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A survey paper on cross-language information retrieval

As of now, the quantity of individuals getting to data over the web is expanding quickly step by step. An immense measure of data on the web is prepared in various dialects which can be gotten to anyone across anyplace whenever required. Looking for data is not any more restricted to the local language of the client, more outstretched to different dialects. This is been the reason for Cross-Language Information Retrieval. Here it manages to recover relevant data put away in a language that is unique in relation to the languages of the client's question. Multi-lingual data is flooding absurd these days. This variety of pages, almost in each famous language on the planet empowers the client to get to data in various languages on their decision. Yet, now and again the client is trying to compose their solicitation in a language they are familiar with, this is the reason that gives Cross-Language Information Retrieval (CLIR) for web applications useful. In this paper, we will discuss the issue identified with language interpretation. We in the paper display a strategy to certainly resolve ambiguities utilizing dynamic gradual grouping in Kannada to English cross-language data recovery. In this system, an inquiry in Kannada is first converted into English by looking into Kannada-English word reference, at that point reports are recovered dependent on space vector recovery for deciphered question terms.

Published by: Navya D. S., Kavya N., Noor Ayesha

Author: Navya D. S.

Paper ID: V7I3-1299

Paper Status: published

Published: May 17, 2021

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Research Paper

Automatic sanitizer dispenser with temperature screening

As the whole world is dealing with the Covid-19 pandemic the most significant solution to this is to sanitize hands and monitor the temperature. We have designed a system where we can sanitize our hands and monitor the temperature without any contact with the machine. Also, sanitizing spray is inserted for the objects sanitization

Published by: Nawaz Abass, Ashwini parab, Ruchita Vaidya, Rutuja Satav, Dr. J. Jeyavel

Author: Nawaz Abass

Paper ID: V7I3-1313

Paper Status: published

Published: May 15, 2021

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Research Paper

Integrated aquaculture with animal components and horticulture crops: Role of women in integrated aquaculture for household.

Integrated farming system is a valuable approach to addressing the problems of sustainable economic growth for farming communities. The integration of aquaculture with duck and poultry birds in pond site along with crop farming offers greater efficiency in resource utilization with production of addition food and income. The system involves recycling of waste or by products of one farming system as inputs for another compatible system and ensures efficient utilization of available farm space for maximising production. Women’s role and participation has often been ignored partly due to socio-cultural taboo against them. The present paper therefore, highlights that fisherwomen play a critical role in sorting of fish fingerlings, feeding of animals reared in ponds and of vegetable and fruit trees. Active help from local governments and mass literacy campaigns are very much needed to upgrade the knowledge of fisherwomen and skill.

Published by: Tanushree Chakrabarti, Mainak Banerjee

Author: Tanushree Chakrabarti

Paper ID: V7I3-1309

Paper Status: published

Published: May 15, 2021

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Research Paper

Solar panel embedded window blinds integrated with battery energy storage for home systems

India along with the world is facing an ‘Energy Crisis’. There is a significant gap in the demand and supply for electricity. In order to meet this situation, a number of options are being considered with a large focus on renewable energy research & development. Solar energy is the idle solution amongst the plethora of renewable energy sources available. Solar energy can be used to meet the demand for electricity with the help of photovoltaic systems. One of the major constituents of a photovoltaic system is the photovoltaic modules, also called solar panels, which help convert the energy obtained from sunlight into electricity. Photovoltaic System installations across the globe have accelerated dramatically in the past but at the same time are facing the challenges like land scarcity and solar irradiance. The proposed system focuses on increasing the number of solar panels installed to generate electricity within a building without modifying the existing resources. Apart from harvesting solar energy from the panels installed on the roofs, the same can also be done using windows and hence eliminating space scarcity. The proposed system consists of solar panels embedded on window blinds. The system aims to automatically track the sun’s position throughout the day. The position of the solar panels attached to the blinds is adjusted to optimal angles to generate electricity. The obtained energy is then stored in a battery and further converted to alternating current for various applications.

Published by: Shashank Shekhar, Brinda Bhowmick, Abhay Sahu, Ramamoorthy Kumar

Author: Shashank Shekhar

Paper ID: V7I3-1305

Paper Status: published

Published: May 15, 2021

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Research Paper

Deep Learning for engineering applications

In this paper, we formulate a new artificial intelligence based deep learning formulation to solve engineering applications in domains, heat transfer (2D,3D), strength of materials (2D,3D), design of machine elements, 3D component analysis, 3D assembly analysis, fluid dynamics (2D,3D), Kinematics/Vibrations/control (2D, 3D). Our deep learning based Distributed Artificial Neural Network (DANN) formulation showed six orders of magnitute speed up in computational time and needed an everyday use laptop, not necessiating high end super computer servers for engineering applications analysis. Further, the accuracy of the engineering solution showed 99.9% accuracy and comparable to the conventional existing engineering applications analysis results.

Published by: Vishal Nandigana, Ananyananda Dasari, Deepak Somasundaram, Arivoli Anbarasu

Author: Vishal Nandigana

Paper ID: V7I3-1286

Paper Status: published

Published: May 15, 2021

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Research Paper

Sustainable toilets by using lightweight precast concrete panels

The objective of this project is to designing and managing a self-sustaining toilet for implementation in rural areas of India, the toilet will be built out of low-cost and readily accessible materials and require little to no water, no electricity, and minimum maintenance cost and management. I work for reducing the total cost of the toilet and making the proper management of sensitization in the rural areas. Cast in-situ construction is time taking process as compared to precast concrete panel construction so precast concrete panels are very useful for time-saving and overall cost reduction of toilet construction.

Published by: Shinde Bhagyashri Vasant, N. V. Khadake

Author: Shinde Bhagyashri Vasant

Paper ID: V7I3-1311

Paper Status: published

Published: May 15, 2021

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