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Description: 设计一个模型机，具体设计要求如下：
（1）设计指令系统，要求有取数指令、加法指令、跳转指令、停机指令等
（2）设计指令格式、微指令格式 、微程序 、时序电路 、数据通路，完成cpu的设计。
（3）利用模块化设计，分别设计存储器模块、运算器模块、时序电路模块、微程序控制器模块、显示模块等，最后进行系统的顶层设计，完成复杂模型机的设计与实现测试
（4）根据任务，完成主程序的设计，同时把主程序翻译成目标代码，写入主存，仿真下载测试。(Design a model machine, the specific design requirements are as follows: (1) design instruction system, required to have number instructions, addition instructions, jump instructions, downtime instructions and so on (2) Design instruction format, micro-instruction format, micro-program, time series circuit, data path, complete the design of the CPU. (3) The use of modular design, respectively design memory module, operator module, time series circuit module, microcontroller Controller module, display module, etc., and finally carry out the top layer design of the system, complete the design and implementation of complex model machine test (4) According to the task, complete the design of the main program, while translating the main program into the target code, Write the deposit, simulation download test.)
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Size: 1189888 |
Author: 12332122 |
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Description: 这是一个带有FEAPPV的测试库。有限元分析程序（FEAP）用有限元法求解一般问题。问题大小由每台计算机的主内存量控制。(This is a test repository with FEAPpv. Finite Element Analysis Program - (FEAP) for solution of general problem classes using the finite element method. Problem size is controlled by the amount of main memory in each computer.)
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Size: 9163776 |
Author: 蓝天630902 |
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Description: Let’s say that you need to store 100 integers so that they’re easily accessible. However,
let’s further assume that there’s a problem: The memory in your computer is so fragmented
that the largest array that you can use holds only 10 integers. (Such problems
actually arise, although usually with larger memory objects.) You can solve this problem
by defining 10 separate int arrays of 10 integers each, and an array of 10 pointers to
these arrays. The int arrays can have names like a0, a1, a2, and so on. The address of
each of these arrays can be stored in the pointer array of type int*, which can have a
name like ap (for array of pointers). You can then access individual integers using
expressions like ap[j][k], where j steps through the pointers in ap and k steps through
individual integers in each array. This looks as if you’re accessing a two-dimensional
array, but it’s really a group of one-dimensional arrays.
Fill such a group of arrays with test data (say the numbers 0, 10, 20, and so on up to
990).
Platform: |
Size: 368 |
Author: mehros20 |
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