01635nas a2200241   4500000000100000000000100001008004100002260001200043653002900055653001100084653001500095653001200110653002700122100002500149700001900174700002600193245012300219856008000342300000600422490000600428520094500434022001401379       2020                            d  c06/202010aWireless Sensor Networks10aSensor10aClustering10aCH Node10aCluster Head Selection1 aPramod Singh Rathore1 aAbhishek Kumar1 aVicente García-Díaz00aA Holistic Methodology for Improved RFID Network Lifetime by Advanced Cluster Head Selection using Dragonfly Algorithm  uhttps://www.ijimai.org/journal/sites/default/files/2020-05/ijimai_6_2_6.pdf  a80 v63 aRadio Frequency Identification (RFID) networks usually require many tags along with readers and computation facilities. Those networks have limitations with respect to computing power and energy consumption. Thus, for saving energy and to make the best use of the resources, networks should operate and be able to recover in an efficient way. This will also reduce the energy expenditure of RFID readers. In this work, the RFID network life span will be enlarged through an energy-efficient cluster-based protocol used together with the Dragonfly algorithm. There are two stages in the processing of the clustering system: the cluster formation from the whole structure and the election of a cluster leader. After completing those procedures, the cluster leader controls the other nodes that are not leaders. The system works with a large energy node that provides an amount of energy while transmitting aggregated data near a base station.  a1989-1660