CSRMesh Bluetooth technology for speedy automation
The Project aims to employ “CSRMesh Bluetooth Low Energy technology” to design Wireless Switch Panels and Controller Units for speedy installation of home automation solution. Wireless Panels are powered by a battery which would last for years unlike daily charging needed by most of the Wireless devices. These switch panels communicate on low power CSRMesh Low Energy protocol. Similarly, a Controller unit which will be connected at the load side to control the lamps, TV, fans and various other appliances use CSRMesh to communicate with switch panel thereby simplifying cabling in order to achieve speedy installation. Using Bluetooth low energy MESH technology it is possible to establish the powerful wireless network which is prerequisite of wireless connectivity. On successful completion of the above project, wiring complexity in homes should come down by about 80%, turnaround time by 90%, cost of the conduit and wiring by 60%.
Published by: Aaryan Kumar, Shubham Andurkar, Rasika Kulkarni, S. D. Hake
Author: Aaryan Kumar
Paper ID: V4I2-1589
Paper Status: published
Published: April 4, 2018
Single phase solar inverter
In this paper, a grid connection of single-phase PV inverter system is presented, which can deal with solar energy and performs power conditioning. To draw maximum power from the solar system we use maximum power point tracking technology for PV arrays. This MPPT technology based on the maximum power point varies with irradiation and temperature linearly. The control of a grid-connected inverter is investigated. There are two key control issues that need to be examined. The first is the control of the AC side of the converter to ensure that sinusoidal output waveforms are produced. And the output from the PV panel is controlled by the boost converter. The second key issue that needs to be examined is the current that is fed from the PV panels to the inverter. The ripple on this current must be minimized as much as possible so that the inverter can be implemented with maximum power point tracking techniques (MPPT) that will enable it to extract the maximum power that is available from the PV panels at any given time.
Published by: Shekhar Kumbhar, Niranjan Kamble, Sourabh Chougale, I. D. Pharne
Author: Shekhar Kumbhar
Paper ID: V4I2-1419
Paper Status: published
Published: April 3, 2018
Seismic analysis of Braced RCC structures using ETABS software
The steel braced frame is one of the structural systems used to resist earthquake loads in multistoried buildings. Many existing reinforced concrete buildings need a retrofit to overcome deficiencies to resist seismic loads. The use of steel bracing systems for strengthening or retrofitting seismically inadequate reinforced concrete frames is a viable solution for enhancing earthquake resistance. Steel bracing is economical, easy to erect, occupies less space and has the flexibility to design for meeting the required strength and stiffness. In the present study, the seismic study of conventional x brace, zipper brace, and SBS in RCC structures using ETABS software is investigated. The bracing is provided at each corner. a g+6, g+12 and g+18 story with 6 bay in an x-direction and 3 bay in the y-direction is analyzed using ETABS. The effectiveness of various types of steel bracing is examined. The effect of the distribution of the steel bracing along the height of the RCC structure on the seismic performance of the rehabilitated building is studied. Provision of conventional x braced, zipper braced and SBS is provided in each story. The percentage reduction in lateral displacement is found out. It is found that the SBS of steel bracing significantly contributes to the reduction in displacement and story shear compared to conventional x bracings.
Published by: Safvana P, Anila S
Author: Safvana P
Paper ID: V4I2-1488
Paper Status: published
Published: April 3, 2018
Electronic voting machine based on Blockchain technology and Aadhar verification
Increasingly digital technology in the present helped many people lives. This paper describes an electoral system for Indian election on blockchain technology and Aadhar verification. The aspect of security and transparency is a threat from still widespread election with the current system. Some of the problems that can occur in the current system are with an organization that has full control over the database and system, it is possible to tamper with the database of considerable opportunities. The proposed system is mainly designed for our country based on Aadhar verification where the details of the persons who are above 18 years are extracted from Aadhar card database since it had become mandatory in the present scenario. To ensure more security, the fingerprint of a voter is used as the main authentication resource. The system will allow the voter to vote through his fingerprint. As soon as they cast their vote, blockchain technology comes into existence which is integrated inside EVM. By adopting Blockchain in the distribution of databases can reduce one of the cheating sources of database manipulation. This research discusses the recording of the voting result in blockchain algorithm from every place of election.
Published by: Navya A, Roopini R, Sai Niranjan A S, Prabhu B
Author: Navya A
Paper ID: V4I2-1500
Paper Status: published
Published: April 3, 2018
Fake currency detection using image processing
Currency duplication also is known as counterfeit currency is a vulnerable threat to Economy.it is now a common phenomenon due to advanced printing and scanning technology. Bangladesh has been facing the serious problem by increasing rate of fake note in the market.to get rid of this problem various fake not detection methods are available around the world and most of these are hardware based and costly.in the present paper an automated image-based technique is described for the detection of fake banknotes in Bangladesh. Security features of banknote such as the watermark, micro-printing, and hologram etc., are extracted from the banknote images and then detection is performed using “Mathlab tools”
Published by: D. Swetha, M. Artheeshwari, J. Ishwarya, Kavitha
Author: D. Swetha
Paper ID: V4I2-1529
Paper Status: published
Published: April 3, 2018
Blood bank venture framework
Blood Bank Venture Framework web application keeps up the Online library of blood donors in a city/state or region. There are times when Doctors and Blood bank venture need to confront the trouble in finding the blood among Donors at the appropriate time. Blood donation venture framework has endeavored to give the required response by taking upon itself the process of gathering Blood donors across the country for the cure of those who are in need. At any moment the patients who are in need can apply for a donation through the web application and connect with the right donor. Based on humanity, anybody can enlist as a blood donor. The donors are accepted only after their blood sample tests and also based on their medical history. The general population who are non-benefactors can likewise assume an essential part of the proposed framework. Simply by registering their blood type, they can help in identifying the proportion donor of blood types needed in an area. Blood Bank Venture Framework (BBVF) is a web application program that is intended to store, process, retrieve and analyze information concerned with the administrative and inventory management within a blood bank. This project aims at maintaining all the information pertaining to blood donors, different blood groups available in each blood bank and help them manage in a better way. The aim is to provide transparency in this field, make the process of obtaining blood from a blood bank hassle free and corruption free and make the system of blood bank management effective.
Published by: Vikrant Kumar Kaushik, Arjun Kumar Gupta, Ashish Kumar, Abhishek Prasad, Brindha
Author: Vikrant Kumar Kaushik
Paper ID: V4I2-1538
Paper Status: published
Published: April 3, 2018
