Smart glove for hand gesture recognition
Human beings have a natural ability to see, listen and interact with their external world. Unfortunately, there are some people who are differently abled and do not have the ability to use their senses to the best extent possible. Such people depend on other means of communication like sign language. This presents a major roadblock for people in the hearing and speech impairment communities when they try to engage in interaction with others who are unfamiliar with the sign language, especially in their educational, social and professional environments. Therefore, it is necessary to have a gesture recognition or sign language detection system to bridge this communication gap. The main aim of the proposed system is to develop a smart glove for real-time gesture recognition using IoT. A mobile application is used as an interface to convert gestures into speech or voice output.
Published by: Bhavana Madabathula, Geethika Dantuluri, Alekhya Sripada, Gompa Haasini, Anusha Vangala
Author: Bhavana Madabathula
Paper ID: V5I2-1407
Paper Status: published
Published: April 2, 2019
Fully automatic solar based grass cutter using AT89S52 microcontroller
In our day to day life, Automation is a very important part of the invention. Presently manually handled devices are commonly used for cutting the grass over the lawn or gardens. Because of this, there is pollution and loss of energy. The old grass cutters need to be replaced by automated one where sensors are used for guidance and obstacle detection using the battery as a power source. In our project solar panel will be attached to the top of the robot this will reduce the more power consumption. This paper presents an overview of hardware and software technological development for making efficient and costs effective grass cutter.
Published by: Ankita Ambatwar, Nikhita Nakhate, Dhanashri Shinde, Shubham Dhargave
Author: Ankita Ambatwar
Paper ID: V5I2-1710
Paper Status: published
Published: April 1, 2019
E-Cycle
Nowadays personal and efficient modes of transportation used in India include bicycles, mopeds, and motorcycles. These mopeds and motorcycles tend to be more costly in terms of initial buying cost, ever-rising prices of fuels required for driving these vehicles & high maintenance costs. Also, the fossil fuel deposits are getting depleted day by day and it’s hard to find the new ones to replace them. Moreover, pollution due to these fuels is jeopardizing the environment continuously. On the other hand, the low buying cost and zero running cost of traditional bicycle sometimes tend to be inconceivable as lots of muscle power is wasted by rider propelling the pedals to rotate the driving rear wheel. Keeping all this in mind, we proposed a new way to cater to people as well as to provide a solution for environmental pollution. Thus Solar Energy is one of the freely available energy sources in nature which could be harnessed easily and converted to electrical energy using a low-cost mechanism such as solar panel and used for the purpose of instilling mobility. Hence, a Solar Powered Electric Bicycle is proposed over here. Our solar powered electric bicycle developed is driven by Brush-less DC motor. The solar panels mounted, on the bicycle, which will charge the battery, which in turn drive the motor.
Published by: Rahul Bodar, Shrikishan Agarwal, Brijen Vasani
Author: Rahul Bodar
Paper ID: V5I2-1449
Paper Status: published
Published: April 1, 2019
Smart route potential generation by using insolent plate system combined with cosmic panel
Through this project, we have tried to generate the electricity through the insolent plate system and cosmic panel. The idea of this project came from a road power generator. The smart route potential generation system is a new type of unconventional source of energy as well as combined a cosmic panel for a more need of binary generation. As it works by reusing the wasted energy from vehicles and cosmic rays, the kinetic energy can be converted to electrical energy. Millions of vehicles are traveling on our roads and panel is the field of technology and research related to the devices which directly convert sunlight into electricity. Which can be both combined process are used in powering roadway signs, street lights, and storage systems for back-up and emergency power. This will help the economy by producing electricity at less cost than petrol and nuclear. In this paper, an experimental approach is presented in order to prove the concept of operation of the SRPG system as a usable form of energy.
Published by: N. Mohamed Asif, K. Maheswaran
Author: N. Mohamed Asif
Paper ID: V5I2-1595
Paper Status: published
Published: April 1, 2019
A survey on empowering women in the workplace special reference to Kurukshetra University, Kurukshetra
Today the empowerment of women has become one of the most important concerns of the 21st century. But practically women empowerment is still an illusion of reality. The career priorities of working professionals are consistent across genders, women in the workplace continue to face issues limiting their growth trajectory within organizations. There is still a dearth of strong female leaders in organizations that women can look up to as role models. By reviewing major strands of the theoretical, methodological, and empirical literature on women empowerment from the different fields and attempt to summarize what we know and don’t know about what leads to women’s empowerment in the education sector. This paper attempts to analyze the status of women empowerment in Kurukshetra University, Kurukshetra by randomly collecting data from various faculty members of different departments. and highlights the reasons why working women in university feel they are under-represented in leadership positions. Based on the analysis, this study will provide some concrete recommendations regarding the key drivers which will facilitate working women in their careers within the university.
Published by: Shivani
Author: Shivani
Paper ID: V5I2-1622
Paper Status: published
Published: April 1, 2019
Application of 8D methodology for productivity improvement in assembly line
Productivity rate means the number of products produced for a specific amount of time. For an Industry to meet the customer demands on time, the productivity rate should be high. This research paper deals with the application of the 8D methodology for increasing the productivity by reducing the cycle time of the process in a wheel and rim assembly line. The 8D methodology is problem-solving eight disciplinary methods which help in identifying, analyzing, providing solutions and eliminating the reoccurrence of the problems. This paper deals with identifying the root cause of the problem and providing the solutions and also to prevent reoccurrence of the problem. This paper also deals with Value Stream mapping and Cause and Effect Diagram for analyzing the problem. This methodology helps to identify and solve the problem through the simplest approach by a step by step procedure.
Published by: Pradeep S., Ganesh Kumar S., Karthik R., Sai Suraj A., Gopi Kishore S.
Author: Pradeep S.
Paper ID: V5I2-1633
Paper Status: published
Published: April 1, 2019
