首页> 外国专利> An attention driven image segmentation learning method and a learning device utilizing at least one adaptive loss weighted value map utilized for HD map update required to meet the level 4 of an autonomous vehicle Testing method and testing device using the same

An attention driven image segmentation learning method and a learning device utilizing at least one adaptive loss weighted value map utilized for HD map update required to meet the level 4 of an autonomous vehicle Testing method and testing device using the same

机译:一种注意力驱动的图像分割学习方法和利用用于满足自动车辆测试方法的高级4和使用相同的测试设备所需的高度自适应丢失加权值图的学习设备

摘要

To provide an attention driven image segmentation method using at least one adaptive loss weighting value which is used for updating an HD map required for satisfying a level 4 of an autonomous travel vehicle for more correctly detecting a dim object such as a lane or a road sign visible in the distance.SOLUTION: A learning device including a CNN is configured so that, a learning process comprises: a step for using a soft max layer for generating a soft max score; a step for using a loss weight layer for generating a prediction error value, and applying a loss weighting value calculation to the prediction error value for generating a loss weighting value; and a step for using a soft max loss layer, for referring to an initial soft max loss value generated by referring to a soft max score and a GT corresponding to the same, and the loss weighting value, for generating an adjustment soft max loss value.SELECTED DRAWING: Figure 2
机译:为了提供一种注意力驱动的图像分割方法,使用至少一个自适应损耗加权值,该自适应丢失加权值用于更新满足自主行驶车辆的级别4所需的高清映射,以便更正确地检测诸如车道或道路标志的暗淡物体在距离中可见。解决包括CNN的学习设备被配置为使得学习过程包括:用于使用软MAX层的步骤,用于产生柔软的最大分数;使用用于生成预测误差值的损耗权重层的步骤,并将丢失加权值计算应用于预测误差值以产生损耗加权值;并且使用软最大损耗层的步骤,用于参考通过参考软质的最大分数和对应于相同的GT和损耗加权值而产生的初始软峰值损耗值,以及产生调整软质量损耗值选择图:图2

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