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A Survey on Authentication in Cloud Computing For Data Storage Security

Cloud computing is an internet-based computing, where a set of resources and services such as applications, storage, and servers are delivered to computers and devices through the Internet. Cloud Computing is continuously growing and showing consistent growth in the field of computing. The major challenging task in cloud computing is the security and privacy issues caused by the outsourcing of infrastructure, sensitive data and critical applications and its multi-tenancy nature. The security for Cloud Computing is emerging area for research work and this paper discusses various types of authentication methods.

Published by: Mohammed Ubada

Author: Mohammed Ubada

Paper ID: V3I2-1182

Paper Status: published

Published: March 8, 2017

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Skew Minimization with Low Power for Wide Voltage Range Using Coarse Grain Technique

Skew is one of the most important parameters that decides the performance of the system.Though skew is reduced using two-stage serially connected power mode aware buffers using two power gating techniques, power consumption and area is considerably larger in fine grain power gating. So, in the proposed system, coarse grain minimization is used at both stages which will effectively reduce power consumption and area.The coarse grain approach implements the grid style sleep transistors which drive cells locally through shared virtual power networks.This approach is less sensitive to PVT variation, introduces less IR drop and imposes a smaller area overhead than the cell or cluster based implementations.In coarse grain power gating, transistor is a part of the power distribution network rather than the standard cell

Published by: Moonisha S. N, Anitha .R, Nikila .G, Murali Parthasarathy .K, Nandhini .M

Author: Moonisha S. N

Paper ID: V3I2-1181

Paper Status: published

Published: March 8, 2017

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Trend Analysis of Precipitation Data and its Spatio-temporal assessment in West Flowing River Basin of Kutch, Saurashtra and Marwar (WFR-KSM) Basin, India

The society and economy of India are crucially dependent on monsoon rains for its agriculture needs. The assessment of spatial and temporal aspects of trends in precipitation is critical for this region of India as the basin has areas which frequently experience droughts and water scarcity. The purpose of this research was to investigate the Spatio-temporal variations in precipitation in terms of month wise, monsoon and annual trends in West Flowing River Basin of Kutch, Saurashtra, and Marwar (WFR-KSM basin). The trend was calculated and assessed in ProUCL5.0.00 and ArcMap 10 software's using Indian Meteorological Department (IMD) Precipitation grid data (0.25° x 0.25°) with a temporal resolution of 1964-2013 representing 50 years daily data. The direction and magnitude of annual, monsoon and month wise trends in long-term precipitation data were calculated for every grid using Mann-Kendall (MK) test and Theil- Sen’s (TS) slope. Annually and in monsoon season, the increasing trend in precipitation was exhibited by a major part of the basin. The decreasing trend was confined to northern and north-eastern regions. The month wise trend analysis indicated either no grid or few grids exhibited a trend in non-monsoon months. The June, July, August, September (monsoon) months exhibited spatial variation in trends. The majority of the grids in June, July and August months exhibited increasing trends and a few grids with declining trend were clustered mainly in western and north-eastern part of the basin.

Published by: Ila Agnihotri, Dr. M. P. Punia, Dr. J. R. Sharma

Author: Ila Agnihotri

Paper ID: V3I2-1178

Paper Status: published

Published: March 7, 2017

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Partial Replacement of Fine Aggregate with GGBS

Leaving the waste material directly into the environment can lead to various problems. So it becomes necessary to reuse waste material in an emphasized manner. Waste used to produce new products or used as admixtures so that natural resources used in an effective manner and environment protected from waste deposits and depletion of natural resources. Iron & Steel plants generate waste in form of Slag from Blast Furnace while reducing Iron Ore to Iron. This waste in form of Blast Furnace Slag usually collected in dumping grounds of the industries and they cause harmful effects to the environment. Annual production of Steel in India is about 89.58 Million MT/annum according to 2015 figures, and world production 1622.8 Million MT/annum. In addition, generation of Waste Slag according to figures of 2013-14 in India is larger than 13.5 Tg/annum (106 MT/annum).

Published by: Yogesh Biyani, Jyoti R. Mali, Piyush Bagul, Pradip Pandhare, Hemant Bafna, Mandar Joshi

Author: Yogesh Biyani

Paper ID: V3I2-1177

Paper Status: published

Published: March 7, 2017

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Numerical Analysis of Aerofoil Section of Blade Of axial Flow Fan at Different Angle Of Attack

Fans are used all over the world in a wide verity of industries and other purposes. Some of the important applications are in steam power station, ventilation system, cooling of electric motor and generator, and many industrial processes. Many researchers and engineers are making their efforts to design fans to fulfill the particular requirement of application in the most efficient way. The criterion of cost of fan, ease in manufacture and conservation of energy are other also to be considered in design. Several studies are available of various researchers in analysis and simulation of axial and centrifugal fans. Axial flow fans have also been designed and simulated by the researchers. Simulation of performance of axial flow fans and design of various blade sections of the axial flow fans have been studied experimentally or numerically. The present work comprises the numerical study of the axial flow fan section aerofoil. The objective of the study is to simulate the flow features around the aerofoil of particular design for three different values of the striking angle. The results are obtained using FLUENT in the form of velocity vectors at the leading edge, across the aerofoil and at the trailing edge. The contours of pressure and turbulence are also shown for the three cases.

Published by: Anil Yadav, Meghna Pathak, Dr. P. K Sharma

Author: Anil Yadav

Paper ID: V3I2-1174

Paper Status: published

Published: March 7, 2017

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Image Fusion based on Integration of Wavelet and Curvelet Fusion Methods

In today’s period, there is a great impact of image registration and image fusion on many fields such civilian and defense areas to retrieve exact information about the particular image. the process in which different images of the same scene are captured as input images and those are combined in order to improvise the fused image content which gives more information and is complete than any of the input images. Different methods of image fusion technique are principal component analysis (PCA), Discrete Wavelet transforms (DWT), curvelet transform. Principal component analysis (PCA) is a spatial domain fusion technique, which deals with image pixels to reduce multidimensional data sets to lower dimensions for analysis. Discrete Wavelet transforms (DWT) and curvelet transform is the transform domain methods to integrate the input images and extract the exact required information. Discrete wavelet transform(DWT) has an impressive reputation as a tool for image processing in image denoising and image fusion application.The Curve lets transform is suited for objects which are smooth away from discontinuities cross curves. The application of the curvelet transform in image fusion would result in better fusion results than that obtained using Principal Component Analysis (PCA) and Discrete wavelet transforms (DWT) The idea behind the current research is to exhibit the enhancement in image processing parameters by implementing fusion of curvelet and wavelet using simple average and weighted average fusion method .

Published by: Barkha Panda, Prabhakar Sharma

Author: Barkha Panda

Paper ID: V3I2-1173

Paper Status: published

Published: March 7, 2017

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