International Journal of Engineering and Techniques

1-11

Authors: - IJETAravindan B, Dhivakar A, Shreehari V.V.

The working of MANET protocol, may compromise the s ecurity in it. In this paper, we propose a new key exchange method to improve the security of MANETs. In this proposed mechanism we send the key through the control packets instead data packets. By using this mechanism we can ensure that even if the intruder gets access to the data packet he cannot decrypt it because there is no key associated with the packet. Brute force a ttack also becomes infeasible because the packet is alive in the network for a less time .

27-36

Authors: - IJETGalal Ali Hassaan

This is ninth paper in a series of research papers exploring the history of mechanical engineering dur ing the Ancient Egypt era. The paper investigates the indus try of pottery in Ancient Egypt over periods from P redynastic to Old Kingdom. The paper presents samples of potte ry ware and tries to analyze each sample showing it s characteristics and location if known. The designs of each pottery ware is outlined. The decorations o f the pottery ware are outlined with emphases on the innovations in the pottery industry during the studied periods. The manufacturing technique of pottery ware is stresses from point of view of mass production.

42-47

Authors: - IJETAtul Ganbawle, J.A. Shaikh

This paper introduces the implementation of fingerp rint matching Minutiae Algorithm for Fingerprint Matching. These algorithm increases the reliability accuracy of the fingerprint matching. The proposed method was evaluated by means of experiment conducted on the F VC2002, FVC2004 database. Experimental results conf irm that the taking time of the fingerprint image match ing is very less than the other methods. This algor ithm is very effective algorithm for the identification of finge rprint image.

55-59

Authors: - IJETMadhushree M.Kubsad

Field service application (FSA) refers to a cloud-based sy stem that combines the robust web application and dynamic mobile application to support field engineers. FSA most commonly caters to the customer who needs service or repairs of equipment. This application is targe ted at the Service industry, intended for the field engineers. The various service industries register with this for cloud computing services for effective manage ment of services such as painting, plumbing, Electrician, carpen ter etc. This system compliments the software services, provided by the cloud, with a mobile-based client applicat ion, specially designing for the field engineers. This solution shares a single workflow among the registered tenants thereby ensuring efficient sharing of infrastruc ture and also ensuring the security and integrity tenant data.A Multi-tenant Application is an approach to share an application instance among different customers to reduce overhead the most.

63-68

Authors: - IJETM. Dhivya, P. Jenifer, D. C. Joy Winnie Wise, N. Rajapriya

Diabetic retinopathy also known as diabetic eye disease, is w hen damage occurs to the retina due to diabetes. It can eventually lead to blindness. By ana lyzing and detecting vasculature structures in retinal image the diabetes can be detected in advanced stages by comparing its states of retinal blood vessels. In blood vessel classification approach computer based retinal image analysis can be used to extract the retinal image vessels. Stationary wavelet transform (SWT) are used to extract the features from the fundus image and classification can be per formed using Support Vector Machine(SVM). SVM has become an essential machine learning method for the detection and classification of particular patterns in medical images. It is used in a wide range of applications for its ability to detect patterns in experimental databases. I f the vessels are present, then it is extracted by using segmentation. Mathematical morphology and K-means clustering is used to segment the vessels. To enhance the blood vessels and suppress the background information, smoothing operation can be performed on the retinal image using mathematical morphology. T hen the enhanced image is segmented using K-means clustering algorithm to detect the diseases easily.

74-81

Authors: - IJETAshok Kumar

The main objectives of the heat transfer analysis i s to enhance the heat transfer rate from system to surrounding. To transfer the heat from any system e ither by conduction or convection medium. Both mode s of heat transfer has been enhanced by providing an add itional equipments in the outer periphery of the he at transfer system.Fins are basically mechanical structures whi ch are used to cool various structures by the proce ss of convection. Most part of their design is basically limited by the design of the system. But still cert ain parameters and geometry could be modified to better heat trans fer. In most of the cases simple fin geometry is pr eferred such as rectangular fins and circular fins. Many experim ental works has been done to improve the heat relea se of the internal combustion engine cylinder and improves fi n efficiency.This study presents the results of air flow and heat transfer in a light weight automobile engine, considering fins with dimple to increase the heat t ransfer rate. An analysis has been using ANSYS WORKBENCH version 12.0 was conducted to find the optimum number of dimples to maximizing the heat transfer across the Automobile engine body. The results indicate that t he presence of fins with dimple shows improved results on the basis of heat transfer .

