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A study of the sociolinguistic factors affecting polytechnic students in learning English in Telangana state

English plays an important role in our everyday life. There is the enormous efficacy of English in the current world. English has ready the social and economic trade between citizens of diverse communities and traditions spastically possible. It is well acknowledged that English-speaking people can be traced in all the continents of the earth and is the cause for its importance in the enforced education of several nations across the world. Every year Polytechnic Colleges in India bring out thousands of diploma holders in different specializations. However, they have to struggle in a competitive world against graduates from other tertiary specializations. The State of Telangana has always led in achieving excellence in all the areas like schooling, Engineering & Technology, agricultural and industrial development at the national level. In today’s globalized situation, these students needed not only subject awareness of the specific courses but also English verbal communication skills and soft skills to excel in academic and professional life. The majority of students join in polytechnic courses in the States come from non-English verbal communication backgrounds and they require getting better their communicative competence. Here the role of English teachers becomes challenging. This study plan at ruling the complexity of the students in Sociolinguistic factors like social class, home condition, peer relations, aspiration levels and academic inclination among polytechnic students from rural, urban and metropolitan cities. The comparison study of the students will help to the Teachers/Educators/Government to make the necessary steps to improve the performance in learning and speaking English Confidently.

Published by: Ramala Vijaya

Author: Ramala Vijaya

Paper ID: V4I3-1803

Paper Status: published

Published: June 8, 2018

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Others

Decentralized digital voting application

The blockchain is a decentralized, distributed database. A decentralized application utilizing blockchain technology enables you to perform similar activities you would do today yet without a trusted outsider. It is a shared system, a peer-to-peer network. Blockchain solves primary issues like transparency, security, accessibility that are the fundamental issues in current law based races. Ethereum is a platform that can be utilized to assemble the decentralized application. The blockchain is a changeless record of exchanges (votes) that are distributed in the system. Everyone’s information that is the votes is stored in blockchain as transactions. The past votes can't be changed, while the present can't be hacked, on the grounds that each exchange is checked by each and every hub in the system. What's more, any outside or inside aggressor must have control of the hubs in the system to modify the record. Along these lines, every one of the exchanges stored on the blockchain is unchanged and thus this makes the application more secure in every aspect.

Published by: Sushmitha M, Aishwarya H D, Madhushree M, Pooja P, Dr. Saravana Balaji

Author: Sushmitha M

Paper ID: V4I3-1814

Paper Status: published

Published: June 8, 2018

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Research Paper

Hybridization of BBO-PSO for the designing of FIR filter

This research article studies the performance of three metaheuristics processes: Particle Swarm Optimization (PSO), Biogeography Based Optimization (BBO) and Hybrid BBO_PSO approach for FIR filter design. The three approaches employ different strategies and computational effort to find a solution to a given objective function. BBO is more recently proposed population-based search method than PSO. Some researchers believed in the convergence superiority of BBO over the PSO and approved it due to its capacity to solve complex problems due to its ease of implementation. In this paper, for FIR filter design PSO, BBO and BBO_PSO schemes are compared. BBO_PSO generally outperform standard PSO and BBO schemes. The study also underlines the importance of introducing hybridization of two heuristics optimizations to make them more efficient. Furthermore, it establishes the potential complementary of the approaches while solving this optimization problem.

Published by: Mandeep Singh Gill, Puneet Jain, Pankaj Sharma

Author: Mandeep Singh Gill

Paper ID: V4I3-1778

Paper Status: published

Published: June 8, 2018

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Research Paper

Automatic discovery of association orders between name and aliases from the web

Nowadays, searching for celebrities and experts information on the web is the most common activity done by most of the users. When a query is given for person search, it returns a set of web pages related to the different personalities of given name. For such type of search jobs of finding the web page in which user is interested is left on the user. There are many celebrities and experts of different fields which may have been referred by not only their real names but also by their alias names on the web. Aliases play important role in information retrieval to retrieve complete information about a real name from the web, as some of the web pages of the person may also be referred by his nicknames. The alias names for a personal name are extracted from the previously proposed alias extraction method. In information retrieval, the ADAONA search engine automatically expands the search query on a person name from his aliases for complete information retrieval thereby improving recall in the task of relation detection and achieving a significant mean reciprocal rank (MRR) of the search engine. For further more improvement on recall and MRR from the previously proposed methods, the proposed method will order the aliases based on their associations with the name using the definition of anchor texts-based co-occurrences between name and aliases in order to help the search engine tag the aliases according to the order of associations. The order between associations will automatically be discovered by creating an anchor texts-based co-occurrence graph between name and aliases.

Published by: Rohini Sukdev Patil, Vishal Devlekar, Pratibha Parakh, Rashi Agarwal

Author: Rohini Sukdev Patil

Paper ID: V4I3-1810

Paper Status: published

Published: June 8, 2018

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Others

Home security using piezoelectric sensor

Presently days, mechanization assumes a pivotal part in all workplaces and living homes. By and by mechanization systems are executed either utilizing microcontroller or PC. Microcontroller can't run different projects at once. With the utilization of Microcontroller, it is hard to control both the machines and reconnaissance at once i.e., it is exceptionally mind-boggling to play out the numerous capacities all the while. We can accomplish this with the PC, however utilizing the PC is exceptionally costly for this reason and expends more power. The Raspberry Pi is a solitary board PC and it can be utilized to conquer these issues. Basically, the Raspberry Pi framework capacities like a PC with little setup. It contains GPIO and USB ports. Utilizing these ports we can control the machines with the sensors and also interface the camera for reconnaissance. Raspberry Pi can be utilized for various purposes in view of our necessity. Security is the principle point utilizing piezoelectric sensor where this sensor is a minimal effort one. Where Piezoelectric Effect is the capacity of specific materials to create an electric charge in light of connected mechanical pressure. Alternate systems utilize diverse sorts of sensors to secure home.

Published by: Divya K, Puneeth S, Vijeth A Belle, Jayaraghavan, Dr. Saravana Balaji B

Author: Divya K

Paper ID: V4I3-1800

Paper Status: published

Published: June 8, 2018

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Research Paper

Heat treatment on aluminum hybrid metal matrix composites

The Al alloy matrix materials exhibiting excellent mechanical properties with the addition of B4C particulates as reinforcement. Stir cast method is preferred for preparing composite specimen materials. Then the composites were prepared for heat treatment process by subjecting to solutionizing followed by quenching in different media for improving the mechanical and physical properties. Further, all the specimens are subjected to artificial aging at a temperature of 130˚C for different time duration. The hardness properties are examined. Due to excellent increase in the hardness the material removal rate decreases. It is also observed that Al hybrid metal matrix composite experimented under identical heat treatment conditions reveal significant enhancement in hardness.

Published by: G. Ramesh, B. Gopinath, V. C. Uvaraja, K. Karthick, S. Prakash, S. Harish Balaji

Author: G. Ramesh

Paper ID: V4I3-1777

Paper Status: published

Published: June 8, 2018

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