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Research Paper

IoT for monitoring diabetic patients

Diabetes is the most common disease in the world which will lead to death when there is no proper health care. Failure to control the disease not only results in long-term complications but also affects the life of the patients. If the glucose level is monitored day-by-day, it will help the patient to manage their health properly. The feedback information regarding their sugar level is helpful for the patient to take care of the health daily. In this paper, we discuss the system that is designed to monitor the glucose level, blood pressure and temperature of the person. By making the data available in the cloud, it can be used by the doctors to get the historical data. This will help better healthcare management of their patients. This system is implemented by using the Raspberry Pi for reading data from the user. The ADC is also used to convert the analog signal into the digital signals. The project implementation details are discussed in this paper.

Published by: R. Vasanthakumar, K. D. Darsini, S. Subbaiah, Dr. K. Lakshmi

Author: R. Vasanthakumar

Paper ID: V4I2-1856

Paper Status: published

Published: April 19, 2018

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Thesis

Shock tuning of FOX FLOAT 3 EVOL R

FOX FLOAT 3 EVOL R air shocks are high- performance shock absorbers that use air as springs, instead of heavy steel coil springs or expensive titanium coil springs[4]. Underneath that air, the sleeve is a high- performance, velocity-sensitive, shimmed damping system[4]. FLOAT 3 EVOL R air shock dampers contain high-pressure nitrogen gas and FOX high viscosity index shock oil separated by an Internal Floating Piston system[4]. This helps to ensure consistent, fade-free damping in most riding conditions. There are two chambers in the shocks. One of the chambers is MAIN AIR CHAMBER and other is EVOL CHAMBER. The air pressure in EVOL air chamber is adjusted to control the vehicle corner roll and bottom-out characteristics. The air pressure in the MAIN air chamber is adjusted to change the ride height and suspension stiffness[4].

Published by: Swapnil Kumar, Kavitha K

Author: Swapnil Kumar

Paper ID: V4I2-2019

Paper Status: published

Published: April 19, 2018

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Research Paper

An FPGA based snake robot

Snake robots are designed to safely perform the tasks that aren't easily done by Humans. There are many applications of Snake robots like Laser cutting from performing surgery to inspection. And also in rescue operations. During the last decade to now, the published literature of Snake robots has been increased vastly. However, no review has done on the locomotion of a Snake Robot using FPGA. The purpose of this paper is to give such review has been widely studied in the past several decades by lots of researchers. In this paper, we survey and discuss the state of the art, challenges, and possibilities of perception-driven obstacle-aided locomotion for snake robots. According to that obstacle, the action is taken on that obstacle by snake robot and how it destroys it. The project is developed by choosing software which we have chosen is Xilinx ISE10.4 environment using verilog and synthesized on FPGA part Spartan3AN board. Xilinx is a powerful software tool that is used to design, synthesize, simulate, test and verify digital circuit designs.

Published by: Mudasar Basha, Javeria Azain, K. Mounika, P. Akshitha

Author: Mudasar Basha

Paper ID: V4I2-2001

Paper Status: published

Published: April 19, 2018

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Research Paper

Obstacle and range detection for cane using ultrasonic and gyroscopic sensor

At least once in our life, almost all of us have experienced the suffocation of not able to navigate due to the power cut at night time even in the places which is well known to us. Visually challenged people have to face the suffocation on daily basis. The most useful tool for navigation in these circumstances seems to be a cane but even with the help of a normal cane is a difficult task for a visually challenged person as the cane can only detect obstacles within a range of about a meter. Obstacle and range detection for Cane Using ultrasonic & gyroscopic sensor can liberate the visually challenged a better walking experience. This paper reports on a research and study that helps visually-impaired people to walk more confidently. The aim of the paper is to address the design and work of a cane that could communicate with the users through vibration and yet be budget friendly. The work involves coding and instrumental installation. A number of tests and surveys have been carried out on this cane and the results are discussed. This survey found that the obstacle and range detection for Cane Using ultrasonic & gyroscopic sensor functions well as observed, in alerting users about the obstacles in front and range detection.

Published by: N Pratyusha, Preeti Thadani, Ashutosh Sharma, Pratiksha Mishra, Rohit Ku. Dwivedi

Author: N Pratyusha

Paper ID: V4I2-1986

Paper Status: published

Published: April 19, 2018

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Research Paper

A comparative study of the ductile design of column based on new is 13920-2016 and old is 13920-1993

This paper presents a comparative study of the ductile design of column based on New IS 13920-2016 & Old IS 13920-1993. The past earthquake experiences in India clearly demonstrated that the typical structural design and construction methods lack the basic seismic resistance criteria. The implementation of ductile design and detailing practices in an ordinary building is one of the major areas need to be focused. The overall ductility in the reinforced concrete structure is a tough issue. But in some strategic locations of the building structure certain design factor and reinforcement detailing can be adopted to minimize the seismic damage and life-threatening collapse. The techniques are simple, inexpensive and elaborately discussed in the Bureau of Indian standard code of practice (IS13920).

Published by: Brijesh Naresbhai Shah, Nirav Patel, Sumant Patel

Author: Brijesh Naresbhai Shah

Paper ID: V4I2-1979

Paper Status: published

Published: April 19, 2018

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Research Paper

Size miniaturization of microstrip patch antenna

In this paper, we discuss size miniaturization of microstrip patch antenna using the miniaturization techniques because the compact wireless devices have been in uses and there a need to reduce the size of microstrip patch antenna. This micro strip patch antenna has been designed and simulated using HFSS (High-frequency structure simulation software) tool and getting the good frequency and VSWR results within the UWB frequency range 3.1 to 10.6 GHz. Modified MPA by etching step slot in the ground plane and etching the polygon slot in patch plane.

Published by: Suman Rani, Ria Kalra

Author: Suman Rani

Paper ID: V4I2-1941

Paper Status: published

Published: April 19, 2018

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