Novel Paradigm: Assessment of Arduino Based Intrusion Alert System Using Ultrasonic Sensor

Aryan Anand, Chirag Yewle, Rohit Meda, Khushboo Sawant, B. Thakur, Seema Narware
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Abstract

Borders are extremely vulnerable and prone to attacks, theft, trespassing and illegal immigration. To bring about magnify condition awareness it is needful to fuse sensors and information data. By self-moving fusion of stigmatize and related data an aggregation of raw sensor data is achieved. Within this project we have described how the electronic system works and information is shared amongst heterogeneous sources. Additionally techniques of data fusion within video and audio data are used to enhance information and provide operators with relevant details of an event. In This module we implemented & discusses about a monitoring system which is designed to detect any sort of intrusion within a specific perimeter. The ultrasonic sensors act as distance measuring device as they reflect back the waves from the object and distance is measured just like the animal bat traces its path.
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新范例:基于Arduino的超声波入侵警报系统评估
边境非常脆弱,容易发生袭击、盗窃、非法侵入和非法移民。为了实现放大状态感知,需要将传感器与信息数据进行融合。通过对污名化和相关数据的自移动融合,实现了原始传感器数据的聚合。在这个项目中,我们描述了电子系统是如何工作的,以及信息是如何在异构资源之间共享的。此外,视频和音频数据中的数据融合技术用于增强信息,并为操作员提供事件的相关细节。在本模块中,我们实现并讨论了一个监控系统,该系统旨在检测特定范围内的任何类型的入侵。超声波传感器作为距离测量装置,因为它们反射来自物体的波,距离测量就像动物蝙蝠追踪其路径一样。
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