智能工业系统智慧云设计技术

当前,全球新一轮科技革命与产业变革正在给世界范围内的工业带来颠覆性影响,特别是新一代人工智能技术的快速发展,正在大力推动着人—赛博—物理融合的智能工业系统的发展,从而带来了工业的再革命。在此背景下,为有效推动智能工业系统实施落地,以数据驱动为基础,创新发展了一种智能工业系统的智慧云设计技术,提出了智能工业系统持续演化运行模式、智能算法统一描述框架,以及基于虚实融合的智能算法模型训练及迁移方法,并针对产线机械臂叉取物品运动控制的具体案例开展应用验证研究。实验结果从性能和效率两个方面验证了智慧云设计方法的有效性。智慧云设计方法的提出为智能工业系统的具体实施提供了具体架构及实施思路。

馨动渤海湾 新览工业城——高一馨团队滨唐研学之旅

本文分析了滨唐研学之旅的主题确定、地点的选择及课程目标设置,特别是分析介绍了课程设计、实施及评价,有助于提高研学效果。

Fast processing method to generate gigabyte computer generated holography for three-dimensional dynamic holographic display

Two different methods from graphic processing unit （GPU） and central processing unit （CPU） are proposed to suitably optimize look-up table algorithms of computer generated holography （CGH）. The numerical simula- tions and experimental results show that we can reconstruct a good quality object. The computation of CGH for a three-dimensional （3D） dynamic holographic display can also be sped up by programming with our proposed method. It can optimize both file loading and the inline calculation process. The phase-only CGH with gigabyte data for reconstructing 10 MB object samplings is generated. In addition, the proposed method effectively re- duced time costs of loading and writing offline tables on a CPU. It is believed the proposed method can provide high speed and huge data CGH for 3D dynamic holographic displays in the near future.

凤凰杂感

谈及江南,人们会不约而同地想到山,想到水,仿佛江南的一切都是山叠的,水捏的,粗犷壮美又纯净透明,让人一看就有心旷神怡的感受。山水造就了一个个令人难以捉摸的古镇,因为古朴苍老,便更值得留恋。湘西凤凰,就是这样一个美好的存在。