Enhanced RANO Protocol by Reduced Packet Loss in Wireless Sensor Networks

Harmeet Singh; Ravneet Kaur Sidhu

Abstract

In wireless sensor network (WSN) a lot of sensed data and routing information has to be sent which often have some time constraints so that the information can be utilized before any mishap occurs. The time synchronization makes accessible the avoidance to collision and better safety to the nodes. A variety of category criteria are formed to grant time synchronization—NTP incident, GPS symmetric analysis. The problems are lack of energy resources these observable much more energy eating, over the nodes where active radio-frequency identification (RFID) tags are used these processes are not up to the mark. The system using really a lesser amount of energy most excellent transaction can accomplish in synchronization. The above goal can be attained by providing nodes to works into modes—active, ready and sleep; and consign a time string series over them. This is achievable if a clock regulate technique is used like RTS/CTS protocol in which nodes check the path is free to communicate or engaged and a NONCE signal make modification in the clock of every node over every signal among RTS and CTS. PING also tracks similar chain but uses short range of links to endow with synchronization and used between the cluster nodes.Keywords: time synchronization, clock time, RTS/CTS, radio-frequency identification (RFID)Cite this ArticleSingh H, Sidhu RK. Enhanced RANO Protocol by Reduced Packet Loss in Wireless Sensor Networks. Recent Trends in Sensor Research and Technology. 2016; 3(1): 1–9p.