86-91

Authors: - IJETAkshay A. More, Shubham S. Jagtap, Abhijit S. Dhumal,Atul D. Karpe, Chetan Patil

In many countries throughout the world struggling with ma ssive amounts of water hyacinths affects in the country’s fresh water recourses and created problems associated with navigation, national security, irrigation and drainage, water supply, hydro electricity and fishing. Mechanical removal is most effective Method for Aquatic plant removal. In this project we are designed and manufactured water hyacinth shredder prototype in which we designed shaft, conveyor, bearing, & cutters, and making frame and selection of motor.

96-99

Authors: - IJETJariwala Hiren, Patel Chintan, Prasad Kuldip, Shukla Ankur, Chaudhary Sarwar Ali, Patil Hemant

In spinning industry, AC-drives are needed to rota te in synchronized speed to achieve quality product. Because of the quick evolution of manufact uring processes, the demand for flexible automation systems is on the rise. To meet these, distributed motion control architecture based on intelligent dr ives and field bus communication tends more and more to repla ce the traditional solutions. Drive synchronization is necessary in industries where minor difference in r otary movement make major difference in product qua lity. Using CAN (Control Area Network) protocol we can dr ive multiple motor in synchronization with minimum transmission gap. A control area network (CAN) base d multi-motor synchronized motion control system wi th an advanced synchronized control strategy is propos ed. The strategy is to incorporate the adjacent cro ss- coupling control strategy into the sliding mode con trol architecture. In this project we are going to synchronize multiple AC motors using CAN protocol.

109-113

Authors: - IJETRoopa G Yeklaspur, Dr.Yerriswamy.T.

In the era of big data, even though we have large infrastruct ure, storage data varies in size, formats, variety, volume and several platforms such as hadoop, cloud since we have problem associated with an application how to process the data which is varying i n size and format. Data varying in application and resources available during run time is called dynam ic workflow. Using large infrastructure and huge amount of resources for the analysis of data is time consuming and waste of resources, it’s better to use scheduling algorithm to analyse the given data set, for efficient execution of data set without time consuming and evaluate which scheduling a lgorithm is best and suitable for the given data set. We evaluate with different data set under stand which is the most suitable algorithm for analysis of data being efficient execution of data set and store the data after analysis

118-123

Authors: - IJETSanjeev S Sannakki , Ms.Anjanabhargavi A Kulkarni.

act: Artificial neural networks are fundamental means fo r providing an attempt at modelling the information processing capabilities of artificial nervous syste m which plays an important role in the field of cog nitive science. This paper focuses the features of artific ial neural networks studied by reviewing the existi ng research works, these features were then assessed and evalua ted and comparative analysis. The study and literat ure survey metrics such as functional capabilities of neurons, learning capabilities, style of computatio n, processing elements, processing speed, connections, strength, information storage, information transmission, communication media selection, signal transduction and fault tolerance were used as basis for comparis on. A major finding in this paper showed that artificial neural networks served as the platform for neuron c omputing technology in the field of cognitive science

128-133

Authors: - IJETDr. Sanjeev S. Sannakki, Omkar Kotibhaskar, Namrata Nerkar,Tejaswini patil, Vanishree Yarakad

Special purpose online bus tracking system is developed to provide the real time information of buses to the passengers. It consists of two android applications. First application establishes communication between central server and bus system which is capable of providing real-time data (GPS coordinates) regarding the current location of buses. Second application is student side application which displays the current location of the bus on Google map along with the estimated time of arrival to the specified bus stop hence it saves the time of students. Both the side applications provide dynamically updated timetable. Another important feature of both the applications is emergency service through which call or alert messages can be simultaneously sent to college, police and ambulance in case of accidents. Thus this is a cost effective, efficient system and helps students to catch their buses at the proper time

