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Research Paper

Optical wireless data transmission with Vigenere cipher encryption

The project is designed to share data with high frequency. And ultimately establish communication as secure as possible. For secure communication, the data is send using encoded form so the unauthorized user can’t access the data and if he receive data then data will be in the encoded format. So it’s of no use to an unauthorized user. This paper is based on the concept of Li-fi. Here, transmitted data are encrypted by a Vigenere cipher algorithm in order to ensure secured optical communication. Further, the encrypted data is decrypted on the receiver portion. In today's digitalized era, for the proper functioning of our daily professional life, we need effective communication. Whereas the limitations like low bandwidth and data rate in Wi-Fi, Microwave and RF along with EMI interference hampers the interactions. The Optical Wireless Data Transmission overcomes the above limitations. This innovative and new technology provides high-speed wireless access that offers significantly greater data capacity than Wi-Fi along with inherent security properties that eliminate unwanted external network intrusion. For security purpose, a secured encryption system has been designed based on the Vigenere Cipher technique which is impossible to break. The project consists of an LED at the transmitter section to transmit encrypted data which can be received at the receiver using the IR sensor by any angle with high reliability. In addition, the integration of wireless data transfer along with encryption generates a measurable reduction in both infrastructure complexity and energy consumption

Published by: Pooja Patil, Sayli Wangikar, Minakshi Patil, Rajendra Mohite

Author: Pooja Patil

Paper ID: V5I2-1168

Paper Status: published

Published: March 19, 2019

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Review Paper

Review paper on design and development of hybrid two wheeler

This work deals with the design and fabrication of hybrid two-wheeler system. In recent days availability of fuel is depleting day by day and also pollution is increasing globally with an increased number of vehicles. This leads to the evolution of various alternative fuels and concepts, in that HEV system (hybrid electric vehicle) is one of the effective systems. This paper involves the fabrication of two-wheeler which is driven by both fuel and electric energy with the help of engine and Electric motor. The electric motor is the hub motor which drives the front wheel which is driven by the battery and the engine drives the rear wheel. The goal of this paper is to implement the most efficient and less polluting vehicle. In our project, the hybrid vehicle model combines the internal combustion engine of a conventional vehicle with a battery and electric motor of an electric vehicle.

Published by: Ravikumar R., Chethan M., Neeloy Debnath, Ajay P. Kumar, Prajwal L Sandyal

Author: Ravikumar R.

Paper ID: V5I2-1337

Paper Status: published

Published: March 19, 2019

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Survey Report

Secure data outsourcing in mobile cloud computing

With the popularity of mobile cloud computing, mobile devices are used to store/retrieve data to/from the cloud storage from anywhere at any time. Thus, cloud security issues become more severe. There are different studies conducted to solve cloud security problems. Due to the limited computing capabilities of mobile devices, most of the techniques are not applicable for a mobile cloud. Thus, a lightweight scheme is needed that can provide both confidentiality and integrity to the cloud data.

Published by: Vidhya Vijayan, Shandry K. K.

Author: Vidhya Vijayan

Paper ID: V5I2-1306

Paper Status: published

Published: March 19, 2019

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Review Paper

A review on thermodynamic analysis of organic Rankine cycle with different working fluids

The development of the world today has largely been achieved through the increasingly efficient and extensive use of various forms of energy. Over the past decades, the growth in energy consumption around the world has shown that fossil fuel energy source alone will not be capable of meeting future energy demands. With the increase in fossil fuel consumptions, more and more industrial activities produce an increasing amount of waste heat. Energy generated as a result of industrial activities that are not practically utilized is referred to as industrial waste heat. Several studies have shown that the specific amount of industrial waste heat is poorly measured, it is estimated that 25 to 55% of the input energy in industries are actually used while the remaining are discharged as waste heat.

Published by: Sanjeev Kumar, Brijendra Kumar Yadav

Author: Sanjeev Kumar

Paper ID: V5I2-1284

Paper Status: published

Published: March 19, 2019

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Research Paper

Controlling game using head movements

The Project aim is to develop a game which replaces a computer mouse and keyboard for people who suffer from Acheiropody or Amputees. This application which can be stand-alone or web-based is based on tracking the head movements to control the actions in the game. This idea is an extension of a project from Tom Mitchell's “Machine Learning” book. We used neural networks to recognize the face and also to track the movements of the head, which requires us to have knowledge of the Tensor Flow framework which supports large computational power.

Published by: Bhavya Siripurapu, K. Rohini, P. Sumathi, A. Kranthi, Suresh Kurmalla

Author: Bhavya Siripurapu

Paper ID: V5I2-1279

Paper Status: published

Published: March 19, 2019

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Review Paper

A review on three-dimensional performance analysis of wavy fin tube heat exchangers in laminar flow regime

In recent years, thousands of numerical and experimental studies have been performed on heat exchangers with different configurations. Mainly heat transfer and frictional characteristics have been studied in detail with respect to different geometrical parameters in various ranges of Reynolds number. Further, these studies have been cross-verified with researches already performed in this field. With the advent of new tools like CFD for the study of thermo-hydraulic characteristics, it has become easier to understand flow phenomena around the tubes for different rows and also in rest of flow regions. These studies also bring about some correlations so as to easily find the values of colburn and friction factor for various different geometrical parameters so as to suit the different industrial conditions and requirements. An overview of the work already done on plate-fin heat exchangers is presented in this paper.

Published by: Dhananjay Kumar Yadav, Amit Kumar

Author: Dhananjay Kumar Yadav

Paper ID: V5I2-1282

Paper Status: published

Published: March 19, 2019

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