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Design and implementation 8 bit CPU architecture on Logisim for undergraduate learning support

机译:在Logisim上设计和实现8位CPU架构,以提供本科学习支持

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摘要

Computer Architecture consists of some basic design based on Computer Organization and Architecture (COA) such as logic design. Leading students to improve knowledge about COA needs a comprehensive learning with a working simulation of a simple 8-bit Central Processing Unit (CPU). The Design based on Von Neumann Architecture that generally includes Registers, Bus Interface, ALU, Memory and their structures. The CPU Architecture simulation used Logisim which capable to performs the digital logic simulation. Logisim has an ability to perform digital logic to build subcircuit become a larger circuit in a single environment from low-level combinational and sequential circuits to build a complete CPU. An undergraduate student has suffered to study COA with the theory that explained in several lessons, the lesson explained a structure and an architecture computer only. There are not providing a simulation that explained step by step computer architecture. This research to propose design and implementation 8-bit CPU (Central Processing Unit) architecture that designed and implemented step by step that created in Logisim and used the simplest design that is Mic-1. So the simulation easy to visualize then the Undergraduate Student can learn about the next competency which is to design and make a specific purpose computer.
机译:计算机体系结构包括一些基于计算机组织和体系结构(COA)的基本设计,例如逻辑设计。带领学生提高对COA的知识需要通过一个简单的8位中央处理器(CPU)的工作模拟来全面学习。基于冯·诺依曼体系结构的设计通常包括寄存器,总线接口,ALU,存储器及其结构。 CPU体系结构仿真使用Logisim,它能够执行数字逻辑仿真。 Logisim具有执行数字逻辑的能力,可以将子电路从低级组合电路和顺序电路构成的单个电路变成单个电路中的更大电路,从而构建完整的CPU。一名本科生曾受过在几个课程中讲解的理论研究COA的困扰,该课程仅讲解了结构和建筑计算机。没有提供逐步解释计算机体系结构的模拟。这项研究提出了设计和实现8位CPU(中央处理单元)架构,该架构逐步设计和实现了在Logisim中创建并使用最简单的设计即Mic-1的设计。因此,模拟很容易可视化,然后,大学生可以了解下一个能力,即设计和制造专用计算机。

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