A Systematic Approach for the Secure and Dynamic Data Aggregation and Transmission in Wireless Sensor Networks
|International Journal of Computer Science and Engineering|
|© 2016 by SSRG - IJCSE Journal|
|Volume 3 Issue 7|
|Year of Publication : 2016|
|Authors : K.Niranjan, B.Rama Ganesh|
K.Niranjan, B.Rama Ganesh, "A Systematic Approach for the Secure and Dynamic Data Aggregation and Transmission in Wireless Sensor Networks" SSRG International Journal of Computer Science and Engineering 3.7 (2016): 7-13.
K.Niranjan, B.Rama Ganesh, (2016). A Systematic Approach for the Secure and Dynamic Data Aggregation and Transmission in Wireless Sensor Networks. SSRG International Journal of Computer Science and Engineering 3.7, 7-13.
Remote sensor systems (WSN) are fundamentally dispersed systems or a gathering of sensor hubs which gather data which are utilized to break down physical or natural conditions. WSNs are generally setup in remote and antagonistic territories and work in great conditions. Uses of WSN incorporate natural surroundings checking, modern applications, combat zone reconnaissance, savvy homes and so on. The greater part of them require standard redesigning of programming in sensor hubs through the remote channel for productive administration and working. So it is important to spread information through the remote medium after the hubs are sent. This is known as information scattering or system reconstructing. A decent information scattering convention must be quick, secure, dependable and vitality effective. To accomplish these we can make utilization of system coding procedures which decreases the quantity of retransmissions because of any parcel drops. Be that as it may, network coding expands the possibility of different sorts of system assaults. Likewise to abstain from spreading of malevolent code in the system, every sensor hub needs to verify its got code before engendering it further. So here a novel spread convention is presented taking into account straightforward cryptographic procedures which anticipates contamination and DoS assaults and in the meantime accomplishes quickness utilizing the strategy of system coding.
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So here a novel spread convention is presented taking into account straightforward cryptographic procedures which anticipates contamination and DoS assaults and in the meantime accomplishes quickness utilizing the strategy of system coding.