A Raspberry PI cluster and Geiger counter supporting random number acquisition in the CS Operating Systems class

William J. Keeler, J. Wolfer
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引用次数: 5

Abstract

Device interaction and file systems design is an important part of the computer science Operating Systems course. The system to be demonstrated in this work interfaces a commercial Geiger counter module with a cluster of Raspberry PI computers running Linux to provide timestamps between background radiation events. These time intervals are acquired and used by students to generate "true" random numbers. Seamlessly networked into the CS department servers, students remotely access the cluster and build their own File Systems in User Space (FUSE) to provide access to both random numbers and background radiation counts. Collectively, the hardware and software provide an inexpensive remote laboratory experience for the computing students.
一个树莓派集群和盖革计数器支持随机数采集在CS操作系统类
设备交互和文件系统设计是计算机科学操作系统课程的重要组成部分。在本工作中演示的系统将商用盖革计数器模块与运行Linux的树莓派计算机集群接口,以提供背景辐射事件之间的时间戳。这些时间间隔被学生获取并用来生成“真正的”随机数。无缝联网到CS部门服务器,学生远程访问集群,并建立自己的用户空间文件系统(FUSE),以提供访问随机数和背景辐射计数。总的来说,硬件和软件为计算机专业的学生提供了一个廉价的远程实验室体验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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