IJET -Volume 3, Issue 6 , November - December 2017
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Title/Author Name
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Serial No
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31 |
Photo Voltaic Panel Based E-Agricultural Robot
- Saravanan.A ,Deepak.M ,Shagarbanu.M ,Thentamizh.M
Abstract
The objective of our project is to design an agricultural robot which performs ploughing and seeding operation and takes supply from PV panel. A sensor guidance method is presented to guide a robot platform which is designed independently to drive through the crops in a field according to the design. It is mainly comprised of the rear and front cabins, the driving devices with wheels and the frame. The power supply, motor controllers, and other controlled components are placed in the front cabin and IR sensor is fixed in front of it for finding edge location of both sides. The rear cabin can be used for storage boxes to store some materials such as pesticides, insecticides, and fertilizers. The driving devices include DC motors, gear mechanism with sprocket and wheels. To design a robot which is autonomous and self-sufficient requires enough energy to operate. But they have to be made parallel to optimize the robot energetically. In particular, a power supply solution that utilizes solar cells and a microcontroller has been chosen to power and control the robot. Keyword: PV panel, crops, gear mechanism, microcontroller.× 
Saravanan.A ,Deepak.M ,Shagarbanu.M ,Thentamizh.M,"Photo Voltaic Panel Based E-Agricultural Robot"Vol. 3 - Issue 6 ( 195 - 198 ) - November - December 2017 , International Journal of Engineering and Techniques (IJET) , ISSN: 2395 - 1303 , www.ijetjournal.org × |
IJET-V3I5P31 |
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32 |
Distortion Detection on Online Social Networks using Proficient Sentiment Analysis for Banking Institutions
- N.Sumathi , Dr.T.Sheela
Abstract
Social media data has been extensively employed in the banking institutions in order to improve the product and service development, customer service, marketing, risk management and business performance. The online social networks such as Facebook, Twitter, etc are considered for analysis. To build the social media strategies, bank needs customer to drive trustworthiness, revenue and success is all about the customer experience. The approach employed Natural Language Processing (NLP) for social media intelligence retrieval. Then based on the concept of sentiment analysis, the customer opinions are categorized for efficient decision making. Thus the NLP & sentiment analysis can be employed for improving banking service for better customer satisfaction. Keyword: Customers Opnions, Social Media Strategies,Sentiment Analysis,Natural Language Processing.×
N.Sumathi , Dr.T.Sheela,"Distortion Detection on Online Social Networks using Proficient Sentiment Analysis for Banking Institutions"Vol. 3 - Issue 6 ( 199 - 207 ) - November - December 2017 , International Journal of Engineering and Techniques (IJET) , ISSN: 2395 - 1303 , www.ijetjournal.org × |
IJET-V3I5P32 |
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33 |
Automatic Swine Detection and Counting Using Hybrid Filter and Ellipse Fitting Model
- Jocelyn B. Barbosa, Angeli L. Magbaril, Mariel T. Sabanal, John Paul T. Galario, Mikka P. Baldovino
Abstract
Over the past years, the use of technology has become ubiquitous in different organizations involving business ventures. The advent of imaging and database technology has made business owners to be motivated to integrate automation to their business operation (i.e. from small businesses to large enterprises). Swine or hog raising, for example, is a very popular enterprise in the Philippines, whose challenges in production monitoring can be addressed through technology integration. Swine production monitoring can become a tedious task as the enterprise goes larger. Specifically, problems like delayed and inconsistent reports are most likely to happen if counting of swine per pen of which building is done manually. In this study, we present smartCount, which aims to ensure efficient swine detection and counting that hastens the swine production monitoring task. We introduce a method that automatically detects and counts swine based on Sobel filter with 8-neighborhood implementation and ellipse fitting model, given the still photos of the group of swine captured in every pen. Furthermore, the system can generate periodic production reports and can identify the specific consumables to be served to the swine according to schedules. Keyword: Customers Opnions, Social Media Strategies,Sentiment Analysis,Natural Language Processing.×
Jocelyn B. Barbosa, Angeli L. Magbaril, Mariel T. Sabanal, John Paul T. Galario, Mikka P. Baldovino,"Automatic Swine Detection and Counting Using Hybrid Filter and Ellipse Fitting Model"Vol. 3 - Issue 6 ( 208 - 215 ) - November - December 2017 , International Journal of Engineering and Techniques (IJET) , ISSN: 2395 - 1303 , www.ijetjournal.org × |
IJET-V3I5P33 |
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34 |
Regenerative Braking in Automobiles
- Rushikesh Kharade
Abstract
