................\...................\lpm_add_sub32_wave0.jpg
...............................\...................\lpm_add_sub32_wave1.jpg
...............................\...................\lpm_add_sub32_waveforms.html
...............................\...................\lpm_clshift32_arith.bsf
...............................\...................\lpm_clshift32_arith.cmp
...............................\...................\lpm_clshift32_arith.vhd
...............................\...................\lpm_clshift32_logical.bsf
...............................\...................\lpm_clshift32_logical.cmp
...............................\...................\lpm_clshift32_logical.vhd
...............................\...................\lpm_clshift32_rotate.bsf
...............................\...................\lpm_clshift32_rotate.cmp
...............................\...................\lpm_clshift32_rotate.vhd
...............................\...................\lpm_compare32.bsf
...............................\...................\lpm_compare32.cmp
...............................\...................\lpm_compare32.vhd
...............................\...................\lpm_compare32_signed.bsf
...............................\...................\lpm_compare32_signed.cmp
...............................\...................\lpm_compare32_signed.vhd
...............................\...................\lpm_compare32_signed_wave0.jpg
...............................\...................\lpm_compare32_signed_waveforms.html
...............................\...................\lpm_compare32_wave0.jpg
...............................\...................\lpm_compare32_waveforms.html
...............................\...................\lpm_decode5.bsf
...............................\...................\lpm_decode5.cmp
...............................\...................\lpm_decode5.vhd
............