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Introduction This document describes the basic functions, hardware specifications, software configuration, and installation conditions of the Rd-03E gesture recognition control reference design XenG102ST. It aims to help developers quickly get started with human sensing and gesture recognition solutions based on Xen102 hardware, easily configure parameters that are most suitable for their own application scenarios, and build their own accurate gesture recognition control sensors.
2 System description Rd-03E is a gesture recognition control reference design based on silicon micro-S3KM111L chips. The sensor uses FMCW waveforms, combined with the MCU's proprietary radar signal processing and built-in intelligent presence sensing algorithms to detect targets and gestures in a specified area and report results in real time.
±10 3 Hardware Description Rd-03E supported hardware is Xen102. Figure 3-1 is a photo of the front and back of the Rd-03E. Five pin holes J2 are reserved for the Rd-03E hardware (no pin is provided at the factory), which are the power supply and communication interface. The MCU burning port is called J3.
J3Pin4 Power input 3.3V Rd-03E supports keil 5 IDE to burn hex files or source code projects. You can use J-Link (V9 or above), CMSIS-DAP and other burners to download programs. Please make sure it is installed before burning. GiqaDevice.GD32E23x_DFP.1.0.1.pack ARM.CMSIS.
This communication protocol is mainly used by developers who need to separate from visualization tools for secondary development. The Rd-03E hardware communicates with the outside world through the serial port. The serial port outputs the radar data processed by the algorithm by frame.
Figure 7-3 Schematic diagram of radar gesture recognition area 8 Rendering Figure 8-1 shows the mechanical dimensions of the Rd-03E hardware. The figures in the figure are in mm, with a Rd-03E plate thickness of 1.2mm and a tolerance of 10%. Figure 8-1 Rd-03E rendering 9 Gesture Description 9.1 Gesture Definition...
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