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Research Paper

Video transmission using Li-Fi

Light Fidelity is a wireless communication technology which uses light to transmit data from one location to another by virtue of light emitting diodes. The vision of our project is to design a system capable of transmitting data at a high data rate over the visible light spectrum and infrared radiation. In the existing system, only audio can be transmitted, but the intricacies were fixed and now video can also be dispatched. The video to be transmitted is chosen and it is fed to the LI-FI module with the aid of the microcontroller. The receiver module now sends the video to the laptop where it can be viewed.

Published by: Senthamizhselvi R., Raghul S., Karthikeyan B., Nandha Kumar G.

Author: Senthamizhselvi R.

Paper ID: V5I2-1686

Paper Status: published

Published: April 3, 2019

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Others

Design development of women’s casual wear (travel jacket)

The present generation of women who are under the age category of 18-25 are the ones who travel a lot. Out of which most of them are gallivanter, fashionistas, early adaptors, and digital natives. They are in search of something new. They wish to travel seeking new experiences that are filled with fun, adventure, and activities that get them the at most pleasure. This thirst for pleasure makes them go on trips very often. Travel jackets have become an essential part of the traveler’s kit. They search for travel jackets to complement their travel plans. Wearing travel jackets make them happier and also comfortable during travel. These travel jackets create an emotional feel to the wearer, every time they wear it. In this paper, the expectations and the needs of the target customer are collected and travel jackets are designed and developed to fulfill their needs and expectations. Through our study, we tried to incorporate these details into the garment through the emotional design process.

Published by: Pragatheswari, Nithya Prakash V.

Author: Pragatheswari

Paper ID: V5I2-1689

Paper Status: published

Published: April 2, 2019

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Research Paper

Machine learning algorithms for intrusion classification

The usage of the Internet, the amount of network traffic volume is rapidly raising high. Preventing such huge, sensitive data from security attacks is equally important. Monitoring network traffic may indicate a possible intrusion in the network and therefore anomaly detection is important to detect and prevent such attacks. One of the approaches to anomaly detection is based on machine learning classification techniques. Here we apply seven different machine learning techniques: K-Means, K-Nearest Neighbours (KNN), Fuzzy C-Means (FCM), Support Vector Machine (SVM), Naïve-Bayes (NB), Radial Basis Function (RBF) and Ensemble method (Weighted average method) comprising of K-Nearest Neighbours and Naïve-Bayes (NB) on NSL-KDD dataset and evaluate the performance of these techniques. We also deduced how the change in the training size can affect the training time and the accuracy of each algorithm

Published by: Alapati Avinash, Alla Haripriya, B. Sandeep

Author: Alapati Avinash

Paper ID: V5I2-1600

Paper Status: published

Published: April 2, 2019

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Research Paper

A research paper on: Automatic switching of relays according to set limits of voltage on distribution side

This Paper Presents The Design, Construction And Working Of Protective Mechanism For Single Phase Devices Against Over Voltage And Under Voltage Stage. Which Circuit Is Fabricated Using Microcontroller Atmega328, Voltage Regulator Ic, Comparators, Relays, And Other Devices. In Over Voltage Conditions, When The Supplied Voltage Is 240 V Or Above, The Relay Operates With Buzzer, However In Under Voltage, When Voltage Is 180 V Or Less, The Relay Operates With Buzzer, On Such Conditions,16×2 LCD indicates the status of the voltages as regulated voltage, low voltage and over voltage. Buzzer also beeps when over or low voltage detected. The Main Advantage Of This Protective Circuit Is That, It Can Protect The Single Phase Household Equipment As Well As On Distribution Side. In Future, This Model Can Be Modified For The Protection of Three-Phase Power System And Industry Level Equipments.

Published by: Jitendra Laxman Lohar, Ganesh Ghashiram Chawla, Kshitij Pramod khachane, Shivdas Santosh Gai, Shubham Gajanan Kachare

Author: Jitendra Laxman Lohar

Paper ID: V5I2-1637

Paper Status: published

Published: April 2, 2019

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Research Paper

Cloud based employee attendance management system using NFC and Face Recognition

For every organization, the attendance process is one of the important aspects to consider employee performance. Yet it is something that should be done swiftly and efficiently, without giving any effort into it. Manual attendance system could be time-consuming and error-prone, and other new system developed could prove to be complex and costly. Hence, the proposed system called as “Cloud-Based Employee Attendance Management System using NFC and Face Recognition” provides several important operations such as captured attendance records using NFC, automatic time calculation, leave and overtime checking, working hour’s evaluation, real-time updated information access, and generating reports. In order to add on to the security of genuine attendance tracking, facial recognition mechanism is embedded, so the system could not be fooled. An online portal is developed for managers to keep track of this process and manage employee attendance easily. The system can be used by any companies from small to medium size to implement cheap and efficient attendance tracking mechanism.

Published by: Ankit Rana, Vipul Pugaokar, Akshay Sawant, Arti Gore

Author: Ankit Rana

Paper ID: V5I2-1606

Paper Status: published

Published: April 2, 2019

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Research Paper

Offline speech recognition on android device based on supervised learning

Offline Android Smartphone Assistant is a virtual personal assistant which is implemented to perform basic functionalities of the smartphone in offline mode with speech commands. The task includes open apps, toggle wi-fi, toggle Bluetooth, call a person, send messages, control brightness, open torch, etc. The key functionality of the Offline Android Smartphone Assistant is the capability of performing each and every task without the use of the internet. The users can interact with the assistant through natural voice commands. Many companies had established several virtual assistants like Google Assistant, Apple’s Siri, Amazon Alexa, etc. However, the virtual assistants established by several companies do not provide many offline functionalities. In this proposal, we provide easy to access every system functionality without using the internet using Speech Recognition. This application will help people in areas where internet connectivity is hardly possible. The application also provides the functionality of a screen overlay. The application uses Natural Language Processing for processing the voice commands and performing the required tasks.

Published by: Reeta Bandhu, Nikhil Kumar Singh, Betawar Shashank Sanjay

Author: Reeta Bandhu

Paper ID: V5I2-1688

Paper Status: published

Published: April 2, 2019

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