文件名称:RISC-CPU
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用FPGA实现一个简易的CPU，采用精简指令集结构，每一条指令有16bit，高三位为指令操作数，后13位为地址，该CPU能实现8种指令操作，分别有HLT（空一个中期）ADD（相加操作）SKZ（为零跳过）AND（相与操作）XOR（异或操作）LDA（读数据）STO（写数据）JMP（无条件跳转指令）。cpu包括8个部件，分别为时钟发生器、指令寄存器、累加器、算术逻辑单元、数据控制器、状态控制器、程序计数器、地址多路器，各个部件之间的相互操作关系由状态控制器来控制，程序指令存放在初始rom中，本例程存放在存储器初始文件中。
PS：为什么没有Verilog选项呢-A simple CPU, FPGA implementation to streamline the instruction set architecture, each instruction 16bit, high three operands for the instruction, the 13 address, the CPU can achieve the eight kinds of instruction operations, respectively, HLT (a medium-term empty) ADD (add operation) SKZ (zero skip) AND (phase operation) the XOR (exclusive OR operation) LDA (read data) STO (write data) JMP (unconditional jump instruction). cpu consists of eight parts, clock generator, the instruction register, accumulator, arithmetic logic unit, the data controller, the state controller, the program counter, the address multiplexer, the various components interoperate relations by the state controller to control, program instructions stored in the initial rom the routines stored in memory the initial file. PS: Why is there no Verilog options.
PS：为什么没有Verilog选项呢-A simple CPU, FPGA implementation to streamline the instruction set architecture, each instruction 16bit, high three operands for the instruction, the 13 address, the CPU can achieve the eight kinds of instruction operations, respectively, HLT (a medium-term empty) ADD (add operation) SKZ (zero skip) AND (phase operation) the XOR (exclusive OR operation) LDA (read data) STO (write data) JMP (unconditional jump instruction). cpu consists of eight parts, clock generator, the instruction register, accumulator, arithmetic logic unit, the data controller, the state controller, the program counter, the address multiplexer, the various components interoperate relations by the state controller to control, program instructions stored in the initial rom the routines stored in memory the initial file. PS: Why is there no Verilog options.
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下载文件列表
RISC CPU\accum.v
........\addr_decode.v
........\adr.v
........\altera_mf.v
........\alu.v
........\clk_gen.v
........\counter.v
........\CPU.asm.rpt
........\CPU.done
........\CPU.fit.rpt
........\CPU.fit.smsg
........\CPU.fit.summary
........\CPU.flow.rpt
........\CPU.map.rpt
........\CPU.map.smsg
........\CPU.map.summary
........\CPU.pin
........\CPU.pof
........\CPU.qpf
........\CPU.qsf
........\CPU.qws
........\CPU.sof
........\CPU.tan.rpt
........\CPU.vwf
........\cpu_ram_1.hex
........\cpu_ram_1.v
........\cpu_ram_1.ver
........\cpu_rom_1.hex
........\cpu_rom_1.v
........\cpu_rom_1.ver
........\cpu_top.v
........\cpu_tp.v
........\datactl.v
........\.b\altsyncram_98d1.tdf
........\..\altsyncram_s581.tdf
........\..\CPU.asm.qmsg
........\..\CPU.asm_labs.ddb
........\..\CPU.cbx.xml
........\..\CPU.cmp.bpm
........\..\CPU.cmp.cdb
........\..\CPU.cmp.ecobp
........\..\CPU.cmp.hdb
........\..\CPU.cmp.kpt
........\..\CPU.cmp.logdb
........\..\CPU.cmp.rdb
........\..\CPU.cmp.tdb
........\..\CPU.cmp0.ddb
........\..\CPU.cmp2.ddb
........\..\CPU.cmp_merge.kpt
........\..\CPU.db_info
........\..\CPU.eco.cdb
........\..\CPU.fit.qmsg
........\..\CPU.hier_info
........\..\CPU.hif
........\..\CPU.lpc.html
........\..\CPU.lpc.rdb
........\..\CPU.lpc.txt
........\..\CPU.map.bpm
........\..\CPU.map.cdb
........\..\CPU.map.ecobp
........\..\CPU.map.hdb
........\..\CPU.map.kpt
........\..\CPU.map.logdb
........\..\CPU.map.qmsg
........\..\CPU.map_bb.cdb
........\..\CPU.map_bb.hdb
........\..\CPU.map_bb.logdb
........\..\CPU.pre_map.cdb
........\..\CPU.pre_map.hdb
........\..\CPU.rpp.qmsg
........\..\CPU.rtlv.hdb
........\..\CPU.rtlv_sg.cdb
........\..\CPU.rtlv_sg_swap.cdb
........\..\CPU.sgate.rvd
........\..\CPU.sgate_sm.rvd
........\..\CPU.sgdiff.cdb
