Stream indicator for 10th pass
This project is taken by looking forward to the current scenario of the world. In this project we gave a brief about what is career guidance and why it is important to make a career plan. As we are going through a tough situation, we thought that this topic will be useful for the students who will be giving their boards this year. In this situation guidance plays an important role to curve one’s career. As it is an online platform it will be feasible for everyone to reach it easily. Stream guidance and student is an extremely broad and a comprehensive concept, in order to implement this task effectively there are number of factors that need to be taken under consideration. The guidance regarding one’s career and the counselling of students involves a conversation between a stream counsellor; who should be an expert in his field, he should possess all the skills, abilities, knowledge and information regarding the job openings, prospects, opportunities that are available and possess the ability to effectively communicate with the person who is seeking counselling and guidance. Due to this pandemic situation as 10th students have been promoted, they need a proper guidance to select their stream. So as we are not able to move out of our door steps one can take benefit of these online consultation and choose their stream wisely. In this project, we have conducted research in order to recognize the significance of stream guidance and student counselling; the main areas that have been underscored in this project is how in this pandemic online counselling as gained importance and why is it so mandatory to go for online consultation.
Published by: Ankita Mudhale, Vrushali Jagtap, Rutuja Kotkar, Bhagyashree Mhatre, Manish Salvi
Author: Ankita Mudhale
Paper ID: V7I3-1587
Paper Status: published
Published: May 31, 2021
Client management and client interaction model for law office
Customer Relationship Management (CRM) is one of the most potent business strategies to emerge in recent years. Its allure is rooted in common sense which dictates that the more an organization knows about its customers and the closer the relationships it can forge with them, the better it can serve their needs and the more it can sell
Published by: Abhishek Srivastava
Author: Abhishek Srivastava
Paper ID: V7I3-1562
Paper Status: published
Published: May 31, 2021
Contagion buster contact tracing with app Integration
Some of the recent developments in data science for worldwide disease control have involved research of large-scale feasibility and usefulness of digital contact tracing, user location tracking, and proximity detection on users’ mobile devices or wearables. A centralized solution relying on collecting and storing user traces and location information on a central server can provide more accurate and timely actions than a decentralized solution in combating viral outbreaks, such as COVID-19. However, centralized solutions are more prone to privacy breaches and privacy attacks by malevolent third parties than decentralized solutions, storing the information in a distributed manner among wireless networks. Thus, it is of timely relevance to identify and summarize the existing privacy-preserving solutions, focusing on decentralized methods, and analyzing them in the context of mobile device-based localization and tracking, contact tracing, and proximity detection. Wearables and other mobile Internet of Things devices are of particular interest in our study, as not only privacy, but also energy-efficiency, targets are becoming more and more critical to the end-users. This paper provides a comprehensive survey of user location-tracking, proximity-detection, and digital contact-tracing solutions in the literature from the past two decades, analyses their advantages and drawbacks concerning centralized and decentralized solutions, and presents the authors’ thoughts on future research directions in this timely research field.
Published by: Ankita Sonilal Neware, Shivani Anil Talmale, Nisha Suresh Mahure, Diptee Sheshrao Yerkhede, Vrushali Suklal Baghele, Dr. Pravin Raut
Author: Ankita Sonilal Neware
Paper ID: V7I3-1582
Paper Status: published
Published: May 31, 2021
Wireless health monitoring and hospital accessing system
The COVID-19 epidemiological situation and death counts are breaking daily records. New cases are reporting everywhere and hence a situation of examining health of an affected emerges. But most of the people (especially elders) are afraid of being affected if they are approaching a health centre (or hospitals) and so back up with the decision. In addition to this, those who are suffering with severe respiratory issues are to be monitored continuously. In this project, a prototype of wireless health monitoring system capable of sending information related to the health status of the patient is developed. The project can be divided into two stages of data acquisition & processing, and Communication stages. Data acquisition & processing stage consists of sensors and microcontroller. Sensors monitor temperature, BP, SPO2 etc of the patient. The output of sensors are converted to digital form and processed by the microcontroller. The details are viewed by the patient on the display and at the same time by the software user who is linked with the microcontroller WiFi. Critical value of the measured data can be set. When they exceeds threshold, it will alert the whole system. Once abnormalities are detected, the system transmits the information to the hospital database.
Published by: Arya A. V., Sneha S. Christopher, Ashik Muhammed, Elza Elezabeth Joseph, Nurul Hidaya
Author: Arya A. V.
Paper ID: V7I3-1564
Paper Status: published
Published: May 31, 2021
Frequency controlled variable speed drive for Single Phase Induction Motor
Induction motors with a single phase are commonly utilised in household goods and industrial control. Controlling the speed of these motors allows for multispeed and multifunctional operation. The variable speed drive of an induction motor utilising the frequency control approach is the subject of this research article. It is to build a solid-state control system that is both dependable and cost-effective for usage with fractional horse power motors. The proposed variable speed drive contains a power conversion section (AC to DC and DC to AC), which employs an IRF 840 N-channel MOSFET as the switching element. To give alternating current to the motor, four IRF 840 MOSFETS are employed as H-bridge inverters. In this drive, C124 transistors and MJE 13002 transistors are used as driver circuits to drive the H-bridge inverter. In this drive, there is two power supply. The frequency control circuit and driving circuit both need a 12 V power supply. For the H-bridge inverter, a 300 V power source is employed. The frequency is controlled by a pulse width modulation SG3525A IC in this drive. For altering the speed of an induction motor, the designed variable drive circuit has a frequency range of 16 Hz to 56 Hz at a constant voltage. The driving schemes of single-phase induction motors are discussed in this research study, as well as the principle actions of components utilized in variable speed drives, as well as the design calculations needed to build this drive, are supplied. Furthermore, the experimental testing of this drive when running a single-phase induction motor with a fractional horsepower is presented.
Published by: Dr. Ali Ahmed Razzaq
Author: Dr. Ali Ahmed Razzaq
Paper ID: V7I3-1585
Paper Status: published
Published: May 31, 2021
Human Following Robot
In Robotic industry has evolved so much and has been a revolutionary in helping human being to complete certain task. Without the help of industrial robotics to produce car, cell phone or a computer, productions will suffer as time is a very important factor for businesses. Researchers around the world understand this, and there is already an artificial intelligent robot being produced. Each year, there will be new findings to create a robot that may one day behave similarly like a human being. However, this project deals with only a human following robot which makes use of a metal and an RFID to distinguish the owner of the robot and follow the person. In an environment such as hospitals, schools, and shopping malls. Having a robot assistant surely seems like a dream for most of us. A robot that can help us carry items, accompany us at shopping malls, or during a jogging session at the park. A robot that can help nurses at hospital or bringing the medical supplies during war to injured soldiers. There are so many advantages of having such robot, that in the future, it will most likely be the trends. There are a lot of research surrounding this topic. Person detection and tracking using diverse image features and classifications method. Most of this research use a fixed camera, because when using a moving camera, there is a problem with background/foreground separation. Metal detectors and RFID tags are commonly used for person detection and tracking for this type of robots. The RFID tag is used to tag the owner of the robot and follow the person without getting mislead by any other person. The human following robot can be provided with sensors like Ultra sonic and IR sensor for obstacle detection. It can be connected through RFID to receive the commands.
Published by: Ileni Abhinav Theja, Gudur Chandrakanth, Ravvula Akhil, Shaik Areef
Author: Ileni Abhinav Theja
Paper ID: V7I3-1579
Paper Status: published
Published: May 31, 2021
