Source: http://www.ijsrd.com/index.php?p=Archive&v=5&i=1
Timestamp: 2019-04-26 04:27:11+00:00

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Mohd Parvez Ali, Swamy Shivakumar, Sukka Bhavani, M.Vijaya Bhargavi and S.V.Altaf. "Multiple Colour Generation by Using RGB LED." International Journal for Scientific Research and Development 5.1 (2017): 5-7.
Privacy preserving data mining has become increasingly popular because it allows sharing of private sensitive data for analysis purposes. The concept of privacy preserving data mining has been proposed in response to these privacy concerns. The main goal of this research work has introduced a new k-Anonymity algorithm which is capable of transforming a non anonymous data set into a k-Anonymity data set. K-Anonymity model is thus to transform a table so that no one can make high-probability associations between records in the table and the corresponding entities. In order to achieve this goal, the K-Anonymity model requires that any record in a table be indistinguishable from at least (kâˆ’1) other records with respect to the pre-determined quasi-identifier. Finally the modified dataset is used for clustering.
Bhuvaneswari T and Sasikala R. "An Efficient Data Mining Method for Clustering on Privacy Preserving Concept." International Journal for Scientific Research and Development 5.1 (2017): 8-12.
Automatic health monitoring plays an important role in dairy farms. In this study on monitoring of dairy cow. Cows are considered as a sign of divine and it gives milk. The idea is to monitor the cows to prevent the identify behavior of cows and disease. Rumination is one of the important activity for cows and helps in monitoring cow health. It is easy to monitor the activity of a single cow but it is a difficult task to monitor in a huge level such as cattle farm/dairy circle. Health monitoring in dairy cows is gaining more and more importance. One indicator to recognize imbalance is rumination action. A few methods have been produced for recording example time and intensity of rumination. The goal of this project was to compare rumination records in pressure sensors. The pressure sensor used to record the rumination this device coordinated in the halter of the noseband .The analysis variables are number and duration of separate rumination, sound, eating and other phases. The recording of rumination time eight hours were assessed and compared irregularly with direct observation.
Manikanta K and M. Prabu. "Cow Health Monitoring Through Wireless Sensor Network." International Journal for Scientific Research and Development 5.1 (2017): 13-18.
In this paper my aim is to use ardunio for classroom automation. This paper presents design and implementation concepts for a classroom automation system based on Arduino Uno microcontroller as central controllers. In this we have studied all technologies which are used for implementation for classroom automation. In this dissertation, Arduino microcontroller is the crusial part. we have also used PIR (Passive infrared) sensor to detect the presence of person within certain range, it is designed to cover a wide area this sensor rather than emitting light such as from LEDâ€™s, detects the amount of change in infrared rays that occurs, when a person whose temperature is different from surrounding, moves .This dissertation is made so that electricity will be saved to some extent by using arduino microcontroller. Thus in quickly the main desire of our free ride is to save electricity, time and maintain in functioning of classroom system smoothly.
Prof. Vikram. M. Kakade. "Home Automation System using PIR Sensor." International Journal for Scientific Research and Development 5.1 (2017): 15-19.
before there was no system to track the water in the tank, then there came a secondary problem that is when their water pump is started they have no idea when it gets filled as it needs to be checked. There are situations where the pump keeps on pumping water to the tank and the water starts spilling out from the tank. There is wastage of energy as well as wastage of water. To overcome this problem we came up with a solution Automatic water level indicator which indicates the water levels at various levels through LEDs using microcontroller.
M. Rakesh, E. Sai Teja, R. Bhanu Prasad, Alhussien Ali Mohammed and Sultan. "Automatic Water Level Indicator using Microcontroller." International Journal for Scientific Research and Development 5.1 (2017): 20-22.
In this research paper we talk about various type process for pressure die casting like cold chamber die casting and hot chamber die casting and major problem occurred during process on aluminium alloy during process. Casting defects are irregularities in the material that have a negative influence on the component; either it is caused from material failure, construction errors or as an effect of process parameters. Defects depend on several factors both in the material, for example the alloy, as well as the surrounding environment such as weather conditions. In the die casting industry today there are many cast defects like shrinkage, porosity and gas blow.
Petal Jay, Yagnang R. Pandya, Devang Sharma and Ravi C. Patel . "Various Type of Defects on Pressure Die Casting for Aluminium Alloys." International Journal for Scientific Research and Development 5.1 (2017): 23-27.
This paper discusses geometry generation used for finite element analysis of composite notch shaft used in ATV. Composite materials are basically hybrid materials formed of multiple materials in order to utilize their individual structural advantages in a single structural material. Mesh generation and its convergence are also discussed. Using proper boundary conditions and type of loading are important since they strongly affect the results of the finite element analysis. Identifying appropriate boundary conditions and loading situation are also discussed. A finite element model of one component is analyzed. This facilitates proper comparison of this component made from two different manufacturing processes. The results of finite element analysis for this shaft are discussed in this paper. Above mentioned FE models are used for static analysis considering the boundary conditions according to the mounting of the shafts in the engine.
Mr.Pravin Ashokrao Desao, Mr. S.S.Patil and Mr.M.L.Harugade. "Design and Analysis of Notched Shaft of ATV using Composite Material." International Journal for Scientific Research and Development 5.1 (2017): 28-31.
