AAEW – A recommender system for suggestions in social networking sites
Online social networks have seen a rapid increment in the number of users across the globe. The giant social networks like Facebook, Twitter, Reddit, Flicker etc do have billions of users and are increasing day by day. A recommender system is an engine which takes a particular user as an input and gives the preferential output which recommends the input user befriend with someone or join a group or get subscribed to an interest or to simply buy a product. To help users every site does have a recommender system. But these recommender systems are mostly based on the fact that the user friends have subscribed to the recommended page/group. In this work, we researched over the Reddit Social Network which is one of the major Social Networking Sites. We engineered a recommender system which recommends the users to follow the more specific Sub-Reddits feeds and is solely based on the current subscribed Sub-Reddits of a user instead of demographic knowledge or Friends knowledge. We used Link Prediction in Social Network as our base and used our novel approach of Weighted Adamic Adar score to find the Sub-Reddits which are closely related to the Sub-Reddits already linked with the user profile. In this way, we predicted the new Sub-Reddits in which the user might have interest. In this work, we addressed the issue of Cold Start for a user who does not have any prior 'like', 'interest' or item purchase history.
Published by: Praggya Pandey, Nancy Vaish
Author: Praggya Pandey
Paper ID: V4I3-1190
Paper Status: published
Published: May 2, 2018
Design analysis of slide force testing machine
Brake calipers are a vital part of vehicle’s braking system. Brake calipers squeeze the brake pads against the surface of brake rotor to slow or stop the vehicle. The brake pads have high friction surfaces and serve to slow the rotor down or even bring it to a complete halt. The braking system will result in forces both mechanical and hydraulic during slow down or stop vehicle. These set of forces acting on brake caliper component result in deformations and stresses, which may cause the failure of the brake caliper. So, it is important to calculate the force carrying capacity of brake caliper in order to avoid the failure of it. The force carrying capacity of brake caliper can be calculated by using the sliding force testing machine. The design of the sliding force testing machine is developed by using solid edge software and by using thumb rule.
Published by: Vishakha Jaypalsinh Chavhan, S. P. Trikal
Author: Vishakha Jaypalsinh Chavhan
Paper ID: V4I3-1157
Paper Status: published
Published: May 2, 2018
An intelligent state of the art approach in building automation and security system
This paper describes the design and development for a cost-effective home automation and security system with the use of Arduino and GSM technology. The cellular communication is a potential solution for the control of appliances remotely. A homeowner will be able to monitor and control the appliances at home remotely by sending a set of commands i.e., Short Messaging System (SMS) messages to the Global System for Mobile Communication (GSM) module. This system also deals with a Passive Infrared motion sensor, a password for the door lock and a camera. Data from all of the sensors is received and processed by Arduino Uno board which is the microcontroller unit. Thus, the system provides automation, safety as well as security for the authorized personnel.
Published by: Lalchawimawii Pachuau, Sabyasachi Mukhopadhyay
Author: Lalchawimawii Pachuau
Paper ID: V4I3-1174
Paper Status: published
Published: May 2, 2018
Holographic imaging system to detect fractures
Diverse sort of showcases with the broadened limit that can offer a quick and striking knowledge could be worthwhile in numerous restorative actions. For example, by offering a more precise introduction of the bone surface introductions in 3-Dimensional space, the holographical focal point can be utilized to design a more effective orthopedic surgery, than the present circumstances. Surgery might be upgraded if a specialist is offered the better pre-surgical representation of the task that is important. Any structure can be shown ideally in a spatial arrangement with the goal that gash or any separation is plainly unmistakable. By survey volumetric information showed in 3-Dimensional view, orthopedics might have the capacity to distinguish different sorts of deformities of the bone. Furthermore, the mind-boggling bone structure can be seen obviously and unambiguously in one spatial show. Holographic stereograms of medicinal information mix the two innovations of PC illustrations and holography. Because of the accessibility of particular equipment and programming, PC realistic recreation of information can be generally utilized by orthopedics all over the globe, to picture zones of enthusiasm inside a volume of information. Interestingly, the utilization of holographical stereograms in pharmaceutical is a long way from across the board since such a thought is still new. The mix of volume rendering and the holographical show would bring about a spatial portrayal of restorative information offering high picture quality and enough added data to empower enthusiasm among the therapeutic community. In this work, an investigation of holographical show of PC graphically medicinal information is reported. The usage of a volumetric rendering calculation that produces PC realistic pictures, and the technique for recording these pictures holographically, is likewise archived.
Published by: Akash Jain, Rachith Gajwani, C R Manjunath, Sahana Shetty
Author: Akash Jain
Paper ID: V4I3-1196
Paper Status: published
Published: May 2, 2018
Effect of formwork material on surface hardness of concrete
The study emphasizes the effects of the formwork material that imparts a characteristic surface hardness to the concrete. Concrete cubes were cast of the M20 grade in different mold material like Cast Iron, Shuttering Plywood and Timber. The effect of these materials was studied by using the Rebound Hammer Test to find the Rebound numbers which depend on the surface hardness of the concrete. The results obtained are explained in the following statistical form. It can be concluded that each formwork material imparts a characteristic surface hardness to the concrete.
Published by: Rushikesh Kolte, Aniket Malwade, Avinash Sawant, Kartik Roge, Renuka Purohit
Author: Rushikesh Kolte
Paper ID: V4I3-1199
Paper Status: published
Published: May 2, 2018
IoT on smart waste management in cities
With the increase in population, the scenario of hygiene with respect to garbage management is degrading extremely. The overflow of garbage in public areas creates the unhygienic condition in the nearby surrounding. It may provoke several serious diseases amongst the nearby people. It also degrades the valuation of the area. To avoid this and to improve the cleaning, ‘smart garbage management system’ is projected in this paper. In the proposed system, the level of garbage in the dustbins is detected with the help of IRSensor systems, and communicated to the authorized control room through Arduino Sensor system contains Wi-Fi.with the help of Arduino we can transmit the data. A GUI will allow to interact with other device and also developed to monitor the preferred information related to the garbage for different selected locations. This will help to manage the garbage collection competently.
Published by: Rohan Kadu, Supriya Chandrakant Kokare
Author: Rohan Kadu
Paper ID: V4I2-2165
Paper Status: published
Published: May 2, 2018
