A wireless sensor network is a collection of sensors that perceive data and take action in response to it. Wireless sensor and actor networks (WSANs) are made up of a collection of sensors and actors that are connected via a wireless media. The data is sensed by the sensor node, which then passes it on to the actor. The action is carried out by the actor in accordance with the data. Sensor nodes in a wireless sensor and actor network are constrained by hardware and software. As a result, faults in both the sensor and the network are possible. However, some study focuses on the connection fault without taking into account the data sensing defect. As a result, the node may detect inaccurate data and take the wrong action. The Five Number Summary Method for Fault Tolerance (FNSMFT) could be utilised to overcome this problem. In the future, we propose combining an intrusion tolerance approach with FNSMFT to provide sufficient security. The INtrusion-tolerant routing protocol for wireless SEnsor Networks (INSENS) builds tree-structured routing for WSANs in a secure and efficient manner. An invader can inflict damage to INSENS, but it can be tolerated.
Author(S) Details
Ayasha Siddiqua
Post Graduate Department of Information Technology, Dehradun Institute of Technology, India.
Prashant Krishan
Post Graduate Department of Information Technology, Dehradun Institute of Technology, India.
Shikha Swaroop
Post Graduate Department of Information Technology, Dehradun Institute of Technology, India.
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