soc-approach for Safety-oriented Multi-channel Communication in Industrial Application of Human-robot-collaboration (HRC)

M. Abdelawwad, M. Schwarz, Malte Drabesch, J. Borcsok
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Abstract

The importance of human-robot collaboration systems in industrial applications has increased due to the orientation towards the smart factory approach. To ensure the safety of such systems, collision avoidance techniques based on millimeter-wave radar sensors are used. Safe communication between the robot and the radar sensor is ensured by using the safety system on a chip based on 1oo2D architecture. The design and prototyping of a multi-channel communication FPGA-based development board is presented. Furthermore, the FPGA implementation of SoC with multiple Ethernet MAC interfaces based on various soft cores is demonstrated.
人机协作(HRC)工业应用中面向安全的多通道通信soc方法
由于面向智能工厂的方法,人机协作系统在工业应用中的重要性有所增加。为了确保此类系统的安全,采用了基于毫米波雷达传感器的避碰技术。采用基于102d架构的芯片安全系统,保证了机器人与雷达传感器之间的安全通信。介绍了一种基于fpga的多通道通信开发板的设计与原型。此外,还演示了基于各种软核的具有多个以太网MAC接口的SoC的FPGA实现。
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