在三维深度映射技术的各种方法中,结构光法表现出了在分辨力和速度上的优势。
In the whole bag of tricks of 3D depth mapping technology, structured light method take advantage of resolution and speed.
无法找到一个合适的阴影映射深度偏差?
以神经网络为基本工具,利用其强大的非线性映射能力,并结合有限元法动力分析成果,为预测在复合射孔条件下岩层裂缝扩展深度提供了一条新的途径。
By using ANN and its powerful nonlinear mapping ability and combining production of FEM dynamic analysis, a new way to predicting terrane crack depth of complex fire hole is offered.
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