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XML based UI designer using C++

The application aims for generating a Graphical User Interface (GUI) from XML-based documents. Within the application, display components for building a GUI are defined, also a layout hierarchy will be describing the layout relationships between the displayed objects, specifying how relative these display components are on a layout window in the GUI. The appearance of display objects within the GUI may also be altered which are humanly readable that makes debugging relatively easy. So, this is an application wherein the XML files can be read, modified, and also be extended to contain new information without breaking existing implementations. Most significantly, describing interfaces as structured documents allows efficient reuse of composite UI objects. Thanks to this manipulation and storage, users can create and customize interactive layouts.

Published by: Medhavi Pimple, Harshada Bauskar, Vartika Chand, Sneha Sabale, Nilesh Kulal

Author: Medhavi Pimple

Paper ID: V7I2-1491

Paper Status: published

Published: April 26, 2021

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Research Paper

Framework for slicing 6G networks for efficient multi-tenancy

6G Networks are going to be the reality in near future and are going to be used in all walks of life for multiple purposes. The network slicing facilitates optimum usage of the network resources cost-effectively by the service providers and major consumers. In this paper, prevailing slicing methodologies were analyzed and a better and efficient Artificial Intelligence-based Network slicing framework is presented, for use in the upcoming 6G communication network technologies.

Published by: Maansa Krovvidi

Author: Maansa Krovvidi

Paper ID: V7I2-1354

Paper Status: published

Published: April 26, 2021

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Review Paper

Bioplastic from Banana Peel

Plastics play a major role in several industrial applications owing to their properties such as elasticity (plastikos-elasticity), cheap availability, durability, convenience in packaging, and various other features. However in current times; its usage has posed severe irreversible threats to the environment and its species owing to its non-biodegradable nature. The development of bioplastics and their commercialization has thus become the need of the hour. The ideology of producing bioplastics from agro-based wastes proves to be an innovative solution to the aforementioned issue. This article reviews the production of bioplastic from banana peel via various methodologies and its applications. The additives used for its production and the testing methods revealed that the end product met all standard requirements to act as a replacement for synthetic plastic.

Published by: Jerlin Vinodh, Subasree P., Mausheimi G., Sanju Vikashni R.

Author: Jerlin Vinodh

Paper ID: V7I2-1480

Paper Status: published

Published: April 26, 2021

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Research Paper

Analysis of toggle Lever with the help of FEA in Ansys

The subject of this project is the analysis of Toggle Lever. Toggle lever is used in pneumatic parts which are used to restrict the air supply as well as is used to locate the cylinder parts. In this paper, we modeled a 3D geometry of the Toggle lever using Catia v5R21 and performed structural analysis on Ansys 2021 R1. We have done a comparative analysis with the structural steel material of the toggle lever. Finite element analysis (FEA) is software from Ansys that gives users the ability to automatize and design or customize simulations. FEA uses mathematical models to understand and quantify the effects of physical phenomena like forces, vibration, deformation, pressure, heat, and other physical properties affecting the simulations, thus reducing the needs of prototypes. Basically, finite elements are a method which divides the large problem into smaller one with the help of static structural in the finite elemental analysis, we can calculate deformation, stress, strain, and other values. FEA helps us to tell at what maximum and minimum value the deformation is taking place so that we can conclude at the particular value the product is going to break or bend. In this paper, static structural analysis is done on the toggle lever by changing the elemental order such as linear and quadratic are used by interchanging the span angle center which is coarse, and fine. It was observed that there was a difference in values of nodes and elements changed by corresponding linear and quadratic element order with coarse and fine span angle center. It resulted that the number of nodes was greater in quadratic element order than in linear element order. In the static structural analysis, we observed that the element order having more number of nodes gives maximum deformation, stress, strain compared to the element having less number of nodes. Thus, quadratic element order gives maximum values and accurate results as compared to linear element order.

Published by: Atharva Anil Joshi

Author: Atharva Anil Joshi

Paper ID: V7I2-1500

Paper Status: published

Published: April 26, 2021

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Review Paper

A review on molecular methods in the detection of foodborne pathogens

Food safety is a major healthcare concern globally. Foodborne pathogens are held responsible for the elevated incidence of foodborne diseases worldwide, which also has an economic impact more so in developing countries. For these reasons, it is crucial to supply food that has undergone testing and is safe for consumption. Initially, testing for pathogens solely relied on culture-based methods; which turned out to be time-dependent and labor-intensive. Identification of pathogens in a short time with standard accuracy stood as a challenge. After decades of research, rapid detection methods were developed to ensure food safety at an industrial level. Rapid techniques comprised of nucleic acid-based methods like PCR, multiplex PCR, nucleic acid sequence-based amplification (NASBA), loop-mediated isothermal amplification (LAMP), and DNA microarray; immunological-based methods like enzyme-linked immunosorbent assay (ELISA) and lateral flow immunoassays and optical, electrochemical, and mass-related biosensor were the popularly used methods. DNA markers were also commercially available for the detection of the target organism in the sample. The main purpose to devise these molecular techniques was to provide rapid, highly sensitive, and specific results while being economically convenient. This report summarizes the existing molecular methods and improvements that were made over the years for the detection of foodborne pathogens.

Published by: Asmita Pramanic

Author: Asmita Pramanic

Paper ID: V7I2-1497

Paper Status: published

Published: April 26, 2021

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Research Paper

Static structural analysis of split muff coupling under maximum load conditions

The split muff coupling is also called compression coupling. It is a rigid coupling, the main advantage of this coupling is that it runs at a heavy load with a moderate speed. In the current paper, static structural for the coupling is done using Ansys Workbench 2019 and the CAD model is created using Solidwork. This paper deals with Static Structural analysis of Split Muff Coupling under maximum torsional load condition. Static Structural is much needed and monitoring that for maximum loading conditions for Split Muff Coupling approach can be used for prophecy purpose.

Published by: Prajwal Sudhir Kulkarni

Author: Prajwal Sudhir Kulkarni

Paper ID: V7I2-1466

Paper Status: published

Published: April 26, 2021

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