Augmented cut and paste
Augmented reality (AR) is an intelligent involvement of a real-world environment where the objects that dwell inside the world are upgraded by computer-generated perceptual data, now and then over numerous sensory modalities, including visual, auditory, haptic, somatosensory, and olfactory. AR is regularly characterized as a framework that fulfills three essential highlights: a blend of genuine and virtual universes, real-time interaction, and exact 3D enlistment of virtual and genuine objects. The overlaid sensory information can be constructive (i.e. additive to the natural environment), or destructive (i.e. masking of the natural environment). This involvement is consistently interlaced with the physical world such it’s seen as an immersive angle of the vital environment. In human–computer interaction and interface plan, cut, duplicate and glue are related commands that give an inter-process communication method for exchanging information through a computer’s interface. The cut command evacuates the chosen information from its unique position, whereas the duplicate command makes a copy; in both cases, the chosen information is kept in transitory capacity (the clipboard). The information from the clipboard is afterward embedded wherever a glue command is issued. The information remains accessible to an application supporting the highlight, in this way permitting simple information exchange between applications. With modern developments in machine learning, it's possible to accurately detect people and objects around us, remove the background automatically and transfer the result to a computer. To date, AR had been utilized to venture advanced pictures into the genuine world. However, the “AR Cut & Copy” app reverses the process and brings physical things into the digital world.
Published by: Jay Arun Bhoir, Chaitanya Naveen Nawathe, Shubham Ravi Jambekar, Yogita Chavan
Author: Jay Arun Bhoir
Paper ID: V7I3-1195
Paper Status: published
Published: May 6, 2021
Linear least square approach for the acquisition of the undistorted surface EMG signal
In general electromyography (EMG) is used to find the activity of muscles. When we want to extract accurate information, it is required to record clean and undistorted electromyography (EMG) signals. Generally, when EMG is recorded of some specific muscles, it is often contaminated by ECG signal, hereby significantly increasing the power of EMG signal. This can hardly be avoided; therefore, to extract valid information it is necessary to process EMG signal to remove ECG signal. Here we model such that variations of the ECG in terms of amplitude and frequency time are evaluated by using the Heart rate and QRS complex; the respective variations are simultaneously captured by a set of third-order constant-coefficient polynomials modulating a stationary harmonic basis in the analysis window.
Published by: Snehal Baburao Gaikwad, Shivaji G. Shinde
Author: Snehal Baburao Gaikwad
Paper ID: V7I2-1532
Paper Status: published
Published: May 5, 2021
Automatic hand sanitizer with temperature sensing
The automatic hand sanitizer and temperature sensing system design is an important system required in today’s COVID -19 pandemic. The system is automatic which helps people to get sanitized without touching the machine system. The temperature sensor senses the body temperature of the people which helps to recognize people having high temperature than the normal body temperature.
Published by: Neelam Pandey
Author: Neelam Pandey
Paper ID: V7I2-1544
Paper Status: published
Published: May 5, 2021
IoT based android application for remote health monitoring
Health care is extremely important to each country. Negligence in health monitoring may result in negative outcomes. The advent of the Internet of Things (IoT) facilitates growth in the digital health care field. The main idea behind the project is to constantly monitor the health condition of a person with the help of sensors and the internet. The core purpose of the project is to develop an android based application that collects the data from a wearable sensor like a smartwatch via Bluetooth and transfer the data to the cloud for data storage and graphical analysis. The stored data can be accessed across various devices connected through the Wi-Fi module. The entire application is developed on the Android Studio platform and Firebase real-time database is used for the back-end services of the application. As the outcome of the project, an application is developed that connects different devices through the internet that helps in monitoring the patient’s health even from a far distance without necessarily approaching the patient and can also be alerted in case of any abnormalities.
Published by: Nithya Sree Kusakula
Author: Nithya Sree Kusakula
Paper ID: V7I3-1165
Paper Status: published
Published: May 4, 2021
The intelligent agent-based information security model for cloud
Today’s era is the era of cloud computing and agent-based processing. Data security and integrity are achieved by information security systems, which ensure the continuity of business and protect organizations against potential risks. Information security systems are used to estimate the risks and search the place of the occurrence of the risks. It should also be able to measure the risk consequences associated with cloud organizations. The cloud organizations must analyze the information system processes and they should develop their own information systems based on the analysis. This paper proposes a comprehensive Agent-Based Information Security framework for Cloud Computing. We have considered risk assessment methods for calculating consequences by focussing on potential threats, assets, vulnerabilities, and their associated measures. A decision system for the organizations is created by taking the help of intelligent (smart) and software agents that are used to fetch and group the relevant information used in a framework that decides against threats based on information provided by the security agents. We have used a fuzzy inference system based upon fuzzy set theory for creating a decision system.
Published by: Milind Deshkar, Dr. Manoj Kumar
Author: Milind Deshkar
Paper ID: V7I3-1157
Paper Status: published
Published: May 4, 2021
Pillars of the new education policy 2020
Education has long been recognized as a critical component of development. It is widely acknowledged as a critical component of individual and societal empowerment. The New education Policy 2020 aims to revise and update our country's education system, including its rules and governance, by making both school and college education more comprehensive, versatile, and multidisciplinary, in line with the 2030 Agenda for Sustainable Development. The aim of the present paper is to review the Four Pillars and their Importance in New Education Policy 2020. These NEP pillars are the steps that schools should take to implement changes and prepare their school to become a smart school and an institution that is ready to participate actively in this revolution. It believes that the goal of education is to produce good people who are capable of critical thinking and action, compassion and empathy, courage and endurance, scientific temper and imaginative imagination, and ethical moorings and values of the foundational pillars of the New Education Policy 2020. Its goal is to produce active, efficient, and contributing people who will help to create an equal, inclusive, and plural society as our Constitution envisions. The present study incorporates secondary data for an in-depth investigation and achieves the objectives of the study. The collected data were analyzed critically on the basis of the result of the other published study of pillars of the New Education Policy 2020. NEP 2020'S Four Pillars are the measures that schools should take to introduce reforms and prepare their school to become a smart school and an organization that is ready to participate actively in the revolution. Critical thinking and imagination will be integrated into the curriculum. According to the Anjani Chaand study published on April 10, 2017, Mr. Prakash Javadekar, Minister of Human Resource Development, recently unveiled the five pillars or foundations of the New Education Policy. All of these pillars are critical to the NEP (New Education Policy), as the country needs a value-added education system that includes sports and Yoga, which is now widely recognized around the world.
Published by: Dr. Manikamma Nagindrappa Sultanpur
Author: Dr. Manikamma Nagindrappa Sultanpur
Paper ID: V7I2-1524
Paper Status: published
Published: May 4, 2021
