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GIF – Get IT Filled

GIF - Get It Filled is an intelligent system that automatically generates the deposit and withdrawal forms required in a bank. In the current scenario, the old-aged & illiterate customers require the help of literate people to fill a deposit or withdrawal form in a bank. To help improve such scenarios, we are introducing a system that takes fingerprint ID and speech as input from the customer and produces the required deposit or withdrawal form at the counter. It is an auto-trigger system with proximity sensors to detect the presence of customers. The customers could either use the fingerprint module for auto-filling the account details or they can speak to the system in their own regional language. In the latter case, the system takes both the account and amount details, whereas in the former case, the customer needs to provide the amount details only. The entire process is done through voice communication between the system and the customer. The system uses speech recognition modules to recognize the customer requirements and performs them. The generated form is then directly sent to the counter and a token is provided to the customer according to which he/she can appear at the counter for further operations.

Published by: Aiswarya ManojKumar, Anagha Pallen Pavithran, Bagya Girish, Sneha C K

Author: Aiswarya ManojKumar

Paper ID: V4I3-1906

Paper Status: published

Published: June 29, 2018

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Research Paper

Detecting man in the middle attack

With Cyber-attacks and cyber-threats are increasing, network security needs to be seen in a new dimension. WLANs (Wireless Local Area Networks) are acquiring their hold in all the verticals of life. As technology is growing, a data breach at any scale, whether at the industry level or private can be menacing to distinct. Man-in-the-Middle is one of the most ruinous attacks in the WLAN. In this work, I propose a solution to detect Man-in-the-Middle attack in public or home WLANs. The objective of the work is to present a solution which allows individual to keep watch on WLAN based on data packets collected over the network and evaluating its behavior. The proposed detection system is simulated with the help of Kali Linux where the attacker is trying to get a WPA Handshake over the network, a packet sniffer tool which captures the changes over the network during the simulation and one capture analyzing tool which analyze the capture.

Published by: Sahil Dambee, Nikhita Mangaonkar

Author: Sahil Dambee

Paper ID: V4I3-2016

Paper Status: published

Published: June 29, 2018

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Research Paper

Wear analysis of aluminium metal matrix composites

In this study, the effect of sliding distance on the wear rate is studied on the hybrid metal matrix composites. SiC and B4C with varying weight percentage used. Composites are produced using liquid metallurgy route. Using pin on disc apparatus the wear analysis experiment. As the volume fraction of SiC and B4C reinforcement increases, the wear rate decreases.

Published by: G. Ramesh, C. Poovendran, N. Vasudevan, B. Gopinath, V. C. Uvaraja

Author: G. Ramesh

Paper ID: V4I3-2018

Paper Status: published

Published: June 29, 2018

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Research Paper

Finite element analysis and experimental investigation of ceramic coating on automotive piston by high velocity oxygen fuel technique

In the Internal Combustion (IC) engine, there are unburned hydrocarbons due to the improper combustion that takes places during exhaustion which leads to air pollution. These unburned hydrocarbons can be reduced by coating the different ceramic powders on the top of the piston. Here, an automotive piston is modeled and finite element analysis is done with different ceramic powders of 125 µm and 250 µm thicknesses. Different ceramic powders namely Alumina-Titania (60%-40%), Alumina, Titania, and Zirconia are coated on the piston. The coating is done on the piston by High-Velocity Oxygen Fuel (HVOF) technique. The experimental analysis is done on Kirloskar engine with uncoated aluminum piston and Zirconia coated aluminum piston with different loads. The experimental results such as exhaust gas temperature, mechanical efficiency and Carbon monoxide (CO) emissions for both the pistons are compared.

Published by: T. Murali, Narasimha Prasad .B

Author: T. Murali

Paper ID: V4I3-1994

Paper Status: published

Published: June 29, 2018

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Research Paper

Quality and productivity improvement in gear manufacturing process by using quality control chart and capability analysis including sampling

Increasing productivity and profitability are main objectives of any organization. Many tools and techniques are used to reduce rejections and defects of product. Most of the rejections and defects are occurred due to improper control of the quality of a product. So the use of 7 Quality control tools is the best way to reduce rejections and defects of a product after analyzing of the manufacturing process. Another advantage is increasing customer satisfaction by use of 7 Quality control tools in the today competitive market. Based on the application of these tools will increase the level of standard products which they require a vision of an organization. The purpose of this work is to discuss the effect of implementation of Total Quality Management (TQM) in manufacturing industry (Press Com Industries Pvt Ltd.). Very few service companies have been able to reap full benefits of TQM. One major reason for its inadequate success is that of trying to implement in service companies techniques that have been successful in manufacturing. In manufacturing, an emphasis on TQM is on “zero defects”. Control charts and sampling are the major tools of quality control. However, in services, an emphasis is on “zero defections”. The focus is on customer satisfaction and team approach. TQM can boost profits and improve customer satisfaction by reducing defects.

Published by: Rohit Raghuwanshi, Surjeet Singh Baghel

Author: Rohit Raghuwanshi

Paper ID: V4I3-2027

Paper Status: published

Published: June 28, 2018

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Research Paper

Detecting the elusive P-wave: A new ECG lead to improve the recording of atrial activity

The lead selection method that was developed to detect the optimal bipolar electrode placement for the recording of the P-wave. The study population consisted of 117 lead Body Surface Potential Maps recorded from 229 healthy subjects. The optimal bipolar lead was developed using the training set then extracted from the testing dataset and compared to other lead systems previously reported for improved recording of atrial activity. All leads were assessed in terms of P-wave, QRS and STT root mean square (RMS).

Published by: V. Sandeep Kumar Reddy, Dr. J. Mohana

Author: V. Sandeep Kumar Reddy

Paper ID: V4I3-1705

Paper Status: published

Published: June 28, 2018

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