Mr. Karanam Ravichandran Dayananda Profile

Karanam Ravichandran Dayananda

at North Dakota State Univ

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Proceedings Article | 2 May 2017 Presentation + Paper

An energy-efficient and secure hybrid algorithm for wireless sensor networks using a mobile data collector

Karanam Ravichandran Dayananda, Jeremy Straub

Proceedings Volume 10206, 1020605 (2017) https://doi.org/10.1117/12.2263658

KEYWORDS: Cryptography, Receivers, Symmetric-key encryption, Information security, Clocks, Head, Sensors, Sensor networks, Computer security, Network security, Optimization (mathematics)

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This paper proposes a new hybrid algorithm for security, which incorporates both distributed and hierarchal approaches. It uses a mobile data collector (MDC) to collect information in order to save energy of sensor nodes in a wireless sensor network (WSN) as, in most networks, these sensor nodes have limited energy. Wireless sensor networks are prone to security problems because, among other things, it is possible to use a rogue sensor node to eavesdrop on or alter the information being transmitted. To prevent this, this paper introduces a security algorithm for MDC-based WSNs. A key use of this algorithm is to protect the confidentiality of the information sent by the sensor nodes. The sensor nodes are deployed in a random fashion and form group structures called clusters. Each cluster has a cluster head. The cluster head collects data from the other nodes using the time-division multiple access protocol. The sensor nodes send their data to the cluster head for transmission to the base station node for further processing. The MDC acts as an intermediate node between the cluster head and base station. The MDC, using its dynamic acyclic graph path, collects the data from the cluster head and sends it to base station. This approach is useful for applications including warfighting, intelligent building and medicine. To assess the proposed system, the paper presents a comparison of its performance with other approaches and algorithms that can be used for similar purposes.

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