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College bus tracking system

Continuous Campus University Bus Tracking Mobile Application is a versatile application to help grounds individuals distinguish the present area of the transport progressively. Constant Campus University Bus Tracking Mobile Application is a mixture portable application. In any case, for this advancement, it is created for Android client as it were. It can indicate refreshed estimation time entry and the number of people inside the transport. This undertaking utilizing two gadget's implanted inside the transport, which is GPS Tracker gadget and IoT individuals counter gadget. All gadgets will transmit the information into a cloud database which is Firebase. Constant Campus University Bus Tracking Mobile Application is created as a stage for the client to get the information transmitted from the database. Other than that, Student will know the time entry of the transport and the present amount of individuals inside the transport to lead them to stay away from dawdled realizing that they hang tight for the transport that pack of traveler. The understudy additionally to make grumbling and input by means of the stage. Moreover, this task utilizing PhoneGap as an instrument stage to build up the application. The GPS Tracker gadget utilizing Arduino and IoT individuals counter utilizing Raspberry PI to transmit information. By and large, this undertaking utilizing the reusability procedures and Agile technique to finish all the framework which is included four associations to make it full framework fill in of course.

Published by: Arun S., Shibu J., Vennila S., Kalaiselvi T., Mugundhan V.

Author: Arun S.

Paper ID: V5I2-1676

Paper Status: published

Published: April 1, 2019

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Review Paper

Railway trail defense structure based IoT

The only scientific solution to natural calamities is the development of a system to predict, detect and take preventive measure using recent advancement in technology, Railway trail defence structure based on IoT. Using two types of sensor to sense and detect the obstacles. In this project, we implement an idea such as using a camera for live stream monitoring and the sensor to detect the obstacles. The main part of this paper is RPI3 which controls all the operation and passes the information through a webpage. The camera mounted on the front of the vehicle. PIR and ultrasonic sensor are used for sensing the moving and non-moving obstacles. Detecting any obstacles the signal will be sent to RPi3and it will transmit the signal to the webpage. The webpage will be transmitted to the monitor within the monitor the image of the object will appear and the locomotive pilot will turn off the engine. We also used GPS to track the train through the entire path and in which it stops due to any problems.

Published by: R. Senthil Kumar, I. Kirubakaran, A. Loganathan, K. Janani, Pyndaplang Kharkongor

Author: R. Senthil Kumar

Paper ID: V5I2-1651

Paper Status: published

Published: April 1, 2019

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Research Paper

Implementing Li-Fi protocols

LI-FI is the latest technology in the Field of wireless communication. Nowadays many people are using internet to fulfill most of their tasks through wired or wireless networks. As the number of users is increasing, the rate of data transmission in the wireless network automatically decreases. WI-FI provides us speeds near about 150mbps as per IEEE 802.11n but still it is not able to fulfill the requirement of the user because of such reason we are introducing the LI-FI. According to the German physicist Harald Hass, LI-FI provides much higher data transmission speeds (10gbps and max up to 224gbps per second) by using visible light. In this condition the LI-FI/WI-FI is analyzed. It’s the same idea band behind infrared remote controls but is more powerful. Haas says his invention, which he calls D-LIGHT, can produce data rates faster than our average broadband connection. Nowadays, parking vehicles is one of the most tedious jobs. Hence, in order to solve this problem, a reliable system is proposed. Our system solves the current parking problems by offering guaranteed parking reservations with the lowest possible cost and searching time for drivers and the highest revenue and resource utilization for parking managers.

Published by: Nikhil Bajirao Belhekar, Anurag Sanjay Autade, Vishakha Sanjay Dhamdhere, Abhishek Ramesh Darekar

Author: Nikhil Bajirao Belhekar

Paper ID: V5I2-1650

Paper Status: published

Published: April 1, 2019

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Research Paper

Framework for enhancing privacy of files in web using random key generation technique

In general online websites contain millions of articles related to different domains. The major flaw found in these websites is the absence of security for files uploaded without any protection. It is made in such a way as it is simply available for any users to change the content of these files. Thus, to overcome the above drawback we propose the system “Framework for Enhancing Privacy of the Files in Web Using Random Key Generation Technique” which makes all the files protected using key generation and encryption techniques so that no other invalid user is allowed to access the file. Even the authorized user must request to the admin to get the key for the particular file from the database to access it. Thus the system provides secured data access with original information uploaded by the data owner, it also avoids the duplication of the same content from different users of the web.

Published by: Anjana K., Kumar P.

Author: Anjana K.

Paper ID: V5I2-1647

Paper Status: published

Published: April 1, 2019

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Research Paper

EPOT- Earning Point On Time

EPOT refers to the systematic process of searching for prospective employees and stimulating them to apply for jobs in an organization. Candidates search jobs mostly using online job searching sites and applications, but these sites provide only permanent jobs. People moving to a new location they did not get any contacts for household works. Our system proposes a solution for the above-mentioned problems by providing time-based jobs as well as part-time jobs. By using the Google map API, our application may get the users locations and gives a contact for the work they needed. As it helps the user to identify the correct person according to ratings and feedback.

Published by: Ranjani M., Dinesh Kumar T., Saranya P., Vetrichelvi V. N., Nagajothi S.

Author: Ranjani M.

Paper ID: V5I2-1639

Paper Status: published

Published: April 1, 2019

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Research Paper

Identification of novel compounds to treat Alzheimer’s disease

Alzheimer’s disease or Alzheimer’s is a brain disorder characterized by progressive loss of neural functions and dementia in elderly people. It has perilous effects on memory and other cognitive activities. Apolipoprotein (APOE) is responsible for delivering cholesterol-rich lipoproteins to the bloodstream. The maintenance of optimum levels of cholesterol is absolutely necessary as an imbalance might lead to cardiovascular and neurological diseases. Out of the four alleles for the APOE gene, the main causative agent for the onset of Alzheimer’s is the e4 allele. APOE e4 allele leads to the production of amyloid plaques which further cause the accumulation of amyloid β peptide. The excess build-up of such toxic products leads to neuronal death giving rise to early symptoms of the disease. Our research mainly focuses on the identification of potential inhibitors against Sortilin (SORT1), an APOE receptor associated with Alzheimer’s. We have employed scientific software to identify the specific conformations of ligands that show the maximum interaction with the target compound and further analyzed these results by generating descriptors computationally for QSAR studies. The optimum model was generated with r2 = 0.794, s= 0.108. We have been able to select two ligands which can be used as potential drugs to treat Alzheimer’s.

Published by: Kusumitha Shrinivasan, Swarnali Sarkar, Anand Prem Rajan

Author: Kusumitha Shrinivasan

Paper ID: V5I2-1654

Paper Status: published

Published: March 30, 2019

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