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Novel Clustering based Routing Approach in MANET by Flower Pollination Algorithm

— In this thesis, the extra burden of the nodes that are within the neighbourhood of the base station in a cluster-based network has been modelled as extra virtual member nodes. We virtually divide the network into regions according to the proximity to the BS denoting the closest region as the front region and the farthest region as the rear region. The nodes have been classified according to the region that they fall in. Based on our model, transmission tuning algorithm for cluster-based WSNs has been proposed to balance the load among cluster heads that fall in different regions. This algorithm is applied prior to a cluster algorithm to improve the performance of the clustering algorithm without affection the performance of individual sensor nodes. As a result, the network lifetime has been prolonged.

Published by: Karamjeet Kaur, Harpreet Kaur

Author: Karamjeet Kaur

Paper ID: V2I6-1154

Paper Status: published

Published: November 16, 2016

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Golden Ratio Associated with Rogers-Ramanujan Identities

Golden ratio Associated with Rogers -Ramanujan Identities Dr. Vandana N. Purav P.D.Karkhanis College of Arts and Commerce, Ambarnath Email : [email protected] Abstract Ramanujan was an eminent Indian Mathematician of 20th century. During the years 1903-1914 he discovered most of the mathematical results . In this note, we focus on the results associated with Rogers- Ramanujan identities of first and second kind and Golden Ratio.

Published by: Dr. Vandana N. Purav

Author: Dr. Vandana N. Purav

Paper ID: V2I6-1151

Paper Status: published

Published: November 14, 2016

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Optimization in Communication Routing: An Introduction to Optimal Control

Communication is nothing but transfer of information from source point to destination point over a medium and coming to Communication Routing it is a process in which to find how shortest and fastest communication is achieved between the two ends for the Optimization of the Network. In this paper I would like to discuss about how optimization is achieved in communication network through the application of information like accuracy, throughput, latency and mobility support and different protocols followed by networks for the optimized route. And I will also explain about advantages of network coding in improving the throughput over routing. Explained how different network algorithms are used for solving optimization problems in communication routing for example like genetic algorithm used in routing optimization of optical fiber communication networks. And discussed about Optimizing the layered communication Protocols.

Published by: Kaustav Jyoti Borah, Jutika Borah

Author: Kaustav Jyoti Borah

Paper ID: V2I6-1150

Paper Status: published

Published: November 12, 2016

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Implementation of Plagiarism Detection Tool in JAVA

With the advent of internet everything that has been researched is available on the internet. This information can be copied and used as original by someone in their own work which poses a major challenge for academia and industries like publications. A lot of work has been done in the field to detect plagiarism in the documents and algorithms have been made. In this paper, we have implemented porter algorithm for stemming, TF-IDF and cosine similarity to detect plagiarism

Published by: Attinderpal Singh

Author: Attinderpal Singh

Paper ID: V2I6-1149

Paper Status: published

Published: November 10, 2016

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Efficient Reception of Packets using Zigbee Protocol Wireless Sensor Network

The great potential of Wireless Sensor Network is being seen in industrial, consumer and commercial application. The wireless technology is becoming one of the most prominent areas of research. With the development of network and communication technology, the WSN has solved the inconvenience into people’s lives. WSN has good functions of data collection, transmission, and processing. In the older technology there was a shortcoming of average packet time delay, large power dissipation, less efficient reception of packets, large propagation delay, low speed communication. Besides there were other limitations like limited battery life time nodes incapability of data aggregation, processing, storing and then passing it to the base station accordingly.. As in the earlier Technologies WSN node based leach protocol could not provide the above necessary requirements for the system to operate under well adverse environmental situations. In this dissertation, we have used a ZigBee protocol in WSN system for ensuring that the nodes may operate for a longer period of time, reducing packet time delay, establishment of a re-linking algorithm and provides an efficient reception packet and sufficient throughput The advantage of ZigBee Technology is that it covers a range of 1-100m For comparison purposes, we have taken the oldest technology i.e SEP .To allow different systems to work together, standards are needed. ZigBee/IEEE 802.15.4 protocols are developed for this purpose. Moreover, ZigBee protocol in WSN has resulted in the low power consumption, enhancement of life time of battery reduced average packet time delay less power dissipation improved an efficient reception of packets, reduced propagation delay, high speed communication among wireless communication devices. On comparing the results of both that is the previous work over which work has been done earlier and present work it has been observed that modified system performs better.

Published by: Khursheed Ahmad Rather, Aashish Gagneja, Navjot Kaur

Author: Khursheed Ahmad Rather

Paper ID: V2I6-1148

Paper Status: published

Published: November 10, 2016

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A Sec‎ure D‎ata Ag‎gregation Mecha‎nism in Wire‎less Senso‎r Netw‎ork

The addition of mobility in WSN ha‎s att‎racted signific‎ant i‎nterest in recent years. Mo‎bile nodes incre‎ase the ca‎pabilities of the WSN in m‎any way‎s. W‎e c‎lassify mobile wireless sensor networks (MWSNs) as a spec‎ial and ada‎ptable c‎lass of WSN, in which one or more th‎an one e‎lement of the network is mobile. The mobile componen‎t can b‎e any of the sensor nodes, rela‎ys (i‎f any), data c‎ollectors or sink or any combina‎tion of them. Fr‎om d‎eployment to data disseminat‎ion, mobility p‎lays a‎n i‎mportant rol‎e in ever‎y f‎unction of sensor networks. F‎or examp‎le, a mobile node can visi‎t oth‎er nodes in the network and ga‎ther data direct‎ly t‎hrough sin‎gle-ho‎p tra‎nsmissions. Simila‎rly a mobile node can trave‎l ar‎ound the sensor network and collect data from sens‎ors, bu‎ffer them, and t‎hen t‎ransfer them to base station. This considerabl‎y red‎uces onl‎y colli‎sions and data loss‎es, and als‎o minimiz‎es the pres‎sure of data forward‎ing ta‎sk by nodes and as a r‎esult spre‎ads the energy cons‎umption more consi‎stently througho‎ut the network. The proposed data aggregati‎on mechani‎sm us‎es bacteria‎l foraging optimization algorithm. This techn‎ique is i‎nspired by the so‎cial foraging behav‎iour lik‎e a‎nt col‎ony and pa‎rticle swar‎m optimization. The proposed algorithm improves WSN th‎roughput, coll‎ects data more efficientl‎y, and save‎s energy.

Published by: Sandhya Sehraw‎at, Dr. D‎INESH SIN‎GH

Author: Sandhya Sehraw‎at

Paper ID: V2I6-1147

Paper Status: published

Published: November 10, 2016

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