Manuscripts

Recent Papers

Research Paper

Calculation of volume flow rate required for air conditioners using software

Automation is the present trend which is going on in industries. From cleaning of dishes to preparation of latest equipment everything is prepared by automation technology. So, in this paper, we have concentrated on an important part of Air conditioning Industry which is the calculation of heat loads for a city building plan. In this paper, we have used E-Quest software by the action of which Calculation of volumetric flow required for an air conditioner along with the summer heat load is being found out easily accurately and in a precise manner. We will get accurate load calculations within the shortest time.

Published by: J. Siddhartha Yadav, N. Ravisankar, Ch. Manikanteswar Rao

Author: J. Siddhartha Yadav

Paper ID: V4I2-1879

Paper Status: published

Published: April 26, 2018

Full Details
Research Paper

Specialized data Analysis of stack overflow

This research paper analyzes and recommends a Question & Answer site for programmers, Stack Overflow, that dramatically improves on the utility and performance of Q&A systems for technical domains. It would be very difficult to analyze the real-time data collected by the users by using traditional techniques. Using a mixed methods approach that combines statistical data analysis with user interviews, we seek to understand this success. Our main focus is to develop a system that provides recommendations and statistical analysis on the basis of data of thousands of users.

Published by: Akash Tyagi, Agam Tiwari, Abhisheke, Vivek Jain

Author: Akash Tyagi

Paper ID: V4I2-1743

Paper Status: published

Published: April 26, 2018

Full Details
Research Paper

An ontological approach for keyword extraction

Many applications such as Text Summarization, Semantic Web, Search Engine Optimization, Sentiment Analysis, and such others make use of Document Classification as a key component in their realization. In order to aid the process of Document Classification, many of these applications rely on extracting domain specific keywords. The existing techniques used are pure NLP and extraction based on only term-document frequency. However, these do not always guarantee accurate results. In our paper, we present an ontological approach to extraction of keywords which will give more precise results as they are based on the context of the search. This is done by creating domain-specific ontologies and using them to extract keywords present in the user’s document.

Published by: Shruti Zade, Lifna C. S, Padmaja Kolle, Snehal Bhagat, Bhavik Dand

Author: Shruti Zade

Paper ID: V4I2-2077

Paper Status: published

Published: April 26, 2018

Full Details
Research Paper

Automated system for monitoring micro-climatic conditions for farms

This study proposes an advanced solution for monitoring the weather conditions and adopting new farming techniques for the overall growth of the economy. It has been found that 30% of our country’s GDP comes from farming which proves that agriculture is the backbone of our country. Most of the farmers in our country rely on traditional farming However, traditional farming lacks technological advancements and affects our country’s economy in several ways. Most of the problems faced by our country’s farmers are lack of mechanization, improper irrigation system, uncertain climate conditions. Also, there is a growing trend of using hazardous chemicals and improper use of fertilizers which has an adverse effect on the ecosystem.

Published by: Rishab Harjai, Swapnil Thakur, Sahil Sachdeva, Dr. Leena Ragha

Author: Rishab Harjai

Paper ID: V4I2-2151

Paper Status: published

Published: April 26, 2018

Full Details
Research Paper

Waste oil powered burner

Due to continuous consumption, increasing energy demand and harmful exhaust gases of fossil fuels in transportation and power generation lead to guessing about alternative fuels. The chemical and physical properties of waste cooking oil were measured and Analysed according to ASTM standards.Their utilization as cooking fuel can bring numerous benefits not only for urban but also for rural communities. The paper focuses on characterizing VCOs(vegetable cooking oil) and UCOs(used cooking oil) as fuels for the household cooking application using a pressurized cooking stove. Physical properties such as auto-ignition point, auto-ignition time, flash point, density and viscosity of VCOs(vegetable cooking oil) play the role in combustion. Some properties of these oils were measured and characterized. Waste cooking oil was preheated to 90°C before oil nozzle. The oil was used directly used as a fuel in the pressurized cooking stove, it is possible to improve the combustion performance, thus by reducing the ignition time and incomplete combustion. The main target is to determine the quality and performances of the oils combustion. Crude VCO(vegetable cooking oil) gave the fastest auto-ignition time 30 s when compared with the other oils than other oils.

Published by: P Sivakumar, M P Monish, S Jayaram, P Sivakumar

Author: P Sivakumar

Paper ID: V4I2-1993

Paper Status: published

Published: April 26, 2018

Full Details
Research Paper

SHE-PWN technique incorporating series-sub multilevel inverter topology for V/F control induction motor

SHE-PWM Techniques are the concept of based on the decomposition of PWM voltage/current waveform using Fourier theory and formulations of given waveform properties. Generally, CHB Multilevel inverter using H Bridge Topology for each level output connected in series, Series sub topology using in Multilevel inverter reduced no of switches it can be reduced switching loss and price for the same level. In industrial application various types of control available for speed control induction motor. V/f control of induction motor is most widely used in industry because it’s simple, reliable and constant torque method. Here provide seven-level series sub multilevel inverter fed v/f control induction motor this inverter topology with SHE-PWM Technique eliminate dominant harmonic like 5th,7th,11th,13th and highly reduced THD of the output voltage. Performance of the Induction motor in this system has been verified in MATLAB/simulink® environment.

Published by: Hirankumar R Patel, Jatinkumar G. Patel

Author: Hirankumar R Patel

Paper ID: V4I2-2169

Paper Status: published

Published: April 26, 2018

Full Details