Informatics Publishing Limited

Manishkumar H. Patel ¹, Dipti Sakhare ²

Affiliations
1 Department of Electronics in Maharashtra Academy of Engineering, Alandi Pune, Maharashtra
2 Department of Electronics in Maharashtra Academy of Engineering, Alandi Pune, Maharashtra, IN

Abstract

Sensor networks are vulnerable to false data injection attack and path-based denial of service (PDoS) attack. Numerous authentication schemes have been proposed in the past for protecting authenticity and integrity in wireless sensor network. To address these issues, we present a Constrained Function based en-route Filtering (CFA) scheme for message Authentication in wireless sensor networks in which each node have an en-route filtering capability. The authentication is used along with the RSA algorithm to provide more security. For authentication we are mainly going to implement Off line and On line step of CFA scheme and we are going to compare the energy consumption with and without CFA scheme.

Keywords

Authentication, En-Route Filtering, Security, Sensor Networks.

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Monali Chinchamalatpure ¹, Dipti Sakhare

Affiliations
1 H.V.P.M.C.O.E. Amravati University, Amravati, Maharashtra, IN

Abstract

Wireless sensor network is an Emerging Technology. Sensor network is currently an active research area due to its application. For implementing “Grape health and high quality wine production monitoring System using wireless sensor network”, we used two networks, one for the vineyard and another for the wine cellar. Traditionally this is done manually, but it is not feasible for large production. The use of Wireless Sensor Network (WSN) make Grapes health monitoring in vineyard more easy. The project described here aims at improving the quality of the overall winemaking process by using an innovative infrastructure based on Wireless Sensor Networks. There are several characteristics of WSNs which make them suitable for this role. Today sensors allow gathering of such “health” characteristics as the quantity of received water, the moisture in the soil and in Air, the skin texture of grapes, Temperature, Humidity, Wind Speed & Wind Direction, etc. at different sensor nodes. Many of such sensor nodes have an embedded networking functionality. This allows the deployment of a large number of sensors in sparse geographical regions and automated information gathering at competitive lower cost.

Keywords

Sensor Network, Vineyard, Wine Cellar, Grape Health and Wine Monitoring, etc.

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