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Vehicle Tracking System
Sneha Kamble ; Chinmaya Godbole; Rohini Gaikwad; Prof.A.P.Yadav
Electronics and Telecommunication
Year: 2016, Volume:2, Issue : 11
Pages: 415 - 419
This project describes a practical model for tracking the vehicle any where in the globe .The vehicle tracking system is based on GPS (Global positioning system) and GSM (Global system for mobile communication).The vehicle tracking system uses geographic position and time information of vehicle from the Global positioning Satellites. The GPS continuosly send the co-ordinate of vehicle position .GPS can be communicated by the user with the help GSM modem on which transmitter transmits co-ordinate of position and at receiver the location of vehicle will be known.The information of vehicle can be viewed on electronic map via internet or specialized software.
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Privacy Control Protocol for Post Sharing in Online Social Network’s Using Cosine Similarity and Set Intersection
K. Sarath Kumr ; V.M. Priyadharshini
Computer Science and Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 420 - 423
The internet is being integrated into nearly every aspect of daily life of individuals. Social networks are made up of user profiles which are a collection of user’s personal data and its relation to other users. Many relations between users are based on trust but trust and privacy are not captured and presented in profiles and personalized recommendations. An efficient privacy protection mechanism is important for OSNs that can be used to protect the privacy of online social relationships and users’ data from third parties. Post sharing is one of the important aspects of an online social network. Sharing such data requires security. Unfortunately, it may reveal users’ privacy if they are allowed sharing a photo freely. There must be some mechanism that enables the user to participate in decision- making the activity of user post who can able to view when his\her friends sharing the post. In this work, we propose a set intersection rule and cosine similarity for a privacy preserving manner.
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A Novel Transformer-Less Voltage Quadruple with Low Switch Voltage Stress Solar Dc-Dc Converter by Using Fuzzy Logic Controller
Jeba Asam ; Tikeshwar Gajpal
Electrical Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 424 - 429
In this paper, a novel transformer-less adjustable voltage quadruple solar dc–dc converter with high-voltage transfer gain and reduced value of settling time & semiconductor voltage stress by using (FLC) fuzzy logic controller is proposed. The proposed topology utilizes input-parallel output-series configuration for providing a much higher voltage gain. The proposed converter cannot only achieve high step-up voltage gain with reduced component count but also reduce the voltage stress of both active switches and diodes. This will allow one to choose lower voltage rating MOSFETs and diodes to reduce both switching and conduction losses. In addition, due to the charge balance of the blocking capacitor ,the features of converter provides automatic uniform current sharing characteristic of the two interleaved phases without adding extra circuitry or complex control methods. By using fuzzy logic controller the output voltage of the proposed converter can improve with reducing the settling time. The output part is connected to the PMSM through which we can calculate stator current & rotor speed of the machine & uses in many applications. The operation principle and steady analysis as well as a comparison with other recent existing high step-up topologies are presented. Finally, some simulation and experimental results are also presented to demonstrate the effectiveness of the proposed converter.
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Cloud Computing: A Survey on Cloud Simulation Tools
Kiran Gupta ; Rydhm Beri; Veerawali Behal
Computer Science and Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 430 - 434
Cloud computing is the trendy topic all over the world. As there are so much service providers of the cloud are available in the competitive world. A decision has to be taken that which service provider’s services are more advantageous to the organization. The conceptual cost for buying the services of different services providers may lead to increase in budget or wastage of money and time. So the solution to this problem is trying out the simulation tools. these tools may include the different algorithms used by different service providers. The use of simulation tools leads to decrease in overall conceptual or operational cost of the organizations. There are different simulation tools available in the market. This paper enlists some of the simulation tools used for the purpose of simulation and modeling.
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The Study on the Effect of Clay Content in Fine Aggregate and Its Impact on the Compressive Strength of Concrete
A.P.Iyappan ; G.R.Iyappan; W.Arun Xavier
Civil Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 435 - 440
In the present day construction industry in developing countries, concrete has emerged as the most common building material. Hence careful consideration must be given to factors that affect its strength. For sand having above 3.4% of clay content used in a 1:1: 2 (M-25) mix of concrete resulted in the production of concrete with compressive strength less than 25 N/mm2.Therefore, this work was conducted to investigate the amount of cement needed for sand samples with varying amount of clay/silt cement from 0% to 10% to produce concrete with compressive strength not less than 25 N/mm2 for mix 1:1:2.The sieved clay/silt is added to each of the parts of the washed sand from 1% to 10% by weight of the sand. The amount of cement necessary to be added to each part of the sand with varying cement content of clay/silt 1% to 10%, so as to achieve minimum strength of 25 N/mm2 for the mix ratio 1:1:2 was determined. It was discovered that the higher the clay/silt content, the compressive strength of concrete is decreases. It is concluded that the higher amount of cement dosage is needed to maintain the compressive strength of concrete.
