Buccal cortical bone thickness of hyperdivergent and hypodivergent Bengali subjects in mandibular posterior region
Forms and functions of structures are two interrelated things in the human body. Bones adapt to functional forces according to Wolf's law. Our jaw bones also follow the same law. Facial divergence has been related to forces of masticatory muscles. Whereas muscle forces have been related to the cortical thickness and facial divergence, limited research has been conducted relating cortical bone thickness to facial divergence. Objectives include to asses differences in dentoalveolar buccal cortical bone thickness between hyperdivergent and hypodivergent Bengali population in mandibular posterior region. The aim is to provide reference data for orthodontists placing mini-screw implants for treatment purpose. Materials & Methods:No of subjects 40. Subjects with Frankfort mandibular plane angle more than 29° were classified as hyperdivergent and less than 21° were classified as hypodivergent. Age group is between 14 to 26 yrs.
Published by: Dr. Nilanjana Ghatak, Dr. Prasenjit Banerjee
Author: Dr. Nilanjana Ghatak
Paper ID: V4I5-1504
Paper Status: published
Published: October 31, 2018
IoT based smart garbage collection system and alert system
In megacities due to comparatively more population along with the rapid urbanization, the collection of garbage is becoming a big task. Waste management is a matter of concern, an equal involvement of the Government and the citizens is a must to manage and overcome waste management issues. With the help of IOT and with the vision of Smart cities, a simple technology can be implemented in order to improvise the current system and take a step forward towards solving waste management issues using IOT. We are proposing a smart garbage truck collecting/tracking system which is run with the help of ESP8266 and the real-time truck data is sent to the Government accessible by an MIT app through FIREBASE database system, furthermore UBIDOTS is used to monitor the garbage level within the truck with the help of an Ultrasonic sensor, which keeps sending real-time data to the app which is accessible to the government and the public of that particular area/locality. By using this method the government authority can track if the garbage truck is collecting garbage as per it route/schedule and also if a truck is a full midway an empty truck can be sent to do the collection of waste. Our system is solving two problems one is being cost efficient and the other is making sure that the garbage is picked up from all the bins in that area/region. One of the most unique features of our system is that we can track the location of the truck without using a GPS
Published by: Mohamed Irfan Sadiq, Akshatha P, Bharath S P, Mohammed Shahab, Mrityunjay Nutan, Chaitra Paul, Lakshmi Suresh, Sarang Pramode, Saurabh Jacob Kuruvila, Sanath Rajagopal, Kurra Saraswathi
Author: Mohamed Irfan Sadiq
Paper ID: V4I5-1492
Paper Status: published
Published: October 31, 2018
Gesture recognition robot
Hand gesture recognition system received great attention in the recent few years because of its manifoldness applications and the ability to interact with machine efficiently through human computer interaction. In this paper a survey of recent hand gesture recognition systems is presented. Key issues of hand gesture recognition system are presented with challenges of gesture system. Review methods of recent postures and gestures recognition system presented as well. Summary of research results of hand gesture methods, databases, and comparison between main gesture recognition phases are also given. Advantages and drawbacks of the discussed systems are explained finally.
Published by: S Sai Prashanth, V Srimaan, Venkat Rohit
Author: S Sai Prashanth
Paper ID: V4I5-1500
Paper Status: published
Published: October 30, 2018
Intelligent transport systems in India: State of the art
Road transport is the important mode of transport next to Railway transport in Land transport of India. Road transport has the advantages of low cost, connecting the most number of places including villages, accessibility to all levels of people. Indian road carries 85 percent of the passengers and 70 percent of the freight traffic of the country. Artificial intelligence (AI) is a branch of computer science that aims to create intelligent machines. It has become an essential part of the technology in road transport. Digitalization, electrification, automation and the sharing economy are fast transforming transport services. Intelligent Transport System(ITS) is a part of AI which plays an important role in making the road transport smarter by applying various techniques. This paper deals with the techniques used in ITS, ITS technologies used in developed countries, the scenario of Indian cities where congestion is the main issue, participation of government organization in ITS, utilities of ITS in India and Sensing technologies used in ITS.
Published by: Selva Prabha Raman, Jayamma Rodda
Author: Selva Prabha Raman
Paper ID: V4I5-1499
Paper Status: published
Published: October 30, 2018
Open Data Cube: Future of EO satellites
The Open Data Cube (ODC) is a network of individuals and associations building ability for working with earth perception information. At the center, the ODC is a product library and set of order line devices. What's more, keeping the center together we have a gathering of associations working together on technique and who may keep up particular usage of the ODC. To study the Earth Observation data, ODC is playing a great role which will help scientists to make a confident conclusion.
Published by: Parul Mittal
Author: Parul Mittal
Paper ID: V4I5-1506
Paper Status: published
Published: October 30, 2018
Education system for visually impaired
With the outburst of smart-phones today, the market is exploding with various mobile applications. These smartphones help people by providing easy access to information and providing many basic functionalities to them. The sighted people can use such smartphones easily but due to the inability to read information on the screens, blind people face tremendous difficulties in using smartphones. Despite growing awareness of the accessibility issues for blind people, designers still face challenges when creating accessible interfaces. One major stumbling block is a lack of understanding about how they actually use touch screens. Many studies have been conducted to compare how blind people and sighted people use touchscreen gestures. In this project, we propose “Education System for Visually Impaired Students” a mobile application for visually impaired students to help them in the academic area. Moreover, we present a text-to-speech interface to ease the usage of smartphones for the blind user.
Published by: Shweta Bhalerao, Padmini Sapre, Sakshee Mankame, Gauri Jadhav
Author: Shweta Bhalerao
Paper ID: V4I5-1496
Paper Status: published
Published: October 30, 2018
