Co-operative push back streaming and routing in WSN

B. Mahajan, A. Mahajan, A. Thomas
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Abstract

Stable infrastructure aims at producing error free result, continuous working and in case of obstacle, it should dynamically revise values of parameters and try to continue its operation as that of normal. WSN is now reached up to stable state and hence it is widely accepted. In military operation, they use micro, Nano technology equipment which are equipped with robotic circuits, high quality sensors and robust communication equipment to face practical natural challenges. They need highly stable equipment's and power source. Instead of stable sensor, here we are assuming if sensors are capturing images from flying objects and those are autonomous flying object. What if live video stream need to be transferred using multi hop? So, transmission to base station is a challenge. This paper discusses about capturing image, routing in multi hop network and recreation of image as well as video. Push back algorithm is useful which can create queue of cache and each node act as a cache for other nodes since all node circulate data chunk in a pipeline manner.
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无线传感器网络中的协同推回流和路由
稳定的基础设施的目的是产生无差错的结果,连续工作,在遇到障碍时,应动态修改参数值,尽量继续正常运行。目前,无线传感器网络已达到稳定状态,因此被广泛接受。在军事行动中,他们使用配备有机器人电路、高质量传感器和强大通信设备的微纳米技术设备来应对实际的自然挑战。他们需要高度稳定的设备和电源。而不是稳定的传感器,这里我们假设传感器正在捕捉飞行物体的图像这些是自主飞行物体。如果现场视频流需要使用多跳传输怎么办?因此,传输到基站是一个挑战。本文讨论了多跳网络中的图像捕获、路由以及图像和视频的再现。推回算法是有用的,它可以创建缓存队列,每个节点都作为其他节点的缓存,因为所有节点都以管道的方式循环数据块。
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