Design of Wireless Sensor Network Based on Cluster for Securely Data Gathering

Author Name(s): Ms. Sandhya Bankar, Prof. Simran Khiani, Dr. C.G.Dethe
Author Email: bankarsandhya512@gmail.com

Abstract

The wireless sensor network organizes the collection of the sensor for detected information and sending to the suitable station, where information examination is performed. The clustering is not only considering energy parameter but also proposing other parameters like distance, no of neighboring nodes. And depending on the parameters cluster head has calculated. Security is most common issue in wireless sensor network. By introducing an NTRU crypto Security Algorithm, as well as clustering techniques, are improving the lifetime of the wireless sensor network. By using NTRU algorithm does not prone to attack and most secure algorithm for encryption and decryption process.

Introduction

A wireless sensor organize has been utilized as a part of a few regions of work like schools, universities, battlefields, surveillance and so on. The need of WSN is expanding each day. It turned into a response to the issues in which human intercession can make some inconvenience. The brisk advances in wireless organizing implanted chip, incorporated microelectro-mechanical systems (MEMS) and in addition, nanotechnology has boosted the headway of minimal effort, low-cost, low-control, and furthermore multifunctional sensors. Sensors are a little size and can recognize, handling of data, communicating with one another or with the data sink. Sensors nodes are connected to each node by means of wireless innovation like infrared or radio waves on the basis of an application. Sensor nodes or internal memory of associated event packets for storing data. Collections of sensors communication all wireless medium form WSN for the reason of collecting information as well as forwarding it to the client or sinks. Clustering technique is utilized for improving the lifetime of a sensor network by minimizing energy utilization. Network scalability ascends with the assistance of clustering methods. This is the reason; the life of framework is portrayed as the measure of periods that
can be accomplished with an arrangement. The primary issue in outline and also in operation of WSNs are routing and topology control. The main problems in outline as well as in operation of WSNs are topology control as well as routing. The adjacent connection between these choices and their relationship with system lifetime are particularly underlined configuration incorporate energy proficiency and computation-communication exchange off. Energy productivity is a huge concern taking after each sensor has limited and non-renewable energy resource. Correspondence preparing trade-off suggests the way that correspondence uses more energy than performing handling prepared for. This is discriminating as it relates to the energy efficiency. Notwithstanding the way that the prompt correspondence of a sensor with a sink is reasonable for the whole framework, this is fundamentally inconceivable or may require great energy may the framework lifetime get reduced. Thusly, routing plans where the information size is reduced by in-system information gathering where energy is used for processing rather than correspondence along the routes from sensors to a sink (client) are normally supported

Conclusion

In this paper introduce the system that maximizes the network lifetime in the wireless network system. This system gives the technique using this cluster head is chooses to depend on three parameters, the network uses its energy, distance, neighboring nodes and authenticate the cluster head. This process will maximize the network lifetime of the wireless sensor network. The system also implemented for Secure Data Forwarding. By introducing NTRU crypto security algorithm, the data encryption and decryption are done securely. NTRU is one of the best security algorithms. It does not prone to attack. At last, creates the outcome that shows that the proposed system maximizes the network lifetime of the system as well as is more secure. In future, we can work on the relocation of sink node.

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