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Statistical Analysis of Effect of Climatic Factors on Sugarcane Productivity over Maharashtra
PARAG DILIP MAHAJAN ; PRIYANKA MHETRE; SHILPA MOTEGAONKAR
Civil Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 441 - 446
The present study estimates the effect of various climatic factors on sugarcane productivity in Maharashtra state for a period 1993-2013. The main aim of this study is to analyze the climatic variability and its effect on sugarcane productivity over Maharashtra. This study utilized time series data for the 20 year period 1993-2013 corresponding to 33 rain gauge stations in Maharashtra. The data required for analysis is collected from Indian Meteorological Department (IMD) Pune. During observations and analysis of data some results are observed through MATLAB software and Multiple Regression Model that expresses a response variable as an error term plus mean that is conditional upon various factors. The present study covers the spatial domain of the from Coordinates 18°58′N 72°49′E in latitude and from 18.96°N 72.82°E in longitude covering the mainland region of Maharashtra. This study focuses the main climatic factors i.e. average monthly rainfall, average minimum and maximum temperature which have a statistically significant impact on sugarcane productivity. The climatic effect for various factors on sugarcane production varies within different seasons. Thus we can conclude that there is non-linear relationship between above mentioned climatic factors and sugarcane productivity in Maharashtra.
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A Survey Paper on WiMAX Technology
Atul Shivaji More
Electronics and Telecommunication
Year: 2016, Volume:2, Issue : 11
Pages: 447 - 450
ABSTRACTWireless Networking has become an important area of research in industry and academics in recent years. The main objectives of this paper are to gain knowledge about the WiMAX technology, its security and application. WiMAX (Worldwide Interoperability for Microwave Access) technology is based upon the IEEE 802.16 standard (IEEE Wireless MAN Air Interface) which enables wireless broadband services anytime, anywhere. The WiMAX specification provides symmetrical bandwidth over large area and range with stronger encryption and typically less interference. WiMAX based system can be used to transmission of signal over maximum 50 km. WiMAX outdistances WiFi by miles. WiMAX can deliver high data rate to multiple users. The WiMAX Forum describes WiMAX as†a standards-based technology enabling the delivery of last-mile wireless broadband access as an alternative to cable and DSLâ€. The main goal/purpose of this technology is to deliver wireless communications with quality of service in a secured environment. This standard was developed to deliver line-of-sight (LoS) and non-line-of-sight (NLoS) wireless services between subscriber and base station and to address “last mile†problem.
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Security Related Issues in Cloud Computing: A Survey
Palkesh Soni ; Ankit Upadhyay; Arvind Maheshwari; Prashant Lakkadwala
Computer Science and Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 451 - 454
Cloud computing is a type of computing model in which services are delivering through which resources are accessed from a centralized pool of resource. The cloud management software has to manage the resources at large scale. Cloud computing has become an alternative means of internet for this computing world. Cloud represents ubiquitous computing means that it found everywhere. Cloud user and the cloud service provider are the two main units involved in cloud computing. Also, a cloud broker can be exists. Since a cloud is the set of many nodes, which can support a variety of application which is used by the clients on the basis of pay per use. By its pay per use characteristics cloud computing is very popular now a days.However, there are issues and problems in regarding of cloud computing security which is becoming a competitive boundary among various cloud service providers. In this survey paper, we introduces in depth analysis of security issues in the cloud computing environment and challenges which are focusing on the types of cloud computing. We shown cloud trust protocol which is a solution approach to limit these challenges and issues.
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Fabrication of Plastic Brick Manufacturing Machine and Brick Analysis
Jithin Ninan Kurian ; C Gopu Mohan; Jikku Mathew; John Thomas Moolayil; Er. Sreekumar C
Mechanical Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 455 - 462
Plastic is one of the daily increasing useful as well as a hazardous material. At the time of need plastic is found to be very useful, but after its use, its simply thrown away, creating all kinds of hazards. Plastic is not bio degradable, so it will continue to be hazardous for more than centuries.The idea of this paper is to find a use for this waste plastic scrap into something beautiful. The mixing of plastic with sand to create a new type of brick was put into thought. Since it is uneconomical to approach a local brick manufacturer for lending the machine, we designed and fabricated a brick manufacturing machine in the nearby engineering workshop. The machine was designed so as to fulfil our need for manufacturing brick in small quantity. The plastic scrap used was leftover pieces of bottles, cans etc. So, as a trial the plastic was chopped into small pieces and heat was supplied from below. Into the molten plastic paste, M- sand was added in suitable proportions. The paste contained noting more than M-sand, plastic and thermocol. After thorough mixing, the paste was poured into a rectangular mould with standard brick dimensions.The paste took only 20 minutes to settle and harden. Cooling of the set was done by water cooling and after 5 more minutes the brick was extracted from the mould. It had a dark grey texture and increased weight by the initial analysis. Local brick testing methods were conducted such as free fall of the brick and scratch test. In both of those tests, our brick showed increased strength.The brick was subjected to compressive test, water absorption test and efflorescence test. The results showed promise, that the Plastic Composite Brick was efficient than the clay brick and cement brick.
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Design of switched Reluctance Motor with Exterior and Interior Rotor
Prof. Bhavin Gondaliya ; Prof. Yashit Tita
Electrical Engineering
Year: 2016, Volume:2, Issue : 11
Pages: 463 - 467
This paper presents the design procedure for three phase Switched Reluctance Motor (SRM) with two different cases case1: Design of SRM with Exterior case2: Design of SRM with Interior Rotor. It describes the comparison results and the performance characteristics of the SRM with two cases of SRM. In electrical aspects, Finite Element Analysis (FEA) is done in order to verify the design of SRM. The proposed design is done in order to obtain high torque compared with conventional motor. It describes with minimum leakage flux, high torque is obtained. This can be applied for applications such as fans, compressor, electric vehicle etc. The design procedure in this work is carried out using MagNet electromagnetic simulation package. Obtained results using Finite Element Analysis gives the conditions of flux linkages, static torque, of both rotor configurations.
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