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Image Steganography, Compression and Image Morphing For Banking Website
Kunda Najan ; Preeti Raghava ; Aishwarya Sawant ; Sulochana Madchane
Computer Engineering
Year: 2016, Volume:2, Issue : 10
Pages: 56 - 58
This paper present a application for enhancing security in internet banking .This paper mainly consists of image morphing, steganography and compression for security purpose. This proposal provides OTP security using image processing .The idea is to encrypt the OTP behind cover image. It includes theoretical analysis of image Steganography, compression and morphing.
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Automatic Weighing Control System for Quality Assurance
Mukund D. Bhat ; Anisha Cotta; Sidhesh V. Verleker; Vithal Kumbhar; Ranjit R. Bagve
Electronics and Telecommunication
Year: 2016, Volume:2, Issue : 10
Pages: 59 - 64
This project presents the idea of using Rheostat (Variable resistance) for auto weighing control system for automation industry. Auto weighing control system is used for assuring the quantity of liquid filled in the bottles to be exactly as per standard reference. The progressive invention in auto weighing system is becoming an important task especially because of rising demand of products and declining labour availability in industry. In industry the production speed should be high because demand of the product is more. But when we check the weight of the object manually then it will take more time for checking the weight and overall speed of the production will decrease. Hence the purpose of this project is to increase the speed of production and efficiency.
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Experimental and Numerical Analysis of Heat Transfer Augmentation through a Pipe Using Twisted Tapes
Yogesh Rakate ; Kunal Bhavsar; Dr. S.S. Umale
Mechanical Engineering
Year: 2016, Volume:2, Issue : 10
Pages: 65 - 71
The performance of heat exchangers, for single-phase flows in particular, can be improved by many active and passive augmentation techniques. One such passive augmentation technique used for analysis this paper is vortex generation with the help of twisted tapes. An experimental analysis is carried out on a plain tube and tube with twisted tape under different mass flow rates and heat flux. A tube of 48mm diameter and 400mm length was taken for the experiment and a twisted tape of twist ratio yw=9.09 and thickness 2mm with 400mm length was inserted in the tube. Air supplied through the tube was heated up by the band heater. Temperatures of the air at different sections were recorded with the help of thermocouples. These experimental results are then compared with the numerical model for validation. A parametric study is carried out of different twist ratios of twisted tapes on temperature distribution of air at different section of the tube along its length. Three different twist ratios were considered 9.09, 6.05 and 3.64. Among these it was found that the twisted tapes with 3.64 gave an improved heat transfer as compared to other two twist ratios as well as the plain tube.
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Multi-featured Shopping Trolley with Billing System
Sneha S. Naik ; Saily A. Prabhudesai; Pooja N. Velip; Ashwini H. Joshi; Melba Dsouza
Electronics and Telecommunication
Year: 2016, Volume:2, Issue : 10
Pages: 72 - 76
This paper presents Shopping Trolley with billing system along with Wi-Fi connectivity. The idea is to detect the barcode on the product, display the name of the product on the screen, and providing a Bill receipt. The purpose of the study is to reduce the time of the customer at the billing counter. Another aspect of the project deals to send the details at the billing counter using Wi-Fi and thus manage the quantity of the products in the inventory. Arduino Uno R3 is used to interface the multiport USB hub to interface barcode scanner, printer and display.
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Design and Fabrication of Hybrid Torque Bicycle
Abhishek Kukudkar ; Gaurav S.Bhusari
Mechanical Engineering
Year: 2016, Volume:2, Issue : 10
Pages: 77 - 83
Hybrid Torque Bicycle work on the concept of KERS which is a collection of parts which takes some of the kinetic energy of a vehicle under deceleration, stores this energy and then releases this stored energy back into the drive train of the vehicle, providing a power boost to that vehicle. For the driver, it is like having two power sources at his disposal, one of the power sources is the engine while the other is the stored kinetic energy which justifies the concept of hybrid power source from flywheel.
