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Review Paper

Comparative analysis of various Machine learning algorithms for prediction of heart attack

In recent times an unhealthy lifestyle has led to rising in various heart conditions. Lots of people are losing their lives because of this. It would be really great to have the technology or a system that can collect data and predict and monitor heart conditions. So that person's life can be saved before it's too late. Accurate heart condition predictions are not an easy task. Data Science and AI can play a huge and crucial role in processing huge amounts of healthcare data. There are various machine learning algorithms available to process and predict the result. It is very important to choose the right algorithm so that the task can be performed efficiently. This ‘Seminar Work’ makes use of a heart dataset available in the UCI machine learning repository. The proposed work aims to predict the chance of heart attack and classifies patients' risk levels. We have implemented various machine learning algorithms such as Decision Tree, Logistic Regression, Random Forest, Naive Bayes. In this report, we have comparatively studied and analyzed the above algorithms. We compared the performance for all of them and tried to choose the best-suited algorithms for our task. The results of our test concluded that Random forest is the best-suited algorithm for our task. It has achieved the highest accuracy of 90.16% compared to other machine learning algorithms.

Published by: Swapnil Patwari, Rohan Kulkarni, Aditya Yendralwar, Prajot Pujari, Sonali Patil

Author: Swapnil Patwari

Paper ID: V7I6-1405

Paper Status: published

Published: December 31, 2021

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Research Paper

Electronic clothing development using boost converter circuit and GPS-GSM module using Arduino

Despite constant research and development of safety technologies for women, most novel technologies lack affordability and effectiveness. In our research, we investigated the existing technologies and developed an electronic jacket equipped with electric nodes which protect the victim by electrocuting the assailant. External help plays a key role in victim recovery and protection and hence our model also notifies the registered contacts, when the victim is attacked. The results support that the jacket can effectively shock the assailant by incorporating a boost converter circuit and sending notifications when the system is initialized by the victim.

Published by: Rahul Bhargava, Advitya Singhal, Parv Narang

Author: Rahul Bhargava

Paper ID: V7I6-1419

Paper Status: published

Published: December 31, 2021

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Research Paper

24 social networking platform

Social media has connected many of the users in the world together. By the end of 2015, we already had billions of users connected. And some predict that by 2020, the number of Social media users will reach or even exceed 50 billion. Connecting application is an integration of social networking and E-commerce. It majorly focuses on the social network growth and their development where the users in the world can show their talent in the form of art, dance, singing, photography, etc. to the relevant customer population by the means of our application and online transactional procedure. 24 Platform is built on React.js, Firebase database using VS Code, and Node.js and npm for the structural and design part of the main application. The content from users they have followed will be visible in the following tab and categories they have followed will be visible in the feed tab. Companies are increasingly using online communities to create value for the firm and its customers. Ensuring that brand activity is relevant to a social network’s core audience is crucial for advertisers wanting to tap into niche communities It is a concept derived from the drawbacks of different applications with the motive to combine their respective functions. This Application will serve them as a good place to share good work and a place where their work will be appreciated by the people.

Published by: Pranav Kale, Pushkar Satpute, Rohan Veer, Prasad Magar

Author: Pranav Kale

Paper ID: V7I6-1400

Paper Status: published

Published: December 31, 2021

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Research Paper

The glory of traditional terracotta temple town “Bishnupur”

The temple town “Bishnupur” is one of the oldest famous and very important places in West Bengal, India. The popular town is located in the Bankura district. It is culturally, artistically, and historically interesting and large enough to be noticed because of the Terracotta Temple. There are especially few Terracotta temples, which are very much fascinating with their decorative ornamentation style of monumental architecture. As historians have been noticed these temples were built by the Malla Dynasty. The Malla rulers were the believer and followers of Lord Vishnu, so they built many iconic monumental temples in this area. Due to this the temple town was famous with the name of “Bishnupur”. During the construction of temples, the artisans opted for local material like Terracotta and plaques which is available easily in the surrounded area. Particularly terracotta plaques fixed on temples comprise valuable elements for reconstructing the mythological, historical and socio-cultural heritage. The decorative temples have been made based on Mythological stories. Those fixed Terracotta plaques on the temples always remind and convey the stories of Ramayana and Mahabharata. The iconic monumental architectural temples have incredible vibes and it gives the impression of those earlier artisans who have sculpted are respected today. The style of architecture and the ornamentation of the temples of this area reveals the aristocracy of the artisan. The temple town is famous all around the world which fascinates the tourists to visit and enjoy the charm and beauty of this monumental terracotta temple. It also has different verity temples in numbers. If we start to differentiate the architecture of the terracotta temple of Radh Bengal, it has four categories like Chala, Ratna, Deul, and Dalan (Roy, 1998: 57). This area has a high value in the archeological survey, in our society as well as the Indian cultural heritage. In this paper, the subjects would be presented about the style, types, decorative motifs, and themes of the terracotta temples of the Bishnupur area.

Published by: Priyaranjan Behera

Author: Priyaranjan Behera

Paper ID: V7I6-1313

Paper Status: published

Published: December 31, 2021

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Research Paper

Scientifically who are you and scientifically why all living beings are one

A paper which answers the question, who are you ? and Why all living beings are 1.

Published by: Nishanth Mehanathan

Author: Nishanth Mehanathan

Paper ID: V7I6-1401

Paper Status: published

Published: December 31, 2021

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Research Paper

Application of ethanol-hydrogen based biofuel in the energy industry and its sustainable and economical utilization to world environment and international markets

Bioethanol is the world's largest-produced alternative to petroleum-derived transportation fuels due to its compatibility with existing spark-ignition engines and its relatively modern and sustainable production techniques. A major breakthrough is yet to be seen in the energy industry where; renewable fuels would take over the energy industry, becoming the self-sufficient fuel of the future. It’s Due to Bioethanol’s low calorific value, the modern-day fuel hasn’t reached its optimal potential yet. Hence producing sustainable blends would be the ideal solution to this hypothesis. The utilization of coffee grounds as a primary source of raw material would be extremely cost-effective since deriving bioethanol from such a source would only require manufacturing and operating costs. The study also notices the trend of the global economy shifting to using biofuels as a primary source of fuel such as the aviation industry aiming for a carbon-neutral economy by 2030 [4]. The blend of ethanol and Hydrogen would be the optimal fuel for the future. Hydrogen produces a net calorific value of 120 MJ/kg compared to Bioethanol’s Calorific value of 18.2 MJ/kg [3]. Petrol generates approximately 40MJ/kg upon burning that making the blend of Hydrogen and Bioethanol an optimal, potential source of energy [3].

Published by: Soham Das

Author: Soham Das

Paper ID: V7I6-1369

Paper Status: published

Published: December 30, 2021

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