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@article{145643,
        author = {B VENKATARAMANA NAIK and J S ANANDA KUMAR},
        title = {Scalable Dynamic Routing Protocol by Using Cognitive Networking with Opportunistic Routing (CNOR) Algorithm},
        journal = {International Journal of Innovative Research in Technology},
        year = {},
        volume = {4},
        number = {10},
        pages = {886-890},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=145643},
        abstract = {Wireless sensing element Networks (WSNs) are more and more considered a gorgeous resolution for a embarrassment of applications. The low value of sensing element nodes provides a mean to deploy large sensing element arrays in an exceedingly style of applications like civilian and environmental watching. Most of the WSNs operate in unlicensed spectrum bands that became overcrowded. As the number of the nodes that be a part of the network will increase the requirement for energy-efficient, resource-constrained and spectrum-efficient protocol conjointly will increase. Incorporating psychological feature radio capability in sensing element networks yields a promising networking paradigm, also called psychological feature Radio sensing element Networks (CRSNs). In this work, a psychological feature Networking with timeserving Routing(CNOR) protocol for WSNs is introduced. the target of the proposed protocol is to enhance the network performance when increasing network quantifiability. The performance of the planned protocol is evaluated through simulations. AN correct channel model is constructed to judge the signal strength in numerous areas of a complex indoor surroundings. Then, a distinct event machineis applied to look at the performance of the planned protocol in comparison with 2 different routing protocols. Simulation results show that once examination with different common routing protocols, the planned protocol performs higher with regard to turnout, packet delay and total energy consumption.},
        keywords = {Timeserving Routing, packet delay, signals strength.},
        month = {},
        }