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Method for automatic monitoring selectively based in metadata of object employing analysis of images of deep learning

机译:利用深度学习图像分析选择性地基于对象元数据进行自动监控的方法

摘要

The embodiment relates to an automatic selection control method based on object metadata using deep learning image analysis. Specifically, this method obtains basic image analysis data based on deep learning by extracting object metadata from an image of a CCTV when monitoring is performed through a CCTV. In addition, when the object metadata is extracted, deep learning-based object classification is performed by classifying the CNN-based object from the extracted object metadata. Next, when the object is classified, the abnormal pattern is differently detected according to the extracted object metadata from the image distribution map of the object for each representative object calculated from the data in which the previous object appeared by the object metadata. So, when an abnormal pattern of object metadata is detected in this way, by assigning the priority of CCTV from the priority of one or more preset information among object information, information by purpose, information by location, and information by time period, the event is notified, It is characterized by notifying by control priority. Therefore, when controlling through CCTV through this, it increases the control efficiency by reducing the workload of the control personnel.
机译:实施例涉及使用深度学习图像分析的基于对象元数据的自动选择控制方法。具体地,当通过CCTV执行监视时,该方法通过从CCTV的图像中提取对象元数据来获得基于深度学习的基本图像分析数据。另外,当提取对象元数据时,通过从提取的对象元数据中对基于CNN的对象进行分类来执行基于深度学习的对象分类。接下来,当对对象进行分类时,根据从对象的元数据中出现先前对象的数据计算出的每个代表性对象,根据从对象的图像分布图提取的对象的元数据,从异常的对象元数据中不同地检测异常图案。因此,当以这种方式检测到对象元数据的异常模式时,通过从对象信息,目的信息,位置信息和时段信息中的一个或多个预设信息的优先级分配CCTV优先级,事件通知,其特征在于通过控制优先级进行通知。因此,当通过CCTV进行控制时,通过减少控制人员的工作量来提高控制效率。

著录项

  • 公开/公告号KR102144531B1

    专利类型

  • 公开/公告日2020-08-14

    原文格式PDF

  • 申请/专利权人 IGIO CO. LTD.;

    申请/专利号KR20190082934

  • 发明设计人 백성현;이재홍;임형택;

    申请日2019-07-10

  • 分类号G08B13/196;G06K9/48;G06K9/62;G06N3/08;G06T7/246;H04N7/18;

  • 国家 KR

  • 入库时间 2022-08-21 11:03:59

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