Business Model for Probe with On-Chip Processing

I3d机器人公司正在开发一种新的探针，可以在高达2000度的高温下工作。它的目标是在高温制造环境中进行地形测量，以监测熔炉中的表面变形。两个主要的创新是融合多源复杂数据和实时芯片上处理（gpu）这些数据将来自多个传感器。多源数据融合和片上处理是产生智能数据的关键使能技术。不断增强的计算机能力使这种对复杂数据的片上处理成为可能。最初，该探头将融合来自立体摄像机和激光雷达的数据，以识别炉衬的腐蚀或变薄。

i3d robotics is developing a new probe to work at high-temperatures of up to 2000 degrees. It is targeting high-temperature manufacturing environments to make topographic measurements that will monitor surface deformation in furnaces. The two major innovations are the fusing of multi-source complex data and real-time on-chip processing (GPUs) of this data which will come from a number of sensors. The fusing of multi-source data and on-chip processing are key enabling technologies producing intelligent data. Increasing computer power makes this on-chip processing of complex data possible. Initially, this probe will fuse data from a stereo-camera and a lidar identifying corrosion or thinning of furnace linings.