无线传感器网络可视化设计平台

R. Silva, Asela Dasanayaka, R. Ragel, A. Bandaranayake
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引用次数: 2

摘要

无线传感器网络(WSN)在广泛的地理区域内被广泛应用于物理参数的感知。需要WSN的人会对传感器网络有一个形象的概念。传统方法的问题在于,需要WSN的人需要向商业供应商解释传感器网络的图形视图并从他们那里购买,或者从头开始设计。我们在解决方案中提出的是开发一个平台,使需要WSN的人可以直接在画布上绘制图形视图,然后它可以自动生成微控制器和接线图所需的所有固件。然后,用户只需要遵循一些说明来完成wsn的实际实现。本文是关于开发一个可视化平台来设计无线传感器网络。无线传感器网络设计平台是基于web的,因此可以管理大量支持的传感器和微控制器。这意味着如果一个用户为任何传感器或微控制器添加设备驱动程序,其他用户可以直接从WSN设计平台使用它,而不必担心硬件编程。此外,如果有人需要一个新的传感器或微控制器来支持这个视觉设计平台,这个设计工具将有直接添加新的传感器和微控制器的接口。该方法可用于开发定制无线传感器网络。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Visual Design Platform for Wireless Sensor Network
Wireless Sensor Networks (WSN) are being widely used for sensing physical parameters in a broad geographical area. The person who needs WSN will have a pictorial idea of the sensor network. The problem in the traditional method is that the person who needs the WSN should explain the pictorial view of the sensor network to a commercial vendor and buy it from them or they should design it from the scratch. What we proposed in our solution is to develop a platform so that the person who needs the WSN can directly draw the pictorial view on a canvas and then it can automatically generate all the required firmware for the microcontrollers and wiring diagrams. The user is then required only to follow a few instructions to complete the real world implementation of WSNs. This paper is about developing a visual platform to design WSNs. The WSN designing platform was built as a web application, so it can manage a large number of supported sensors and microcontrollers. This means that if one user adds the device driver for any sensor or a microcontroller the other users can directly use it from the WSN design platform without worrying about hardware programming. Further, if anyone needs a new sensor or microcontroller to be supported by this visual design platform, this design tool will have interfaces to directly add new sensors and microcontrollers. The proposed method is affordable for developing custom wireless sensor networks.
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