Abstract
By providing intelligent capabilities to objects the physical objects communicate each other without human intervention in Internet of Things (IoT) environment. And these devices generate enormous traffic as the sum of IoT gadgets is increased. As the network traffic is irregular it is most important to obtain an optimal load balance among all the nodes. In this paper, we propose to develop a cache based multipath load balancing protocol for IoT sensor networks. In this protocol multiple paths are established between each IoT sender and the server such that each sender has multiple next-hop delivering IoT data. Whenever, the load of the server becomes greater than a threshold, the server transmits the overloaded high priority data to these cache points and the IoT clients can fetch the data from the nearby CPs rather than the server. The outcome of simulation had proved that CBMLB mechanism attains maximum ratio of packet delivery with reduced overhead and delay.
Highlights
Internet of Things (IoT) is the today’s global hot topic among researchers which is initiated by Kevin Ashton in connection of supply chain management in 1999 can provide the possibility of connecting anyplace, anytime with anyone, any service and anything [1]
The innovative concepts of IoT like Fog of Everything (FoE), Internet of Everything (IoET) and Internet of Social Things (IoST) shall recognize the pin point communication protocols, technologies and data privacy to be utilized in an IoT domain [3]
We propose to evolve a cache based multipath load balancing protocol for IoT sensor networks in this paper where multiple paths are established between each IoT sender and the server such that each sender has multiple next-hops delivering IoT data
Summary
Internet of Things (IoT) is the today’s global hot topic among researchers which is initiated by Kevin Ashton in connection of supply chain management in 1999 can provide the possibility of connecting anyplace, anytime with anyone, any service and anything [1]. In burst traffic information gathered by a strong node and bulk amount of data lost due to load balancing concern. We can get proper load balancing and reliable communication in IoT networks without making any modifications to already presenting technological infrastructure by adding qualitative variables like an average end-to-end delay, life time, scalability, packet delivery ratio, response time and energy consumption [4]. We have proposed an adaptive hybrid congestion control protocol for IoT sensor network in which the packets sensed by the end IoT devices are categorized into various priorities, depending on the traffic type. In this paper as an extension of our previous work, we propose to develop a cache based multipath load balancing protocol for IoT sensor networks.
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