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Simulation Model of the Computer's Units and Peripherial Equipment Interaction

机译:计算机单元与外围设备交互的仿真模型

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The paper deals with the principles of constructing a simulation model for studying the basic processes and devices in the computer I / O subsystem. The procedure for selecting the composition of the studied characteristics of input-output devices, as well as the structure and level of detail of the parameters of the objects under study is considered. Typical computer hardware with keyboard and monitor is offered as a peripheral device. When modeling, probabilistic characteristics of data processing in the input-output subsystem are set. The modeling program is developed in Java in NetBeans 8.1. A user interface based on the animation of the processes in I / O subsystem is described. This provides obtaining a visual representation of interrupts, generation of control signals, and transfer of codes from peripheral devices to the memory and the central processor. The user interface provides the setting of the necessary modes and simulation parameters. The simulation results are presented in the form of time charts of devices and the numerical values of these characteristics. The input / output system under study can operate in one of three modes: only with information input, with data input and output to a monitor, and also only with data processing and output to a monitor. The paper presents the study results of the simulated system in various modes, confirming the adequacy of the developed model.
机译:本文讨论了构建仿真模型的原理,以研究计算机I / O子系统中的基本过程和设备。考虑选择输入-输出设备的已研究特性的组成的过程以及所研究对象的参数的结构和详细程度。具有键盘和监视器的典型计算机硬件是作为外围设备提供的。在建模时,将设置输入输出子系统中数据处理的概率特征。建模程序是使用NetBeans 8.1中的Java开发的。描述了基于I / O子系统中进程动画的用户界面。这提供了中断的视觉表示,控制信号的生成以及代码从外围设备到存储器和中央处理器的传输。用户界面提供必要模式和仿真参数的设置。仿真结果以设备时间表和这些特性的数值形式表示。所研究的输入/输出系统可以以以下三种模式之一运行:仅在信息输入,数据输入和输出到监视器的情况下,以及仅在数据处理和输出到监视器的情况下。本文以各种模式展示了仿真系统的研究结果,证实了所开发模型的充分性。

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