首页> 外国专利> Learn CNN-based object detectors applicable to user requirements, such as key performance indicators, using target object integration networks and target object prediction networks for use in multiple cameras or surround view monitoring. Method and learning device, and testing method and testing device using the same

Learn CNN-based object detectors applicable to user requirements, such as key performance indicators, using target object integration networks and target object prediction networks for use in multiple cameras or surround view monitoring. Method and learning device, and testing method and testing device using the same

机译:使用目标对象集成网络和目标对象预测网络来学习适用于用户要求(例如关键性能指标)的基于CNN的对象检测器,以用于多台摄像机或全景监视。方法和学习装置,以及使用该方法和学习装置的测试方法和测试装置

摘要

PROBLEM TO BE SOLVED: To provide a method for learning parameters of a CNN-based object detector suitable for a user requirement such as a key performance evaluation index by using a target object integration network and an object area prediction network. SOLUTION: The CNN can be redesigned as the resolution or focal length related to the important performance evaluation index changes and the scale of the object changes. In the method, the learning apparatus 100 searches the k-th predicted target area with the target object prediction network, and generates the k-th to k-th object proposals corresponding to the objects on the k-th to k-th processed images with the RPN. And integrating the object proposal with the target object integration network and integrating the k_1 to k_n object detection information output from the FC layer. [Selection diagram] Figure 2
机译:解决的问题:提供一种用于通过使用目标对象集成网络和对象区域预测网络来学习适合于用户需求的基于CNN的对象检测器的参数的方法,例如关键性能评估指标。 SOLUTION:可以将CNN重新设计为与重要性能评估指标变化和对象比例变化相关的分辨率或焦距。在该方法中,学习设备100利用目标对象预测网络搜索第k个预测目标区域,并生成与第k至第k处理图像上的对象相对应的第k至第k对象建议与RPN。并将对象建议与目标对象集成网络集成,并将从FC层输出的k_1至k_n对象检测信息集成。 [选择图]图2

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