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A Comparative Study of AAC Block & Clay Brick Under Gravity Loading For Buildings

Brick is the most commonly used building material in construction. AAC blocks are new construction material which is very light in weight. Compare to same size of (200mm x 100mm x 100mm,its 3 times lighter than traditional brick (clay brick);it means it covers more area in same weight as clay brick gives in one bricks. In this paper; attempt has been made to replace the clay brick with light weight AAC blocks. The usage of AAC block reduces the cost of construction up-to 25% as reduction of dead load of wall on beam makes it comparatively lighter members. The use of AAC block also reduces the requirement of materials such as cement and sand up-to 55%.

Published by: Alim Shaikh, Utkarsh Jain, Hussain Narayangarhwala, Suraj Pawar, Kanhaiya panwar, Narendra Choudhary, Archit Khandelwal, Mohd. Shadab Hussain

Author: Alim Shaikh

Paper ID: V3I3-1315

Paper Status: published

Published: May 12, 2017

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Cloud Federation Management and Beyond: Requirements, Relevant Standards, and Gaps

The big data requests make the cloud computing assets insufficient as well as incapable of catering the needs raised by big data requests. Business structures and the look enhancing factors have to reshape and rebuild their dynamic asset scaling abilities to modify it according to the needs. In order to tend to this administrative issue combined mists act and provide a stage. A cloud organization arrangement is proposed, planned as well as presented which caters to the need of the collaboration of the cloud suppliers in offering cloud IaaS administrations. Due to the fact that the proposed league development diversion is developed and presented, a cloud alliance arrangement system that empowers the cloud suppliers to progressively frame a cloud organization amplifying their benefit is proposed and presented. Moreover, a steady cloud alliance structure is consistently delivered, which is, the partaking cloud suppliers in the league which doesn't have motivating forces to split far from the organization. The performance and occurrence of broad examinations lead to the breaking down of various attributes pertaining to the project. The steadiness of the cloud organization acquired by our proposed system is clearly depicted by the consequences, returning high benefit for the partaking cloud suppliers.

Published by: Amit Singh, Anand Singh, Jackulin Mahariba

Author: Amit Singh

Paper ID: V3I3-1318

Paper Status: published

Published: May 12, 2017

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Robust Technique for Extracting Deblur Image Using Fuzzy Logic Approach from Impulse Noise

Image processing is very crucial in today world because of various noises, attacks, and many more problem faced by an image from a transmitter to the receiver side. By applying various algorithms and filters we can remove such type of noises and attacks. Blur detection techniques are very helpful in real life application and are used in image segmentation, image restoration, and image enhancement. Blur detection techniques are used to remove the blur from a blurred region of an image which is due to defocus of a camera or motion of an object. Blurring is a form of bandwidth reduction of an ideal image owing to the imperfect image formation process. It can be caused by relative motion between the camera and the original scene, or by an optical system that is out of focus. Deblurring techniques are basically used to sharp an image using different methods & parameters so that we can the abundant amount of knowledge. As we know there are various types of noises occurred in an image and to remove various techniques are used. Every technique is suitable for a particular noise and we cannot apply randomly to remove a particular noise. With advancement of time old technique are replaced by advanced method and today Fuzzy Logic is much more appreciated due to simple logic function and it is fourth generation technique

Published by: Preeti, Sachin Suryan

Author: Preeti

Paper ID: V3I3-1314

Paper Status: published

Published: May 11, 2017

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A Review on Extracting Deblur Image Using Fuzzy Logic Approach From Impulse Noise

The image processing is very crucial field of research in which we can get the complete and detailed information about any image. One of the main issues in our research field is to get the quality of an image. So we will try to propose an advanced algorithm to enhance the quality of an image by removing noise. Deblurring techniques are basically used to sharp an image using different methods & parameters so that we can the abundant amount of knowledge. As we know there are various types of noises occurred in an image and like salt & pepper noise, additive white Gaussian noise, flicker noise, shot noise and many more. To compensate these noises there are various types of technique like algorithm, filtering concept, fuzzy logic approach and much more. Every technique is suitable for a particular noise and we cannot apply randomly to remove a particular noise. In last few years there is lot of development and attentions in area of blur detection techniques. The Blur detection techniques are very helpful in real life application and are used in image segmentation, image restoration, and image enhancement. Blur detection techniques are used to remove the blur from a blurred region of an image which is due to defocus of a camera or motion of an object

Published by: Preeti, Sachin Suryan

Author: Preeti

Paper ID: V3I3-1307

Paper Status: published

Published: May 11, 2017

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Interdependence & Integration between Futures and Spot Market: Empirical Evidence in India

The objective of this paper is to study the co-integration technique is used to determine the existence of any such relation in the two markets during 20th Nov, 2009 and 31st Dec, 2014. The major findings of this study that Futures prices tend to influence spot prices or; spot prices tend to lead futures prices. Nifty Futures market leads the Nifty index cash market; a lead-lag relation can be traced during the mentioned time period. This paper indicates that the two markets have bidirectional causal relationship between spot and futures prices.

Published by: Dr. Saroj Kanta Biswal, Saktikanta Barik

Author: Dr. Saroj Kanta Biswal

Paper ID: V3I3-1259

Paper Status: published

Published: May 10, 2017

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A Study of Reduction of Vanadate

Vanadates are salts corresponding to oxidation state V of vanadium. The salts are pretty strong oxidizing agents having a standard potential comparable to that of nitric acid. Their structures and nature of species presents in solution have been extensively studied. The results show that in electronic configuration Vanadates show resemblance with phosphate to the extent that none of them is left with any unshared electron and both exist in modifications like Ortho, meta, pare etc. differing essentially in the water content of the acid and also in the extent of polymerization. However an important difference between the two is that whereas for phosphates the rate of interchange of different forms is quite slow, it is quite fast for Vanadates. Hence any form of vanadate when put into solution rapidly comes to an equilibrium common for all. This divergence in further manifested in their behavior towards acids. Increase of acidity in the case of phosphate lead to simpler molecules but for Vanadates as one passes from alkaline to acidic solutions the complexity of the vanadate ion raises leading ultimately to precipitation of (V 2 O 5) in about N/100 acid. On further increase in acidity the precipitate redissolves but now as a cation formulated variously as V. In this respect and in other chemical properties they are closer to chromates.

Published by: Satish Kumar Sinha

Author: Satish Kumar Sinha

Paper ID: V3I3-1214

Paper Status: published

Published: May 10, 2017

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