149-155

Authors: - IJETvenkatraman k., Anadhavelu k ,thiruvasamoorthy k

Solarstill,whichconvertsavailabl e impurewater into potablewater,canbeusedtosuppl y rforthepeopleliving in arid an dr But, thisstill isnot popular b ec lower productivity. This re se presents the theoretica l performance ofthe single basi n solar still and exp differentmethodstoimprovethe ef f Asinglebasindoubleslopestillwit h f2.5m 1.5m 1m wasfabricate d under laboratory condition s ( laboratory )andinactualsolarradi a ns( stil l chidambaram (9 o 11’N,77 o 52’E) ,a insouthernIndia.Experimentswe r o r depthsofwaterupto0.2cmandwit h basin materials. Differentwickmaterialslikelightc o eclothandlight sponge sheetwereused.Aluminiumrecta n ngedinlengthand breadth wisecoveredwithcottonclothandj u alsousedinth e solidmaterialslikequartziterocks o differentsizes,naturallywashed st o cementconcretepiecesand,bric k ironturningswereusedin the basin.Theabovesaidsolidmateria l dso far. Experiments wereconductedusingdifferentgl as th differentinclinationandorie n variationsintransmittance were RESEARCH ARTICLE International Journal of Engineering and Techniques - Volume 2 Issue 2, Mar – Apr 2016 http://www.ijetjournal.org Theoretical and Experimental Investigation on a Single Basin Double Slope Solar Still an k., Anadhavelu k ,thiruvasamoorthy k Research Scholar e brackishor y drinkingwate dr emote areas. ec ause of its se arch work l and actual n double slope p lores the f iciency. h overallsizeo d and tested s ( still – a tionconditio l –solar )at ,a city r econducted f r different h different ottoncloth,jut n gularfinsarra u teclothwere e basin. The o f o nes, k piecesand l swerenotuse as sthickness wi n tationandthe studied.Aregressionequationw a calculatethe transmittance ofthegiventhickness glasspla t andatanytimefor given radiation conditions. The va r losses at cover plates were st u A new model is pr op theoretical analysis by c transmittance variations ofth e and radiation received at th e input. In theearlier w transmittancewasconsidereda n e horizontalbasinarea was c on input. From thetheoretical ana l ( still – theoretical )usingp r wasfoundthat,thestillproducti o increasingwiththedecreasein depth.Inadditiontothestudyo f watertemperature,glasstemper a productionrate withlocaltime, t water – glass temperatur e local time and produc ti alsostudied.Atlowbasin w a below 60 o C,water– glasstemperaturedifferencewa s ionate variation with productionrate. A t temperature above 60 o C, behaviorwasdifferentandthe productionratevariedinversely w temperature difference . different operation co nd productionratewas Apr 2016 Page 149 Theoretical and Experimental Investigation on a Single a sestablished,to t e atanyplace r iationsofenergy u died. op osed for the c onsidering the e cover plates e glass cover as w ork, constant n dradiationonth on sidered as l ysis of the still r oposedmodel,it o n was f variations of a tureand t he variation of e difference with ti on rate were a tertemperature, s havingproport t higherwater C, the still w ith this . During this nd ition, the OPEN ACCESS International Journal of Engineering and Techniques ISSN: 2395-1303 high.Thisdifferentoperationregi o ed for moredu r depthandhighersolar intens Theexperimentalresultso f laboratoryandstill– comparedwithstill– theoreticalwithproposedmodel,f o pths anddifferentb a Theproductionrate,watertemper a temperatureandglass– atmospherictemperaturedifferen c ere similar. The stillwith 0.5 c more productive. F laboratoryandstill–solar,from60 o watertemperaturepointt o productionrate point,thestilloperationwasdiffere n r– glass temperaturedifferenceisinversel y toproduction rate. From thecorrelation graph f rate,itwas observe d higherwatertemperatures,the productionratewascomplex funct i water,glass,atmospheric , glasstemperaturedifferenceandg l atmospherictemperaturedifferen c proposedtheoretical mode l theproduction ratewithhigher d actual. Hence, to predictthe p accurately,athermalmodel,whic h refinementoftheproposedmodel, w dand validated

160-167

Authors: - IJETShruti Kamatekar, Prof. Balachandra G.C

Today, vehicles are emerged with new technologies and deployed with numbers of software applications. Checking reliability of these software applications is very challenging. The applications can be updated, diagnosed and tested remotely on road which makes the job of vehicle user easy and convenient. For vehicle communication, Vehicular Ah-hoc Networks (VANET) is used which is application of Ad-hoc Network. This paper gives brief overview about VANETS and cloud computing and also discusses the wide research work going on this domain

181-183

Authors: - IJETPraveen Ghuge, ChavanNitishR.,KatteSagar S. ,PawarSumit S.,Prof. Swami S. A.

In modern day research and education there constant need for dedicated server Installations for both staff and students. Typically there is need for access to computational power, network connectivity and specialized software.The classical solution for this problem is to delegate physical hardware for all of these needs. This is unpractical and results in an inefficient use of hardware, electricity and administrative resources. A self-service virtualization system could benefit these institutions by making computing resources more easily available to its students and researchers, and by improving the utilization of hardware resources. In this project we identify the requirements for such a system, by installing and con- figuring a prototype private cloud solution for students at the colleg