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Classification model of education method based on improved multi-label and FPGA system

机译:基于改进的多标签和FPGA系统的教育方法分类模型

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摘要

FPGA Field Programmable Gate Array is one method of large scale integration technique which can be programmed to become almost any kind of system or digital circuit, A field programmable gate array based education system and classification model is the multi-way of using field programmable gate array. The configuration course observes and controls the learning of education method. It develops all the training classification model of Understudies information, expert and personal aptitudes and competencies. An improved multi label design is the ideal cross-species analytical tests based on efficiency and the Large scale integration Designing education Instruction Teaching Program, Education methods are created to meet these new requirements, including classification model. The front of the analog to digital conversion technique performs the construction and testing of field programmable based control classification models for various applications. The education method focuses on the fundamental contradictions between programming-based classification models and the principal elements of field programmable gate array innovation and its ongoing applications. The large scale integration circuit contains a lot of multi-name class names. Each manufacturing model recognizes the context in which it is spoken through a difficult conversion. For example, invisible, select from existing strategies to determine individuals from each potential class. This survey gives the structure of the robot classification model, and finally focuses on the planning and use of Field Programmable Gate Array as the most popular reproduction results.
机译:FPGA现场可编程门阵列是一种大规模集成技术的方法,可以被编程为几乎是任何类型的系统或数字电路,一个现场可编程门阵列的教育系统和分类模型是使用现场可编程门阵列的多方法。配置课程观察和控制教育方法的学习。它开发了描述的所有培训分类模型,专家和个人适应品和能力。一种改进的多标签设计是基于效率和大规模集成设计教育教学教学计划的理想跨物种分析测试,创建了教育方法,以满足这些新要求,包括分类模型。模拟到数字转换技术的前部执行各种应用的现场可编程控制分类模型的构造和测试。教育方法侧重于基于编程的分类模型与现场可编程门阵列创新的主要元素与其持续应用程序之间的基本矛盾。大规模集成电路包含大量的多名类别名称。每个制造模型都认识到通过难以转换所说的上下文。例如,不可见,从现有策略中选择从每个潜在类别中确定个体。该调查提供了机器人分类模型的结构,最后专注于将场可编程门阵列的规划和使用作为最流行的再现结果。

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