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A Survey on Security Based on User Trust in Spontaneous Wireless Ad Hoc Network Creation
Karuna P. Kakade ; Sachin Jadhav; Pratiksha P. Naik
Information Technology
Year: 2016, Volume:2, Issue : 10
Pages: 84 - 88
Security is a main concern now a day. A spontaneous network is a special kind of ad-hoc network; Ad-hoc wireless network is an infrastructure less network that is there is no central coordination for network operations. As and when a new node comes in the region of the network it will spontaneously form the network. Security is a major concern while designing and developing spontaneous ad-hoc network in mobile devices. Spontaneous ad hoc networks require well defined, energy efficient and user-friendly security mechanisms. This method presents data transmission using a secure protocol for spontaneous wireless ad-hoc network which uses an hybrid symmetric or asymmetric scheme and the trust between the users in order to exchange initial data and to exchange the secret keys that is used to encrypt the data. In spontaneous wireless ad hoc network creation there is no need of any infrastructure no need of any administrator for handling the services. No need of any external base for handling functionalities of network. This protocol is a completely self-configured secure protocol that is able to create a network and share services without any central infrastructure. Network creation stages, protocol messages, and network management are explained. This protocol allows sharing of resources among users in a secure environment. In human communication model any two people that are physically close to each other can communicate with each other without any central server, anybody those who want to communicate can come join, communicate and leave the network without central server. In spontaneous network there is no server or any central infrastructure between nodes to communicate, anybody want to communicate can come join and leave the network without central infrastructure. A user can create its own resources or it can request from its neighbour user, because it allows resource sharing.
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RPC System for Distributed Network Systems
Vijay Masne ; Rashmi Phasate; Supriya Thombre; Nilesh Sambhe
Computer Science and Engineering
Year: 2016, Volume:2, Issue : 10
Pages: 89 - 95
Remote procedure call (RPC) systems have been proven to be a practical basis for building distributed applications. The RPC technique abstracts a typical communication pattern to an ordinary procedure call. Compared with an ordinary procedure call, however, the conventional RPC technique has one evident restriction; pointers (addresses) cannot be passed to remote procedures without the explicit and nontrivial programming effort. This paper presents VMRPC, a light-weight RPC framework speciï¬cally designed for VMs that leverages the heap and stack sharing mechanism to circumvent unnecessary data copy and serialization/deserialization. Our evaluation shows that the performance of VMRPC is an order of magnitude better than traditional RPC systems and existing alternative inter-domain communication optimization systems.
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College Automation System
Gayatri Yadkikar ; Pooja Sharma; Reshma Shetty; Prof.Dhanashri Kanade
Computer Science and Engineering
Year: 2016, Volume:2, Issue : 10
Pages: 96 - 102
This paper is aimed at developing College Automation System which will manage the working of college management activity using single platform. This system has easy interface and powerful data management. We have used bootstrap which increases the responsiveness of the system. The main objective of this system is to reduce the paperwork and manual processing.
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An Experimental Study on Concrete with Hybrid Fibers
K.Dharunsankar ; S.Saravanan
Structural Engineering
Year: 2016, Volume:2, Issue : 10
Pages: 103 - 110
Plain concrete has a very low tensile strength, limited ductility and little resistant to cracking. Internal micro cracks are present in the concrete and its poor tensile strength is due to the propagation of such micro cracks, leading to brittle fracture of the concrete. In the past attempts have been made to improve the tensile properties of concrete by way of using reinforced steel bars and also by applying restraining techniques. Although both the two methods provide tensile strength to the concrete members but do not increase the tensile strength of the concrete. Then Steel fibres are used to increase the tensile strength of concrete. The cracks present in the concrete will be controlled by adding coir fibres to the concrete. The study aims to evaluate the properties of concrete using steel and coir fibres. This project presents adding steel and coir fibres to the percentage of 0.5, 1.0, 1.5, and 2.0% to the weight of the concrete. Physical and chemical properties of steel and coir fibres have been studied. A concrete mix has been designed to achieve the grade of M30 as required by IS 10262-2009.The investigation contains two phases. The phase one contains to study and determine the properties of the material. In the phase two contains to determine the Compressive Strength, Split Tensile Strength and Flexural Strength of the concrete at 7, 14 and 28 days by adding steel and coir fibres to the percentage of 0.5, 1.0, 1.5 and 2.0% to the weight of the concrete.
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Flexural Response of Functionally Graded Plates Based On a Higher Order Shear Deformation Theory under Point Load.
Jeeoot Singh ; Rahul Kumar
Mechanical Engineering
Year: 2016, Volume:2, Issue : 10
Pages: 111 - 116
A flexural response of functionally graded material (FGM) plates is carried out using multi quadric radial based functional based meshless method. The governing equations are based on the higher order shear deformation theory are obtained using energy principle. A RBF based meshless code in MATLAB 2013 is developed to find out the results. In present paper, the effects of significant parameters, such as gradation index, span to thickness ratio is obtained at transverse point load. The present paper mainly focuses on the analysis of FGM plates under point load.
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Abstract
