毕业论文--android、virtualbox跨界编译及动态迁移云平台系统研发.doc

本科毕业设计( 论文) 题目: Android/VirtualBox 跨界编译及动态迁移云平台系统研发学院电子与信息学院专业信息工程学生姓名学生学号指导教师陆以勤提交日期 2015 年5月 20日 I 摘要 Contiki 微操作系统作为一种小型的,开源的,极易移植的微操作系统。由于其对硬件平台要求较低,所以被广泛地用于无线网络传感器等低功耗应用场景。另外由于其小型化,给系统跨平台迁移提供了可能性。本文首先简要介绍了 Contiki 操作系统、 GCC 编译、交叉编译、 TCP/IP 通信和通信加密算法等跨界编译和调度的基础,并对 Contiki 系统架构、源代码和进程调度做了研究分析。接着详细介绍了 Contiki 系统在 Linux 和 Android 虚拟机的跨平台编译,以及 Contiki 系统在不同 Linux 虚拟机之间、 Linux 和 Android 之间的动态迁移,为以后在大型并发运算系统架构上提供一个可行的参考方案。先将大计算量分解成若干个小的计算量,通过 Contiki 进程触发机制,让其运行在每个 Contiki 上。再通过平台的迁移自动运行,可实现多个 Contiki 的多方位交叉与计算并发,这对于 Contiki 系统的多平台运行有着重要意义,也这为以后物联网时代奠定一个新的系统解决方案。实验结果及截图表明,本文建立相应的跨平台编译链,通过系统调用,在程序中实现了自动编译功能。并且通过建立网络传输通道,实现了不同平台间的动态迁移。这些也进一步验证了以 Contiki 为基础的计算并发系统解决方案的可行性。关键词: Contiki 微操作系统; Linux ;安卓虚拟机;跨平台编译;迁移 II Abstract Micro Contiki operating system isa small, open-source, easy-to-transplant micro operating of its lower requirements for hardware platform, it is widely used in work sensors and other low-power application because of its miniaturization, it provides the possibility for the system cross platform migration. This paper first briefly introduces some basic knowledge of pilation and scheduling,such as Contiki operating system,pilation,pilation , TCP/munication and so the Contiki system architecture, source code and process scheduling are studied and this paper mainly introduces the piling and migrating of Contiki system between different Android/Linux virtual machines, which provides a feasible scheme for reference for the future in large-scale puting system architecture .First, the large amount putation is posed into a number of putational Contiki process trigger mechanism, it runs on each through the migration of the platform automatically, the multi directions puting concurrency of multiple Contiki can be is important for the multi platform operation of the Contiki system, and it also lays a new system solution for the future IOT era. Experimental results and