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Recent Papers

Identify the Bioactivity Of Flavonoids In Erythrina Varigata Leavea Extracts Using The Pass Method

Erythrina Variegata plant as revealed from various literature resources, our work will be planned to predict the bioactivity of Erythrina Variegata leaves extracts using the ‘PASS’ software. The PASS predictions for the bioactivity of the sixteen flavonoids were found to be in the ranges from 65 to 97.7% as various inhibitors. Among the sixteen flavonoids from Erythrina Variegata leave, Vogel – A and Isowigteone were found to exhibit more bioactivity like Monophenol monooxygenase inhibitor (96.3, 97.7%), Membrane integrity agonist (91.4, 92.6%), CYP1A inhibitor (95.2, 95.3%), CYP1A1 inhibitor (95.7%), MMP9 expression inhibitor (89.8, 90.6%), Histidine kinase inhibitor (93.7, 94.4%), UGT1A10 substrate (92.4, 95.3%), Chalcone isomerase inhibitor (93.1, 93.0%), Aldehyde oxidase inhibitor (91.3, 89.4%), CYP1A substrate (89.1%).

Published by: A. Chandramohan, Geetha .S, Dr. S. R Divya

Author: A. Chandramohan

Paper ID: V3I1-1279

Paper Status: published

Published: January 27, 2017

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Automated Evaluation Framework for Student Learning using Concept Maps

The paper develops the concept map-based framework for Student learning evaluation. The main attention is devoted to automatically calculate the student understanding about the particular topic using concept maps where concept maps are a visual representation of understanding of any topic. We use Markov chains technique to calculate the score of student understanding and also use XML parsing technique to compare and evaluate the concept maps. The feedback generated by this framework gives the score of student understanding about the topic and is given to the teacher and student so that it will be useful to validate the knowledge and grasping the power of students. The final result will be in terms of interactive UI rather than simple graphs.

Published by: Miss. Amruta Suresh Awati, Dr. Arti Dixit

Author: Miss. Amruta Suresh Awati

Paper ID: V3I1-1278

Paper Status: published

Published: January 27, 2017

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Preparation and Standardization of Aloe Vera, Amla Blended Water Melon Juice

Juice is a beverage made from the extraction or pressing out of the natural liquid contained in fruits and vegetables. Studies on preparation and standardization of blended juice of Amla, Aloe vera, and watermelon were conducted. Use of Amla juice 7%, sugar 40gms, rock salt 1.3gms and citric acid 1.3gm resulted in the juice of good appearance, taste, and flavor.

Published by: Deepika Nanda, Ashwani Khajuria

Author: Deepika Nanda

Paper ID: V3I1-1277

Paper Status: withdrawn

Submitted: January 27, 2017

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Use of Educational Technology in Sidho Kanho Birsha University

Use of educational technology in Sidho Kanho Birsha University Assistant Professor Mudo Tamo Memorial College Ziro, Arunachal Pradesh Educational Technology is the very important issue of higher education in the present age. The investigator tried to understand the extent use of educational technology in master’s level in Sidho Kanho Birsha University in West Bengal. He collected 150 samples (students) with the direct and indirect method from different departments and used an open-ended questionnaire to collect the data and then analyzed the data with item analysis. The findings of the study are not satisfactory. Many departments don't use general educational technologies like power point projector, smart board, computers, films etc. Software’s of educational technology in the classroom are rare in higher education of that university. But out of classroom seminars are used in most of the departments. Education department and science departments are forward on this issue. The ongoing process of the university is positive on this issue.

Published by: Sourav Mahato

Author: Sourav Mahato

Paper ID: V3I1-1276

Paper Status: published

Published: January 27, 2017

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Liquid Level Control Using Fuzzy Logic in LabVIEW with Arduino

Liquid level control plays a crucial role in the industrial process control for the accurate results of the output (product). The fuzzy logic controller is the most commonly used method because of their accuracy and ease of design rules for nonlinear process control in the industrial application. The main objective of this paper is to show how liquid level of a couple tank system can be controlled by the fuzzy logic controller by using the LabVIEW software. Liquid level controller via is interfaced with Arduino Uno board using LIFA to see the controller performance. The output of the controller is observed by one LED and buzzer.

Published by: Nayanmani Deka, Pranjal Jyoti Hazarika

Author: Nayanmani Deka

Paper ID: V3I1-1275

Paper Status: published

Published: January 27, 2017

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Modelling and Simulation of PID and Fuzzy Based Controller of a Nonlinear Liquid Level Process Using Labview

The system under investigation is a coupled tank system of a common process in industrial control. The basic control principle of the coupled tank system is to maintain a constant level of the liquid in the tank when there are an inflow and outflow of liquid in the tank and outflow of liquid out of the tank respectively. The control of liquid level in tanks and flow between tanks is a problem in the process technologies. The process technologies require liquids to be pumped, stored in tanks, and then pumped to another tank systematically. In this work, an efficient elementary idea about the controller system and liquid level control for the tank system has been presented. The liquid level control system controls the level of the liquid whatever the disturbances, such as level change, increase/decrease of outflow and interaction between the tanks. The result shown in the project work is encouraging & promising. The main objective of this project is to determine the mathematical model of a coupled tank system using mass balance technique. It follows by designing the controllers consisting of PID and Fuzzy logic controllers for the system. At the final stage of this project, the usage of the controller in industrial applications is compared and analyzed. The reasons behind the selection of LabVIEW software among other is because of its strong graphical interface, user-friendly tools, and highly understandable approach.

Published by: Nayanmani Deka

Author: Nayanmani Deka

Paper ID: V3I1-1274

Paper Status: published

Published: January 27, 2017

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