A Review on Efficient Data Collection for Large-Scale Mobile Monitoring Applications Using HRW

Shaikh ayaz, Girish V. Patil and Ankush S. Narkhede

A system made up of large number of low-cost micro-sensors contributes to Radio frequency identification (RFID) and Wireless sensor network (WSN). By using this network we can store and transmit the information to a base station (BS). It is a combination of number of nodes which means that we have required energy efficient routing protocol which should be suitable for a long-life work time. We can get better performance by decreasing energy consumption as well as load balancing of WS. There are many protocols which are fibular with data collection and transmission which are such as LEACH, HEED, PEGASIS, TBC and PEDAP. RFID and WSNs are also fibular with identification and transmission of data, respectively, and hence which is suitable to use in the applications of health monitoring and environmental monitoring. The collectively use of a sensor and an RFID tag used to collect RFID tag information and sensed information, respectively. The number of research are done on the integration of RFID and WSN to enhance the performance of monitoring applications, In this paper, proposed system is a hybrid RFID and WSN system (HRW) that is the general combination of RFID system and WSN system for efficient data collection to observe the wireless monitoring application in the absence of persons those involve in monitoring, at current places they can monitor the things without losing lot of effort required to handle the each particular place which is connected in WSN. The collection of hybrid smart nodes that combine the reduced function of RFID readers, function of RFID tags and also wireless sensors which are collectively creates the HRW system. In this system each nodes can read each other’s The sensed data in tags, can be read by each node and can be transmitted quickly to an RFID reader via the node that first come in the range of it. This data finally transmitted to the back-end server for the purpose data processing and managing. The proposed methods to protect data privacy and to improve data transmission efficiency and to avoid malicious data have selective forwarding in data transmission.

©2016 International Journal of Computer Science and Applications 

Published by Research Publications, India