Abstract-Take safety precautions, be alert always, and keep your eyes open etc. is some of the most common signboards seen in industries. True, most of the precautions are followed as well, but it needs to be understood that this may not be enough. Some of the risk is unavoidable in the daily life. Further when we are talking about life risks, we can not neglect the threat of terrorist activity, bombing cases and biological weapon attacks that are becoming quite regrettably very common these days. In Indian Scenario the problem get more worsen out. This all such events, where the lives of thousands of people depends on just the action and monitoring of few courageous people. Though, I am not questioning their guts, but when the lives of so many individuals are concerned, the liberty of error is not even marginal. Because, the human resource is one of the most important resource of each country. India is the one of the richest country on human resource domain. This paper deals with the designing of, "Area surveillance rover over the wireless channel ", which is considered as a virtual agent. We all know that there are a number of machines in working conditions right now that are being used for the hazardous job. But all of them are extremely task specific. Now what if, we have a platform that can be made to monitor all such activities which up till now were done by the humans. Thus, making it safe and affordable for exploration of various exploring places like mine, excavation places etc. In this paper, I am representing a working model of this feasible machine. It is not the ultimate model; but in simple words, I am looking for the endless opportunity.
Flexible and multi-adaptive platforms are always being appreciated by the people. In the field of Information Technology the wireless vision sensor network is one of the fastest growing segments. Due to their flexibility of networks and easily deployment in the field of businesses, educational establishments and households; this becomes an integral form of life. In recent years, we have seen the unparalleled research progress in wireless sensor network, which viable the emergence of enhanced nano sensors. Their multi functionality, small cost and less size always actuate their deployment over large number of applications. The deployment of the Wireless Vision Sensor Network [WsVsSenNet] in active monitoring field emergence the requirement of various sensor network protocols, algorithms and on board processing platforms. This paper deals with the continuous, interactive and integrative research efforts in the field of wireless sensor network for enhanced vision based applications. During the execution period, we have deployed the wireless sensor network in active monitoring field and found that the various on boards processing platform doesn't hold their grasp over the whole network. This paper provides a frame work for the emergence and enhancement of the wireless sensor network. The major design challenges, their solutions and various platform requirements of wireless sensor network are also been included in this paper. To make the discussion healthier various design implementation difficulties are also included in this paper. The low power CMOS imaging with enhanced vision capability brings the emergence of the new era in this direction.
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