16-bit-CPU
所属分类：VHDL/FPGA/Verilog
开发工具：VHDL
文件大小：4087KB
下载次数：55
上传日期：2012-07-03 20:32:56
上 传 者：
tsubasa10cyf
说明： 单周期16位CPU的设计,我们的计算机组成原理课设，可以实现R型、I型和J型指令，内有报告和指导书
(Single-cycle 16-bit CPU design, our Principles of Computer Organization class set, you can achieve R-type, type I, and J-type instructions, reports and instructions)
文件列表:
单周期16位CPU的设计 (0, 2012-06-30)
单周期16位CPU的设计\16CPU bak.bdf (18344, 2012-01-09)
单周期16位CPU的设计\16CPU.asm.rpt (8736, 2012-06-23)
单周期16位CPU的设计\16CPU.bdf (45633, 2012-06-25)
单周期16位CPU的设计\16CPU.done (26, 2012-06-27)
单周期16位CPU的设计\16CPU.fit.rpt (294428, 2012-06-23)
单周期16位CPU的设计\16CPU.fit.smsg (513, 2012-06-23)
单周期16位CPU的设计\16CPU.fit.summary (607, 2012-06-23)
单周期16位CPU的设计\16CPU.flow.rpt (7438, 2012-06-23)
单周期16位CPU的设计\16CPU.map.rpt (54923, 2012-06-23)
单周期16位CPU的设计\16CPU.map.summary (467, 2012-06-23)
单周期16位CPU的设计\16CPU.pin (33024, 2012-06-23)
单周期16位CPU的设计\16CPU.pof (524489, 2012-06-23)
单周期16位CPU的设计\16CPU.qpf (908, 2012-01-09)
单周期16位CPU的设计\16CPU.qsf (2502, 2012-06-27)
单周期16位CPU的设计\16CPU.qws (486, 2012-06-27)
单周期16位CPU的设计\16CPU.sim.rpt (429968, 2012-06-27)
单周期16位CPU的设计\16CPU.sof (358331, 2012-06-23)
单周期16位CPU的设计\16CPU.sta.rpt (527950, 2012-06-23)
单周期16位CPU的设计\16CPU.sta.summary (978, 2012-06-23)
单周期16位CPU的设计\16CPU.tan.rpt (20636, 2012-01-09)
单周期16位CPU的设计\16CPU.tan.summary (995, 2012-01-09)
单周期16位CPU的设计\16CPU.vwf (79335, 2012-06-23)
单周期16位CPU的设计\16CPU_assignment_defaults.qdf (48547, 2012-06-13)
单周期16位CPU的设计\ALU.bsf (2178, 2012-01-09)
单周期16位CPU的设计\PC.bsf (1807, 2012-01-09)
单周期16位CPU的设计\ROM.bsf (2113, 2012-01-09)
单周期16位CPU的设计\ROM.cmp (964, 2012-01-09)
单周期16位CPU的设计\adder (0, 2012-06-30)
单周期16位CPU的设计\adder\ALU.bsf (2178, 2012-01-09)
单周期16位CPU的设计\adder\adder.asm.rpt (9703, 2012-01-09)
单周期16位CPU的设计\adder\adder.done (26, 2012-01-09)
单周期16位CPU的设计\adder\adder.fit.rpt (170899, 2012-01-09)
单周期16位CPU的设计\adder\adder.fit.smsg (499, 2012-01-09)
单周期16位CPU的设计\adder\adder.fit.summary (588, 2012-01-09)
单周期16位CPU的设计\adder\adder.flow.rpt (5290, 2012-01-09)
单周期16位CPU的设计\adder\adder.map.rpt (18648, 2012-01-09)
单周期16位CPU的设计\adder\adder.map.summary (449, 2012-01-09)
单周期16位CPU的设计\adder\adder.pin (58327, 2012-01-09)
单周期16位CPU的设计\adder\adder.pof (2097294, 2012-01-09)
... ...
This folder contains data for incremental compilation.
The compiled_partitions sub-folder contains previous compilation results for each partition.
As long as this folder is preserved, incremental compilation results from earlier compiles
can be re-used. To perform a clean compilation from source files for all partitions, both
the db and incremental_db folder should be removed.
The imported_partitions sub-folder contains the last imported QXP for each imported partition.
As long as this folder is preserved, imported partitions will be automatically re-imported
when the db or incremental_db/compiled_partitions folders are removed.
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