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Recent Papers

The Energy Efficient Techniques of Wireless Sensor Networks

The wireless sensor networks is the type of sensor networks which is used to sense the environmental conditions like temperature, pressure etc. The energy consumption is the major issue of the wireless sensor networks which is raised due to far deployment and small size of the sensor nodes. The clustering is the technique which reduces energy consumption of the wireless sensor networks. In this paper, various techniques which are proposed for the energy consumption reduction is reviewed and discussed in terms of various parameters.

Published by: Er. Pallavi Mittal, Er. Rajnish Kansal

Author: Er. Pallavi Mittal

Paper ID: V3I2-1467

Paper Status: published

Published: April 12, 2017

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Lung Lesion Extraction Using Improved Toboggan Based Algorithm

The segmentation of lung lesions with an acceptable accuracy from computed tomography (CT) scans is more valuable for lung cancer research and can offer important information for clinical diagnosis and treatment by the doctors. It is a challengeable process to achieve a fully automatic lesion detection and segmentation with acceptable accuracy due to the various characteristics of lung lesions. Here, we propose an improved toboggan based growing automatic segmentation approach (ITBGA) .which are automatic initial seed point selection, The new approach does not require any human interaction or training dataset for lesion detection, yet it can provide a high lesion detection sensitivity (98.35%) .The results show a significant improvement of segmentation accuracy. The average time consumption for one lesion segmentation was under 9 seconds using proposed method. The improved toboggan based algorithm can achieve robust, efficient and accurate lung lesion segmentation in CT images automatically.

Published by: Vigneshwar .R, Karthick .A, Karthick .K, SenthamizhSelvi .R

Author: Vigneshwar .R

Paper ID: V3I2-1480

Paper Status: published

Published: April 12, 2017

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Fall Detection and Reporting Using Smartphone

Every family on this planet is working hard for a comfortable living and wants to safeguard his investment that he has made in his day to day work. Ultimately, at the end of the day we all seek for security of life and our belongings. The major question to ask yourself is we really secure? The world is not perfect and we are susceptible to the dangers that exist in the society hence the urge to feel protected and safe is fulfilled by the use of hidden cameras. A hidden spy video camera can be available anywhere. We should be conscious about this aspect because we might be in a particular place, where our actions will be recorded without us being aware of it.

Published by: G. Aswini, R. Ambikapathy, R. Jayanthi, N. Dhivya

Author: G. Aswini

Paper ID: V3I2-1473

Paper Status: published

Published: April 11, 2017

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Improved Health Monitoring Using Location Aware Sensor Routing Protocol

This project Improved Medical Health Monitoring Using LASeR protocol (Location-Aware Sensor Routing Protocol) is an innovative method to increase the efficiency of real-time health monitoring systems which make use of Wireless Sensor Networks. The high reliability and low latency requirements of this application are addressed by using Location Aware Sensing Routing Protocol (LASeR). The protocol uses location information to maintain a gradient field even in highly mobile environments while reducing the routing overhead. This allows the protocol to utilize a blind forwarding technique to propagate packets towards the sink. Analytical expressions are derived and evaluated against the simulations. Extensive modeling and simulation of the proposed routing protocol have shown it to be highly adaptable and robust. The results highlight both the high performance of LASeR in various challenging environments and its superiority over the state-of-the-art.

Published by: Shriya .S, Suriyakrishnaan .K, Thenmozhi .S, Bhairavi .M

Author: Shriya .S

Paper ID: V3I2-1472

Paper Status: published

Published: April 11, 2017

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Investigation of Sound Absorption Coefficient Using Delany Bazley Method

Current methods of measuring sound absorption coefficient and sound transmission loss of acoustic materials and treatments are time-consuming and expensive. To overcome this limitation, normal incidence sound absorption and transmission loss measurement technique using a flow resistivity tube were developed. Unfortunately, this equipment is equally expensive. This project is an effort made to develop a cost-effective flow resistivity tube for wider use especially for educational use in developing countries. A flow resistivity tube capable of measuring absorption coefficient and flow resistivity is designed and built under a budget suitable for educational institutions in developing countries. The design, development, and fabrication of the low-cost flow resistivity tube along with measurement results demonstrating its accuracy is presented. Using a calibrated acoustic sample, data obtained from the low-cost flow resistivity tube were compared with those from a standard commercial tube with encouraging results. A parametric study was conducted showing the effects of various parameters on the accuracy of the measured results. These include tube material, tube dimensions. Based on these, design options were generated to meet the cost and functionality targets pre-assigned. A list of suggested parts and price is also included for anyone interested to custom-build the tube.

Published by: Vaibhav S. Yadav, Tejas N. Morajkar, Mr. Manoj R. Pawar, Vikas E. Sanas, Nikhil S. Naik, Prof. Vishal B. Dixit

Author: Vaibhav S. Yadav

Paper ID: V3I2-1471

Paper Status: removed

Submitted: April 10, 2017

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Seebeck Effect to Generate an Electricity from Exhaust Gases of Automobile

In recent years the scientific and public awareness on environmental and energy issues has brought in major interests to the research of advanced technologies particularly in highly efficient internal combustion engines. Substantial thermal energy is available from the exhaust gas in modern automotive engines. The latest developments and technologies on waste heat recovery of exhaust gas from internal combustion engines includes thermoelectric generators, Organic Rankine cycle, six-stroke cycle IC engine and new developments on turbocharger technology. Thermo Electric Power Generator directly converts this Thermal energy into Electrical energy. So number of moving and rotating part has been eliminated. Thermoelectric power generation offer a potential application in the direct exchange of waste-heat energy into electrical power. By this it eliminated emission so we can believe this green technology. In this paper, a background on the basic concepts of thermoelectric power generation and its use in automobile engine is reviewed and discussed.

Published by: Hrishikesh Kiran Sawant, Vishawajeet R. Sawant, Prakash R. Jadhav, Pratik R. Pawar, Prof. Vishal B. Dixit

Author: Hrishikesh Kiran Sawant

Paper ID: V3I2-1451

Paper Status: published

Published: April 10, 2017

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