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Research and design of the image monitoring node for fish pond based on ZigBee

机译:基于ZigBee的鱼塘图像监控节点的研究与设计

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摘要

In order to solve the problem of wireless image transmission in fish pond, a wireless intelligent image sensor node is designed in this study. The hard ware processing platform combines Chip CC2530. Image frame, which is collected by the serial camera, is divided into numerous data packets which are transmitted through ZigBee protocol one by one. Canny edge detection algorithm is used to edge extract image data in order to detect if there are any loss of data packets during the process. The divided data packets are transmitted through the network, and eventually the environment image of the fish pond was formed. According to the experiment, the Relay Node added with power amplifier can perform the information bridge between the Image Acquisition Node and the Image Receiving Node effectively and realize the remote transmission of data. Meanwhile, the loss rate of data packets is low, and the node has retransmission function if there is loss of data packets. Realizing the collection and transmission of the environment image in the pond, the node can satisfy the requirements of fish pond environment monitoring.
机译:为了解决鱼池中无线图像传输的问题,设计了一种无线智能图像传感器节点。硬件处理平台结合了CC2530芯片。串行摄像机收集的图像帧被分成许多数据包,这些数据包通过ZigBee协议一一传输。 Canny边缘检测算法用于对图像数据进行边缘提取,以检测处理过程中数据包是否丢失。分割后的数据包通过网络传输,最终形成了鱼塘的环境图像。根据实验,添加功率放大器的中继节点可以有效地完成图像采集节点与图像接收节点之间的信息桥接,实现数据的远程传输。同时,数据包丢失率低,如果有数据包丢失,节点具有重传功能。该节点实现了池塘环境图像的采集与传输,可以满足鱼塘环境监测的要求。

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