Normally, the braking system for a car iscentered on hydraulic braking technology. However, thistraditional braking approach causes a lot of wastage of energysince it produces undesirable heat energy during the braking action.Consequently, the invention of regenerative braking in electricvehicles has overcome these disadvantages moreover it helpsto save energy and increase efficiency for the vehicles.Wheneverbrakes are applied, a significant amount of kinetic energyislost in the form of heat energy due tofriction between brake pads and rotor. RegenerativeBraking System recovers kinetic energy as much aspossible that is wasted during the process of braking. The energy is stored and then released under acceleration. Thispaper highlights the two different methods of recoveringenergy, by converting it intoeither electrical or mechanical energy. The kinetic energygets converted into electrical energy with the help ofelectric motor while flywheel harnesses the kineticenergy by converting it into mechanical energy. Keyword: Regenerative Braking, Energy recovery system, Electric motor, Generator, Batteries, Flywheel, HEV,EV.×
Rushikesh Kharade ,"Regenerative Braking in Automobiles"Vol. 3 - Issue 6 ( 216 - 221 ) - November - December 2017 , International Journal of Engineering and Techniques (IJET) , ISSN: 2395 - 1303 , www.ijetjournal.org × |
IJET-V3I5P34 |
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35 |
Log Periodic Implementation of Star Shaped Patch Antenna for Multiband Application Using HFSS
- Ribhu Abhusan Panda , Debasis Mishra
Abstract
In this paper the conventional rectangular patch has been modified and its log periodic implementation has been done . FR4 Epoxy material for the substrate has been taken into account . The star shape has been used for the higher mode excitation for the patch antenna and then its log periodic implementation has been done to operate the antenna in wideband and multiband .The substrate and the ground plane are of the size 20.8 cm × 10.4 cm. Line and coaxial feeding techniques have been implemented .The Return loss , VSWR, Gain vs Frequency etc parameters are determined from the simulation results. Keyword: Star Shape Patch, S11, VSWR , Antenna Gain.×
Ribhu Abhusan Panda , Debasis Mishra ,"Log Periodic Implementation of Star Shaped Patch Antenna for Multiband Application Using HFSS"Vol. 3 - Issue 6 ( 222 - 224 ) - November - December 2017 , International Journal of Engineering and Techniques (IJET) , ISSN: 2395 - 1303 , www.ijetjournal.org × |
IJET-V3I5P35 |
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36 |
Determination of Specific Moisture Evaporation Rate, Energy Consumption and Specific Energy Consumption at Varying Sample Load Capacity per Batch Drying in a Heat Pump Dryer
- Adonis A. Closas , Eliseo P. Villanueva
Abstract
The study is to determine the specific moisture evaporation rate (SMER),energy consumption and specific energy consumption in heat pump drying at varying sample load capacity per batch drying. Three test sample loads were experimented, namely: 170g, 340g and 510g which were dried in the heat pump dryer at a drying temperature of 40 oC and drying air velocity of 0.7 m/s. Mango was used in the experiment as a test sample product. The energy consumed was determined in the kilowatt-hour meter from the measured value, specific moisture evaporation rate, and the specific energy consumption for both wet and dry products were calculated using the measured data. The results showed that 408.6g, 835.1g and 1342.4g of water were evaporated and 14.9 kWh, 13.2 kWh and 12.5kWh of energy were consumed and the calculated SMER were 0.0274 kg/kWh, 0.0633 kg/kWh and 0.1074 kg/kWh for 170g, 340g and 510g test sample loads per batch drying respectively. It was found that the specific energy consumption for both wet and dry products were 21.9 kWh/kg, 9.9 kWh/kg, and 6.1 kWh/kg of wet product and 54.9 kWh/kg, 26.8 kWh/kg, and 17.9 kWh/kg of dry product for 170g, 340g and 510g, respectively. The results indicate a reduction in the energy consumption as the sample load increased. Keyword: Energy consumption, heat pump dryer, specific energy consumption, specific moisture evaporation rate.×
Adonis A. Closas , Eliseo P. Villanueva ,"Determination of Specific Moisture Evaporation Rate, Energy Consumption and Specific Energy Consumption at Varying Sample Load Capacity per Batch Drying in a Heat Pump Dryer"Vol. 3 - Issue 6 ( 225 - 232 ) - November - December 2017 , International Journal of Engineering and Techniques (IJET) , ISSN: 2395 - 1303 , www.ijetjournal.org × |
IJET-V3I5P36 |
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37 |
A prospective study on the use of green finance in financial institutions: Features of Chinese experience
- Assis. Pro. Dr. Salim Sallal Al-Hisnawi, Assis. Prof. Dr.AkeelShakir Al-Shara
Abstract
The aim of the research is to identify the reasons for the emergence of this type of funding and the challenges it faces and for all types and sectors , As well as its importance as a platform for many participants, including individuals, commercial consumers, producers, investors and financial lenders. The Chinese experience was the first to identify green financial products as it was the first in the G20 Which played a crucial role in the world's ability to reach a climate agreement in Paris. The research concluded that a broader application of green financing could be facilitated by Through better knowledge sharing, capacity-building, stronger policy signals and better clarity in the definitions of green financing activities, While recommending the provision of references and strategic frameworks for environmental and economic policies to investors with regard to the strategic framework of green investment to achieve the goals of sustainable development and the Paris Agreement. Keyword: Green financing, green investment, green bonds, green loans.×
