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Real-time platforms and environments for time constrained flexible manufacturing

机译:时间限制灵活制造的实时平台和环境

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The Spring Kernel and associated algorithms, languages, and tools provide system support for static or dynamic real-time applications that require predictable operation. Spring currently consists of two major parts: (1) the development environment, where application and target systems are described, preprocessed and downloaded, and (2) the run-time environment, where the operating system, the Spring Kernel, creates and ensures predictable executions of application tasks. We have integrated our real-time systems technology with component technologies from robotics, computer vision, and real-time artificial intelligence, to develop a test platform for flexible manufacturing. The results being produced are generic so that they should be in many other real-time applications such as air traffic control and chemical plants. We describe this platform, identify new features developed, and comment on some lessons learned to date from this experiment.
机译:Spring内核和相关算法,语言和工具为需要可预测操作的静态或动态实时应用提供系统支持。春天目前由两个主要部分组成:(1)开发环境,其中描述,预处理和下载的应用程序和目标系统,(2)运行时环境,操作系统,Spring内核创建和确保可预测的运行时环境申请任务的执行。我们已经将我们的实时系统技术与机器人,电脑视觉和实时人工智能的组件技术集成,开发了灵活制造的测试平台。产生的结果是通用的,因此它们应该在许多其他实时应用中,例如空中交通管制和化学设备。我们描述了这个平台,识别开发的新功能,并评论到迄今为止学习的一些经验教训。

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