........\..\CPU.sgdiff.hdb
........\..\CPU.sld_design_entry.sci
........\..\CPU.sld_design_entry_dsc.sci
........\..\CPU.syn_hier_info
........\..\CPU.tan.qmsg
........\..\CPU.tis_db_list.ddb
........\..\CPU.tmw_info
........\..\CPU_global_asgn_op.abo
........\..\decode_1oa.tdf
........\..\mux_hib.tdf
........\..\prev_cmp_CPU.asm.qmsg
........\..\prev_cmp_CPU.fit.qmsg
........\..\prev_cmp_CPU.map.qmsg
........\..\prev_cmp_CPU.qmsg
........\..\prev_cmp_CPU.tan.qmsg
........\..\wed.wsf
........\incremental_db\compiled_partitions\CPU.root_partition.cmp.atm
........\..............\...................\CPU.root_partition.cmp.dfp
........\..............\...................\CPU.root_partition.cmp.hdbx
........\..............\...................\CPU.root_partition.cmp.kpt
........\..............\...................\CPU.root_partition.cmp.logdb
........\..............\...................\CPU.root_partition.cmp.rcf
........\..............\...................\CPU.root_partition.map.atm
........\..............\...................\CPU.root_partition.map.dpi
........\addr_decode.v
........\adr.v
........\altera_mf.v
........\alu.v
........\clk_gen.v
........\counter.v
........\CPU.asm.rpt
........\CPU.done
........\CPU.fit.rpt
........\CPU.fit.smsg
........\CPU.fit.summary
........\CPU.flow.rpt
........\CPU.map.rpt
........\CPU.map.smsg
........\CPU.map.summary
........\CPU.pin
........\CPU.pof
........\CPU.qpf
........\CPU.qsf
........\CPU.qws
........\CPU.sof
........\CPU.tan.rpt
........\CPU.vwf
........\cpu_ram_1.hex
........\cpu_ram_1.v
........\cpu_ram_1.ver
........\cpu_rom_1.hex
........\cpu_rom_1.v
........\cpu_rom_1.ver
........\cpu_top.v
........\cpu_tp.v
........\datactl.v
........\.b\altsyncram_98d1.tdf
........\..\altsyncram_s581.tdf
........\..\CPU.asm.qmsg
........\..\CPU.asm_labs.ddb
........\..\CPU.cbx.xml
........\..\CPU.cmp.bpm
........\..\CPU.cmp.cdb
........\..\CPU.cmp.ecobp
........\..\CPU.cmp.hdb
........\..\CPU.cmp.kpt
........\..\CPU.cmp.logdb
........\..\CPU.cmp.rdb
........\..\CPU.cmp.tdb
........\..\CPU.cmp0.ddb
........\..\CPU.cmp2.ddb
........\..\CPU.cmp_merge.kpt
........\..\CPU.db_info
........\..\CPU.eco.cdb
........\..\CPU.fit.qmsg
........\..\CPU.hier_info
........\..\CPU.hif
........\..\CPU.lpc.html
........\..\CPU.lpc.rdb
........\..\CPU.lpc.txt
........\..\CPU.map.bpm
........\..\CPU.map.cdb
........\..\CPU.map.ecobp
........\..\CPU.map.hdb
........\..\CPU.map.kpt
........\..\CPU.map.logdb
........\..\CPU.map.qmsg
........\..\CPU.map_bb.cdb
........\..\CPU.map_bb.hdb
........\..\CPU.map_bb.logdb
........\..\CPU.pre_map.cdb
........\..\CPU.pre_map.hdb
........\..\CPU.rpp.qmsg
........\..\CPU.rtlv.hdb
........\..\CPU.rtlv_sg.cdb
........\..\CPU.rtlv_sg_swap.cdb
........\..\CPU.sgate.rvd
........\..\CPU.sgate_sm.rvd
........\..\CPU.sgdiff.cdb
........\..\CPU.sgdiff.hdb
........\..\CPU.sld_design_entry.sci
........\..\CPU.sld_design_entry_dsc.sci
........\..\CPU.syn_hier_info
........\..\CPU.tan.qmsg
........\..\CPU.tis_db_list.ddb
........\..\CPU.tmw_info
........\..\CPU_global_asgn_op.abo
........\..\decode_1oa.tdf
........\..\mux_hib.tdf
........\..\prev_cmp_CPU.asm.qmsg
........\..\prev_cmp_CPU.fit.qmsg
........\..\prev_cmp_CPU.map.qmsg
........\..\prev_cmp_CPU.qmsg
........\..\prev_cmp_CPU.tan.qmsg
........\..\wed.wsf
........\incremental_db\compiled_partitions\CPU.root_partition.cmp.atm
........\..............\...................\CPU.root_partition.cmp.dfp
........\..............\...................\CPU.root_partition.cmp.hdbx
........\..............\...................\CPU.root_partition.cmp.kpt
........\..............\...................\CPU.root_partition.cmp.logdb
........\..............\...................\CPU.root_partition.cmp.rcf
........\..............\...................\CPU.root_partition.map.atm
........\..............\...................\CPU.root_partition.map.dpi