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Prevention of monkey trespassing in agricultural field using application agricultural specific flooding approach in wireless sensor network

机译:在无线传感器网络中使用应用农业特定洪水方法预防农业领域的农业领域侵入

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Farmers are facing a lot of difficulties because of the increasing monkey menace in the Indian Agricultural land. The massive fruit and vegetable crops worth crores of rupees were fully damaged and destroyed by the monkeys. In an opinion survey that was conducted based on the monkey menace, it was discovered that monkeys are becoming a threat for public health, crop and property. Most people in the monkey menace prone zones are convinced that these monkeys should be trapped and moved to some other place. The existing detection systems such as Light and Camera Option, Infra sound and Seismic Communication Option are very highly expensive and very less effective. The proposed detection system comprises of wireless sensor network which is coupled with ultrasonic sound generator to ward off monkeys. The sensor node senses the movement of the monkey into the land and notifies the sink node by broadcasting alarm tones using our application specific flooding algorithm. The Sink node triggers the attached ultrasonic sound generator which produces ultrasonic sound in the range of more than 20 kHz which irritates monkeys and forces them away from the field. We evaluate the performance of our flooding approach using ns2.35 simulator and show that our algorithms performs better in terms of number of broadcasts, end to end latency and battery life of sensor nodes.
机译:由于印度农业用地的猴子威胁增加,农民面临着很大的困难。巨大的果实和蔬菜作物价值卢比的储备受到猴子的完全损坏和摧毁。在基于猴子威胁的意见调查中,发现猴子正成为公共卫生,作物和财产的威胁。猴子威胁的大多数人俯卧区都相信,这些猴子应该被困并搬到另一个地方。现有的检测系统,如光和摄像机选项,红外线和地震通信选项非常昂贵,非常效效。所提出的检测系统包括无线传感器网络,该无线传感器网络与超声波声发电机耦合以抵挡猴子。传感器节点在使用我们的应用特定泛洪算法广播警报音来使猴子的移动进入陆地进入陆地的移动。水槽节点触发连接的超声波声发电机,其在超过20kHz的范围内产生超声声,这刺激了猴子并迫使它们远离该领域。我们使用NS2.35模拟器评估我们的洪水方法的性能,并显示我们的算法在广播数量方面表现更好,结束到传感器节点的最终延迟和电池寿命。

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