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Reliability models in virtualization of Wireless Sensor Network on cloud infrastructure: A survey

Wireless Sensor Network is one of fast feeder for emerging technologies like of internet of Things. These networks are established to operate at a different condition which includes non-human intervene sites. These sensor nodes range from specific purpose to multi-purpose, multi-home: accommodating more sensor under a single architecture. The cost of sensor and deployment of these under hostile situation makes them costlier network. In order to provide access to this sensor network on-demand, network virtualization is created on the cloud called as cloud-sensors. Cloud while providing a sensor as a service experience errors/faults. Here we survey for the appropriate methods that can handle fault and recovers system at every level including at physical sensor level, content delivery level and physical sensor to virtual sensor mapping level. Therefore, the research work attempts to explore efficient reliability models at each level and helps in building a comprehensive reliability model for Virtualization of Wireless Sensor Network.

Published by: Janardhan Singh K., Dr. Suresh L.

Author: Janardhan Singh K.

Paper ID: V4I6-1385

Paper Status: published

Published: December 20, 2018

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Research Paper

Exploring mechanisms for pattern formation through coupled bulk-surface PDES in case of non-linear reactions

This work explores mechanisms for pattern formation through coupled bulk-surface partial differential equations of reaction-diffusion type. Reaction-diffusion systems posed both in the bulk and on the surface on stationary volumes are coupled through linear Robin-type boundary conditions. The presented work in this paper studies the case of non-linear reactions in the bulk and surface respectively. For the investigated system is non-dimensionalised and rigorous linear stability analysis is carried out to determine the necessary and sufficient conditions for pattern formation. Appropriate parameter spaces are generated from which model parameters are selected. To exhibit pattern formation, a coupled bulk-surface nite element method is developed and implemented. The numerical algorithm is implemented using an open source software package known as a deal.II and show computational results on spherical and cuboid domains. Also, theoretical predictions of the linear stability analysis are verified and supported by numerical simulations. The results show that non-linear reactions in the bulk and surface generate patterns everywhere.

Published by: Dr. Muflih Alhazmi

Author: Dr. Muflih Alhazmi

Paper ID: V4I6-1365

Paper Status: published

Published: December 19, 2018

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Research Paper

Alternative energy technologies: An aid to natural resource economics

Despite our uncountable inventions and rat race to achieve more, we all are utterly dependent on the environment for our sustainability. And what if we’re only being the cause for its exploitation? Shining lights all around do create euphoria, but we really cannot afford such a festivity at the expense of our nature reserves. Natural resource economics is constantly looking around for striking equilibrium between natural capital and natural services, and so are doing the technological advancements in alternate energy utilization, reducing the extraction load on conventional resources like coal, oil, gas etc. Such technological creations of greener energy alternatives can be an effective tool for natural resource management.

Published by: Mudit Joshi

Author: Mudit Joshi

Paper ID: V4I6-1378

Paper Status: published

Published: December 19, 2018

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Research Paper

Molecular dynamics study of Li0.6Pb0.4 binary alloy using first principle

In this work dynamics of the of liquid binary, alloy Li0.6Pb0.40 have been studied at the melting temperature by considering the system of alloy as an assembly of effective atoms. Norm conserving pseudopotentials have been calculated using the first principle approach. Caluclations performed for LiPb alloy use standard pseudopotential theory, which is second-order perturbation and includes dielectric screening as well. Velocity Autocorrelation function, Phonnon dispersion, and power spectrum have been calculated. The calculated results are in good agreement with experimental results.

Published by: Anil Thakur, Mandeep Singh Gandhi

Author: Anil Thakur

Paper ID: V4I6-1369

Paper Status: published

Published: December 18, 2018

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Research Paper

A study on the problems faced in the financial sector of rural India

Rural India is one of the sectors that have to develop for the increase in GDP of India. The rural sector includes the agricultural sector. The financial services provided in the rural sector are NABARD and MSMEs’. These are the facilities that provide credit and loans to the public. There is a requirement of credit in the rural sector due to fewer quantities being produced by the agricultural sector. This research paper shows an overview of all the problems being faced in the financial sector of rural India. The paper also provided details of the initiatives taken by the government towards the public in rural areas and shows statistical data of the growth in rural credit.

Published by: Dr. Varsha Agarwal, Ranojoy Kumar Datta, Shravan Shroff, Abhishek Jain

Author: Dr. Varsha Agarwal

Paper ID: V4I6-1339

Paper Status: published

Published: December 18, 2018

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Research Paper

Performance characteristics of bio diesel from castor oil with additives

The Paper mainly focuses on the constantly increasing demand for energy can result in a huge crisis at the end of fossil fuels era Biodiesel, with a history of more than a century, has always been a possible applicant. Biodiesel fuels have the ability to become a decent alternative for diesel which is used fairly to meet the present energy requirements Biodiesel can be produced from new or used vegetable oils, non-edible sources and animal fats, which are non-toxic, biodegradable and renewable. In vegetable oils, castor seed has higher oil yield than other oils Straight vegetable oils pose operational and permanency problems when subjected to long-term usages in diesel engines. These problems are projected too high viscosity, low volatility and polyunsaturated character of vegetable oils. The process of Transesterification is found to be an effective method of reducing vegetable oil viscosity and extinguishing operational and durability problems. In spite of the many advantages of using biodiesel, biodiesels produce higher NOx emissions compared to diesel, which is a deterrent to the market expansion of these fuels. Metal-based additives play a vital role in reducing NOx emission. In this thesis, performance analysis and other emission characteristics in a diesel engine without modification of Castor oil methyl ester and its blends with and without additive are done and compared with diesel. Results show higher blends of Castor oil have lower NOx emission and lower performance characteristics and vice versa for other blends of Castor oil.

Published by: A. Gokul Karthik, R. Karthikeyan

Author: A. Gokul Karthik

Paper ID: V4I6-1361

Paper Status: published

Published: December 18, 2018

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