An analytical study of Andhra Pradesh assembly past poll data to predict the outcome of current polls-2019
This study, by analyzing the poll scenario and poll data of the past general elections conducted for the assembly of the state of Andhra Pradesh from the date of its formation, aims at a) predicting outcome of present general elections-2019. b) predicting a number of seats to be won by major parties. A retrospective comparative study was designed on the data pertaining to seat share and vote share of major political parties in all the previously conducted general assembly elections (till 2014) and it was analyzed using linear charts. Three possible outcomes, in the order of probability, were obtained. Poll prediction can be done when past data is analyzed in a methodical way. of course, the validity of prediction awaits the decision of time, as these predictions are done ahead of polling-2019.
Published by: Mahidhar Reddy Venkatapuram
Author: Mahidhar Reddy Venkatapuram
Paper ID: V5I3-1170
Paper Status: published
Published: May 6, 2019
Alcoholic sensor to side step drunken driving road accidents
As for the survey done on the drunken and driving accidents are becoming more day by day. To overcome this issue we can initialize the alcoholic sensor and seat belt sensor to the vehicles. If we place an alcoholic sensor in the vehicles that sensors will identify the percentage of alcohol containing in the body and allow the engine too gets starts if the percentage of alcohol is more than the limit ignition will be blocked by the sensor. To sidestep the drunken driving accidents our proposed work may be useful to society. This system is integrating on the alcohol sensor, seat belt sensor with a microcontroller, relay switch and battery. The alcohol sensor used in our project is MQ-3 which detect the presence of alcohol content in human breath. Vehicle ignition system gets power from the battery through a relay switch. The ignition system will operate based on the level of blood alcohol content(BAC)in human breath detected by the alcohol sensor and if the seat belt is not used then the sensor will not allow microcontroller supply power to spark plug.
Published by: PoojaDeep M., Varshini B. N., Syed Salman S, Safir Ahmed M.
Author: PoojaDeep M.
Paper ID: V5I3-1198
Paper Status: published
Published: May 6, 2019
Cloud Computing-The data and analytics innovation
The future of every business rides on its IT architecture and database management. There’s enormous potential hidden in every organization's data, but it is not used to its optimum level. A cloud architecture securely integrates and governs the data and provides greater visibility, control, and insight across the business.
Published by: Farheen Aamir
Author: Farheen Aamir
Paper ID: V5I3-1181
Paper Status: published
Published: May 6, 2019
Treatment of sewage waste water using an agricultural waste corn cobs
Corncobs are agricultural wastes obtain in maize cultivation. It is less utilized part of the maize plant. Due to rigidity and their porous structure they can be used as an absorbent. Corncobs are available in large quantity, it may be burnt or given as food for animals. But if corncobs are burnt it causes air pollution which we already saw what happen in Delhi (Capital of India) and if corncobs are given as food to animals, they also not take it as it contains hemicellulose content in it and acts as an obstructing agent in the elementary canal of the animals. So, it is a good idea to use corncobs agricultural waste to treat wastewater. Sometimes they are thrown away but naturally, they take too much time to biodegrade. In this treatment no need of chemicals and electricity. The wastewater can be treated naturally using corn cobs as an absorbent. As corn cobs are cheap, this is more economical treatment. It is also easy and simple to operate. So, it can be adopted in villages also.
Published by: Lalit Pramod Patil, Ruturaj S. Patil, Kranti S. Deore, Gopal A. Vairalkar, Rohan E. Patil, Dr. S. L. Patil
Author: Lalit Pramod Patil
Paper ID: V5I3-1176
Paper Status: published
Published: May 6, 2019
Techno-economic feasibility report to reduce carbon footprint of JSPM campus
The basic idea of becoming Carbon Neutral or Carbon Negative is to reduce greenhouse emissions from direct and indirect sources such as electricity, transportation, solid waste, sewage waste, etc. These are potential sources of CO2 emissions which release a large amount of CO2 into the atmosphere. The accumulation of CO2 causes a serious impact on health and the environment. Also, there is a high cost for the generation of electricity which is uneconomical to our college. Following are the tasks which need to be accomplished to become Carbon Neutral: To identify various potential direct or indirect sources of carbon emission in JSPM campus which can be processed on the alternate energy source. •To find out the CO2 equivalent of each identified sources. • Working out on an alternate solution for the identified source within the existing conditions. • To determine the techno-economic feasibility of suggested techniques. This paper discusses the various economical steps to reduce the Greenhouse Gases and they are implemented around the campus. These plans include • ELECTRICITY- Analyze various electrical equipment and find their overall CO2 emissions per year and suggest feasible solutions to reduce the content of CO2 by the installation of solar panels and photovoltaic cells. • VEHICULAR EMISSION- Reduce the vehicular pollution using solutions like carpooling systems within the campus and replacing petrol and diesels by CNG’s. • SEWAGE WASTE- The CO2 emissions can be reduced by various techniques like reducing the BOD of the sewage treatment water.
Published by: Noel Thomas, Rugvedi Wankhade, Tanmay Jade, Amruta Shinde, Sumeet Khirade
Author: Noel Thomas
Paper ID: V5I3-1161
Paper Status: published
Published: May 6, 2019
Comparison of automated speed breakers with conventional speed breakers
The latest advancement in ITS (Intelligent Transportation System) is modernizing the manner in which we see the world at a quicker rate. Automated speed breaker system is a little introductory or basic environment-friendly ITS tool or device, which utilizes modern-day instrumentality to resolve to the sole purpose of traffic calming. The methodology and it's operating are easy to adapt to, however, it also reduces modern-day issues. This technology can be beneficial or convenient in counterparts world issues like pollution, growing traffic congestion, rise in fuel consumption and outflow of gases (CO and NOx), and safety to the road or street users in a much advance and trouble-less way. The emission of dangerous gases mentioned above by the vehicles has to be minimized and counterpart. These modern lives should adopt and learn to this current technology for a healthy and sustainable living surrounding. In this research, a study on speed behavior (breakers) of different class vehicles (two wheeler, four wheeler, and heavy vehicles) on conventional breaker system and automated breaker system is done; delay on CBS, travel time for both CBS and ABS, fuel consumption and emission rates through vehicles in the heart of Goa (Panjim) and at-last deployment rate of conventional breaker system and automated breaker system was carried out, it was observed that the delay, travel time, fuel consumption and emission rate is more in CBS than that of the ABS, but the deployment cost of ABS was higher than that of CBS.
Published by: Mohit Raj, Prof. S. D. Ghodmare, Rakesh Kumar Choubey
Author: Mohit Raj
Paper ID: V5I3-1202
Paper Status: published
Published: May 4, 2019
