Abstract

Different operations have been recommended for\nportable sensor systems, few of these operations require\nexchanging of an enormous measure of information in a little\ntimeframe. This is a critical task, since mobility can prompt a fall\nin the nature of a built-up connection. Due to periodic link\nfailure, may thus require a portable hub to constantly initiate or\nelse again need to build up another connection with the help of\nactive neighbor hub. Keeping in view of the end goal to continue\nwith the information exchange, the advance connection formation\nmay bring about additional information transmission delay and\nmake the greater part of the operations delay sensitive. With a\nspecific end goal to overcome from latency, in this venture we\nexecuted Seamless Handover Mechanism to empowers a portable\nhub to exchange the correspondence to a superior connection\nbefore the aspect of the current node decline. After utilizing the\nSeamless Handover Mechanism our results demonstrate that, the\nlatency is inversely proportional to the duty cycle and density.\nOur aim is to improve the Quality of Service by considering the\nhandover technique from a node to an active neighbor node which\nalso shows the improved throughput and end to end delay.