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Recent Papers

Design of Domestic Airport in Hilly Terrain

In this project, we have designed a domestic Airport for hilly terrain. In this, we had designed the terminal building, runway, and taxiway. Also, we had used the natural light for daytime and solar panels for electrical needs of the Airport. We have provided service road and ambient parking for passengers. By testing the site conditions such as soil testing, wind speed test, and collection of rainfall data we have decided the direction of the runway then after we have designed the pavement for the runway .For the convenience of passengers, we have also planned the terminal building. Taxiway and other communication facilities also have provided for the airport. We have provided concentric panels for the electricity generation and supplied to the terminal building.

Published by: Monish R. Howale, Prathamesh R. Chikane, Chaitanya M. Jadhav, Sanjana A. Jadhav, Priyanka P. Kale, Prof. S. S Lembhe

Author: Monish R. Howale

Paper ID: V3I2-1403

Paper Status: published

Published: April 3, 2017

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Web Hosting And Live Streaming Using Raspberry-Pi For Home Automation

In this busy and comfortable lifestyle of peoples, communication technology has evolved in such a way that any information will be accessed from anywhere, at any time, by anyone. In today’s communication technology, communication is not only constrained between two computers, but it is a complete network called the internet. With advanced internet technology today not only we can access the information from anyplace, at any time, by any person, but we can also control and monitor various devices from anyplace, at any time, by any authenticated person, this technology is called Internet of Things (IoT). This report represents the application of IoT for Smart Home Automation system which includes a Raspberry Pi as a processing unit for data which is extracted from various sub-systems like, Temperature sensing system, Automatic light system, Cooling system, Gas detection system, Water level sensing system, Motion detection system and Lights on and off system. All these systems are monitored and controlled remotely by a web page.

Published by: Anuja Borkar, Krutika D. Sargar, Siddhi U. Jadhav, Shraddha J. Satpute, Ruchika R. Karande

Author: Anuja Borkar

Paper ID: V3I2-1399

Paper Status: published

Published: April 3, 2017

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Value Stream Mapping For Gear Manufacturing Mapping

Lean manufacturing is being followed by various organizations over these few decades. Lean manufacturing is started in many companies in order to enhance manufacturing practice change which mainly focuses on improving the efficiency of operations by eliminating and reducing wastes. Value Stream Mapping (VSM) is one of the key lean tools used to identify the opportunities for various lean techniques. The contrast of the before and after the LP initiatives in determine managers potential benefits such as reduced production lead-time and lower work-in-process inventory. As VSM involves in all of the process steps, both value added and non-value added, are analyzed and using VSM as a visual tool to help see the hidden waste and sources of waste. A Current State Map is drawn to document how things actually operated on the production floor. Then, a Future State Map is developed to design a lean process flow through the elimination of the root causes of waste and through process improvements. An Implementation Plan then outline details of the steps needed to support the LP objectives. This paper demonstrates the VSM techniques and discusses the application in an LP initiative on a product case study.

Published by: Shubham Arjun Kadam, Saish P. Torgal, Pramod S. Kharade, Shubham K. Chavan, Ganesh A. Shinde, S. M Huddedar

Author: Shubham Arjun Kadam

Paper ID: V3I2-1398

Paper Status: published

Published: April 3, 2017

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Road Assistance System Using GPS

The Road Assistance application was developed with the aim of providing emergency roadside assistance services round the clock to ensure a pleasurable and uninterrupted journey virtually anywhere. The application is designed to enhance the user experience and ensure that users get immediate and hassle free service in the event of any vehicle breakdown. Our application shall make all possible efforts to locate and direct the nearest service provider to user’s location. The application doesn’t just assure a prompt service in the rare event of a car breakdown, but it also helps with the mechanical breakdown towing, fuel delivery, flat tyre change and car collision etc. The application helps you to find your nearby service centers as well as the fuel stations in case of emergency situations like insufficient fuel on vehicles and Unavoided incidents like puncture, break failure, doping etc. The exact locations with the distance from your place with the directions using Google Maps let you know with ease to access with the help of this application on your smart mobiles.

Published by: K. Iswarya, D. Devaki, E. Ranjith

Author: K. Iswarya

Paper ID: V3I2-1396

Paper Status: published

Published: April 3, 2017

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Implementation of Hydraulic Quick Die Clamping System

Hydraulic Quick die clamping system (HQDCS) mainly focuses on rapid clamping and unclamping die. It is concerned particularly with the productivity improvement by reducing the timing of die clamp-unclamping. HQDCS is a system, which is a safe, quick and simple way to clamp dies, workpieces. The organizations are facing the problem of reduction in productivity and it is due to maximum loading and unloading time of die. To achieve these objectives there is need to study the various clamping system, hydraulic system and improvement in productivity by HQDCS system. With HQDC system, only button operation is required to lock the die. Die change time would only take a few minutes. A further object of this invention is to provide a hydraulic clamp for quick die clamping of the press machine and makes the use of the already existing hydraulic system. Implementation of HQDCS improves machine efficiency, clamping time and this ultimately improves production rate.

Published by: Akshay Bule, S. D Kalpande, Amol Deore, Premraj Joshi, Sumeet Gosavi

Author: Akshay Bule

Paper ID: V3I2-1395

Paper Status: published

Published: April 3, 2017

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An Effective Performance of Smart Sensor Network Using IOT

Wireless sensor networks (WSN) are used to monitor physical or environmental conditions like temperature, sound, pressure, etc. Due to the monitoring process, it requires more energy and power. But the major drawback is energy consumption and it is difficult to maintain the energy level of each sensor node. To overcome these issues, proposed a new algorithm called SSNC (smart sensor network Using Clustering approach). This approach helps to avoid the energy consumption by replacing the dead cluster head for efficient communication between the cluster members. And also scheduling process will be done through this algorithm. Experiment results analyze the performance of SSNC using network simulator version 2.35. Simulation parameters such as packet delivery ratio, control overhead, normalized routing overhead, and delay have been analyzed. This SSNC (smart sensor network Using Clustering approach) has increased the packet delivery ratio of 80% and reduces the routing overhead, control overhead, and delay.

Published by: Vijitha Ananthi J, V. Chinnalagi, R. Murugeshwari, T. Priyadharshni, K. Rajalakshmi

Author: Vijitha Ananthi J

Paper ID: V3I2-1393

Paper Status: published

Published: April 1, 2017

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