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An Energy Efficient Intelligent Lighting System of LED Based on Motion and Wireless Technology

This project proposes a framework to implement an intelligent lighting system. The main reason for developing such project is that maximum energy is wasted due to inefficient use of the consumer appliances. To be specific, a light accounts for a huge part of the total energy consumption. Though there are number of light control systems are introduced but most of them are outdated. This is because the existing light control systems cannot be applied to home and working place successfully. The ARDUINO UNO R3 is used as the main component which interfaces IR sensor, LUX sensor, GAS sensor and GSM module. LUX sensor is used as light to digital converter which senses the brightness and with the help of ARDUINO. This will reduce the intensity of the LED according to the surrounding, by this the energy consumption is reduced. The main advantage of the usage of the IR sensor is, it can count the number of individuals entering into the room and according to that it will improve the intensity of the LED. Here we added an additional features which can able to detect the gas and notifies through GSM to a phone. These technologies have been concentrated more so that this system can be used in domestic applications.

Published by: Satheesh Kumar R, Nandhini M, Safana Annesh M, Swapna M S, Narmadha M

Author: Satheesh Kumar R

Paper ID: V4I2-1278

Paper Status: published

Published: March 19, 2018

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Research Paper

Design and Development of Android Application ClgPay

An android application which stores a basic information about an college student, which he/she will be able to access it through the college Id card by scanning the barcode. Through this application the student will also be able to pay the college fees, and the library fees online.

Published by: Shrunkhal Wankar, Rushikesh Kamde, Akash Gaurkar, Akash Shahu

Author: Shrunkhal Wankar

Paper ID: V4I2-1240

Paper Status: published

Published: March 19, 2018

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Review Paper

A Review Paper on Resume Portal

In this era, everyone need automated things. The things which will be handled automatically. So proposed system is Resume Portal. This portal will provide an easy way for any company and HR to get the candidates of their requirements. In this portal, a unique subdomain for every user is provided. So in case if any HR want to see any one’s profile, they will just hit the URL (subdomain) and will get the user profile. User can build their resume on the portal, they can even customize their fields. Companies can reply on this portal, User can see the vacancies. This will definitely reduce the manual work, user don’t have to carry any kind of hardcopy with them. Work will be done automatically and efficiently. Resume will be created and updated according to person’s information. In this portal, we are also providing different kinds of themes for user so that resume of the user will be attractive than others. Anyone can share their resume in this portal from anywhere. This portal is also predicting the personality of the user by seeing the objectives which user will provide. This will be very efficient to judge the personality of the user by HR. So this portal made to reduce the manual work and to do the things fast and efficiently. It is also more secured and highly authenticated.

Published by: Khushbu Dipakrao Ingale, Prachi Padmakar Kamble, Samruddhi Anil Nirmal, Meghnakashyap Sunilkumar Pandey, Shruti Sanjay Nehulkar

Author: Khushbu Dipakrao Ingale

Paper ID: V4I2-1244

Paper Status: published

Published: March 19, 2018

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Research Paper

EBMT Sindhi to Hindi Sentence Translation System

Example Based Machine Translation (EBMT) is the system which translates sentences from Sindhi to Hindi. It uses the parallel corpus for translating sentences. To handle large volume of data the computational model is required. The requirement for a computational resource in EBMT is significantly less as compared to MT (Machine Translator). This makes development of EBMT systems for Sindhi to Hindi translation feasible, where availability of large-scale computational resources is still scarce. Example based machine translation relies on the database for its translation. The software helps to get a sentential translation according to semantics and syntactic of the language. The frequency of word occurrence is important for translation in EBMT.

Published by: Nisha S. Tathe, Jayasha S. Kriplani, Shiwani S. Deshmukh, Nikita K. Sadrani, Monika A. Panjwani

Author: Nisha S. Tathe

Paper ID: V4I2-1241

Paper Status: published

Published: March 19, 2018

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Review Paper

Performance Evaluation using Data Analytics

In today’s world large amount of data is generated in the organizations. Analyzing and proper utilization of this data is very essential. Financial data is the backbone of any educational institute or organization. It portrays a broader picture about the current status and the future prospectus of the organization. If an organization is financially stable only then it can withstand in the market for a longer period of time. In order to achieve the status of financially strong organization, predicting the financial trends for coming future is a necessity. In order to predict the financial trends it requires to carry out a process of examining financial data sets to draw the conclusions about the behavior of the information they contain increasingly with the aid of specialized systems and softwares. All of this can be achieved by Data Analytics. Data Analytics predominantly refers to assortment of applications from basic intelligence, reporting and online analytical processing to various forms of analytics. In this paper we propose Data Analytics as a method for performance evaluation over educational organization's financial data.

Published by: Sahil Kirtane, Sushant Kotwal, Dr. Sunita R. Patil

Author: Sahil Kirtane

Paper ID: V4I2-1284

Paper Status: published

Published: March 19, 2018

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Research Paper

Effect of Process Parameters on Tensile Strength and Hardness Testing of Friction Stir Welding Joint of Aluminium Alloys with Different Tool Pin Profile

In this project, CNC Milling Machine is used to weld the parts together. The parts being welded are made up of dissimilar materials aluminium alloy AA5086 H32-AA6061 T6. The rotational speed is varied from 900 rpm to 1500 rpm while the welding speed is varied from 20 to 40 mm/min. The other parameter involved is the tool profile. The dimensions of the parts are (300mmx30mmx5mm) which are welded to form a butt joint. The effect of different tool pin profiles on the quality of the welded joint is also studied for welding. Different tool pin profiles considered are round threaded, circular/round and square. The tools are designed using Pro/E and are manufactured on a Lathe machine. After the parts are welded, various practical tests are performed on the welded parts that include the tensile strength and the Vickers’s hardness test. The experimental results proved that the highest tensile strength of the welded joint i.e., 28.65 N/mm2 was achieved with the square tool profile at speed 1200 rpm with feed 40 mm/min and the highest hardness value of 58 HV was achieved with the round tool profile at 1500 rpm and feed of 40 mm/min.

Published by: Pawan Parashar, Arun Patel

Author: Pawan Parashar

Paper ID: V4I2-1218

Paper Status: published

Published: March 16, 2018

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