Assis. Pro. Dr. Salim Sallal Al-Hisnawi, Assis. Prof. Dr.AkeelShakir Al-Shara ,"A prospective study on the use of green finance in financial institutions: Features of Chinese experience"Vol. 3 - Issue 6 ( 233 - 243 ) - November - December 2017 , International Journal of Engineering and Techniques (IJET) , ISSN: 2395 - 1303 , www.ijetjournal.org × |
IJET-V3I5P37 |
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38 |
Computational Evaluation of Blending Ratio on the Fluidised BED Gasification System-CFD Versus Test
- M. Ramarao ,S.Jayakrishna,P.Senthilkumar, G.Elango, M.Leela Ramesh, S.Sathish
Abstract
The aim of the research is to identify the reasons for the emergence of this type of funding and the challenges it faces and for all types and sectors , As well as its importance as a platform for many participants, including individuals, commercial consumers, producers, investors and financial lenders. The Chinese experience was the first to identify green financial products as it was the first in the G20 Which played a crucial role in the world's ability to reach a climate agreement in Paris. The research concluded that a broader application of green financing could be facilitated by Through better knowledge sharing, capacity-building, stronger policy signals and better clarity in the definitions of green financing activities, While recommending the provision of references and strategic frameworks for environmental and economic policies to investors with regard to the strategic framework of green investment to achieve the goals of sustainable development and the Paris Agreement. Keyword: Green financing, green investment, green bonds, green loans.×
M. Ramarao ,S.Jayakrishna,P.Senthilkumar, G.Elango,M.Leela Ramesh,S.Sathish ,"Computational Evaluation of Blending Ratio on the Fluidised BED Gasification System-CFD Versus Test"Vol. 3 - Issue 6 ( 244 - 259 ) - November - December 2017 , International Journal of Engineering and Techniques (IJET) , ISSN: 2395 - 1303 , www.ijetjournal.org × |
IJET-V3I5P38 |
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39 |
Electrically Controlled Bearing Puller
- Prof. Francis B. Abella, Engr. Ellezer CasiNo , Engr. Romano A. Pimentel, Dr. Alenogines L. San Diego
Abstract
This study focuses in the development of the Electrically Controlled Bearing Puller. It highlights the electrical control of the bearing puller to motorize the pulling process of manual bearing puller. Time and efficiency were the matter of priority mostly for the operator maintenance. The study was made for the Bearing Puller easier through the newly designed Electrically Controlled Bearing Puller. The purpose of this prototype is to ensure and provide convenience to the maintenanceoperator. It allows easy pulling of the bearing with lesser time consumed. The steps of utilizing this device start with the control of the toggle switch to setup positioning and pulling process. The push button sets positioning and alignment via extension and retraction of the chuck. The pulling system button have maintaining contact to remove the bearing and when the bearing has reach the target position the limit switch the pulling process will be stop while it opens the grip to finish the process. After going through evaluation phase, the study was found to be reliable providing an easy way in dismounting bearing. Keyword: Bearing Puller, Electrically controlled, Motorized.×
Prof. Francis B. Abella, Engr. Ellezer CasiNo , Engr. Romano A. Pimentel, Dr. Alenogines L. San Diego,"Electrically Controlled Bearing Puller" Vol. 3 - Issue 6 ( 260 - 265 ) - November - December 2017 , International Journal of Engineering and Techniques (IJET) , ISSN: 2395 - 1303 , www.ijetjournal.org × |
IJET-V3I5P39 |
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40 |
Identifying Telecommunication Deception using Neural Networks through Data Mining
- Gurunadham R
Abstract
Neural computing refers to a pattern recognition methodology for machine learning. The resulting model from neural computing is often called an artificial neural network (ANN) or a neural network. Neural networks have been used in many business applications for pattern recognition, forecasting, prediction and classification. Neural network computing is a key component for any data mining tool kit. Applications of neural network based data mining tools are abound in finance, marketing, manufacturing, information systems and so on. This essay discusses in detail the role of artificial neural networks in prevention of telecommunication fraud. Keyword: Artificial iintelligence, Artificial neural networks (ANNs), Coral systems, Data Mining, Expert System, Falcon (Or Credit Card Issuers), Fraud Management Systems, Ghosting, Knowledge Base System, Rule Based System, Telecommunication fraud, Thresholding Systems.×
Gurunadham R ,"Identifying Telecommunication Deception using Neural Networks through Data Mining" Vol. 3 - Issue 6 ( 266 - 273 ) - November - December 2017 , International Journal of Engineering and Techniques (IJET) , ISSN: 2395 - 1303 , www.ijetjournal.org × |
IJET-V3I5P40 |
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Copyright © 2015 IJET- International Journal of Engineering and Techniques Published By International Research Group, All rights reserved
This work is licensed under a Creative Commons Attribution 4.0 (International) Licence. (CC BY-NC 4.0)
This work is licensed under a Creative Commons Attribution 4.0 (International) Licence. (CC BY-NC 4.0)