We present an analysis of a â€œspatial smoothingâ€ preprocessing scheme, suggested by Evans et al., to circumvent problems encountered in direction-of-arrival estimation of fully correlated signals. Simulation results shows the comparison of MUSIC with and without spatial smoothing.
Bhaumik A. Barodia. "Performance Analysis of DOA Estimation under Coherent Signal Conditions." International Journal for Scientific Research and Development 5.1 (2017): 32-35.
Personalized web search (PWS) has demonstrated that it is effective in improving the quality of various search services on the Internet. However, evidences show that usersâ€™ reluctance to discover their private information during search has become a major revetment for the wide proliferation of PWS. We study privacy protection in PWS applications that model user preferences as stratified user profiles. We propose a PWS framework called UPS that can adaptative generalize profiles by queries while respecting user-specified privacy requirements. Our runtime generalization aims at striking a balance between two prophetical metrics that valuate the utility of reification and the privacy risk of exposing the generalized profile. We present two greedy algorithms, namely GreedyDP and GreedyIL, for runtime induction. We also provide an online prevision mechanism for deciding whether personalizing a query is beneficial. Extensive experiments demonstrate the effectiveness of our framework. The simulation results also reveal that GreedyIL significantly outperforms GreedyDP in terms of efficiency.
A. Arun and S. Suma. "Supporting Privacy Protection in Personalized Web Search." International Journal for Scientific Research and Development 5.1 (2017): 36-39.
Bus mass rapid transit System (BRTS) is an innovative, high capability, lower price transport solution which will considerably improve urban quality. transport System in most Indian cities is rapidly deteriorating due to the increasing travel demand and inefficient transportation. There square measure numerous issues connected with transport such tremendous increase in range of accidents, Environmental degradation, Congestion, Overcrowding as a result of inadequate system, Frequency of service and schedule isn't strictly adhered. the matter of pollution, safety and unskillfulness have reached at a awful level in most of the key cities in Bharat as a result of intense growth of its population -both of individuals and motorcars, combined with inefficient transport system and poor social control of environmental laws etc. Thus, there's a good have to be compelled to guarantee clean, efficient, affordable, effective Associate in Nursingd safe public transportation and for this Bus mass rapid transit System might become an acceptable answer. Bus mass rapid transit (BRT) Systems have emerged joined of the necessary mode of transport. they're Motorized Transport relatively versatile, simply accessible, and economical and additionally price effective in terms of having the ability to move an outsized range of individuals (rather than vehicles). BRT systems will simply be custom-made to community wants and incorporate progressive, inexpensive technologies that lead to a lot of passengers and fewer congestion. Performance improvements of BRTS is required to be done to overcome the above effects. This can be measured and evaluated by various tools like; BEAD tool, SPSS and various kinds of surveys. In the present study performance evaluation of BRTS is discussed.
Matariya Rahul Dineshbhai, Mr. P. A. Shinkar and Mr. Rahul M Kasundra. "Performance Evaluation of Bus Rapid Transit System - Reviews." International Journal for Scientific Research and Development 5.1 (2017): 40-42.
It is said that ability to create interesting and new things can be improved through the use of Interactive Genetic Algorithm (IGAs). The objective of this project was to decide the adequacy and practicality of optimizing the outline of a webpage through the utilization of an interactive genetic algorithm. Programming was made to show a population of mutable designs, gather client feedback as a measure of fitness, and apply genetic operations in a continuous evolutionary process. The review proposes utilization of genetic algorithm driven Cascading Style Sheets (CSS) to help the procedure of website optimization. This strategy will draw in visitors to remotely alter and upgrade the style (type, layout and color) of site to fit their stylish and practical portrayal of well-received design. Survey in this paper with the issue of automatically creating the style and the design of site pages and sites in a genuine application where many sites are considered. One of the fundamental trouble is to consider the user inclinations which are significant in sites plan.
Vishaldeep Vadher. "Survey on Interactive Genetic Algorithm for Web Page Design." International Journal for Scientific Research and Development 5.1 (2017): 43-46.
Due to Rapid growth in population and increasing construction of pavement and other civil engineering structures have to carry out weak and soft soil. swelling properties. The Black cotton soil is hard when dry, but loses its strength when it is in wet condition. In this work, BC Soil was tested by using stabilizing agents- Terrasil, lime. Investigation includes by evaluation of Grain size distribution, Atterberg's limit, Maximum dry density, Optimum moisture content and CBR value of Black cotton soil with and without stabilizers for curing period.
Vishala V. Pandor and Purti L. Solanki. "Black Cotton Soil Treated with Chemical Additive as a Method of Soil Stabilization." International Journal for Scientific Research and Development 5.1 (2017): 47-48.
This study focuses on employee commitment in organizational development. The employee commitment is that employees the enthusiastic in work with an organizational goals and values. Employees are believes the organizational values, goals involve it. The factors determining the employee commitment includes training and development, motivation, job satisfaction, work environment and leadership style. These factors should lead to the organizational development and growth. There are some findings which improve the organizational development; it is increased productivity, Employee skill development, less supervision, achieve the goal in efficient and effective manner.
Prabhakaran S and Dr. Anitha Rajathi V M. "Employee Commitment Factor and Its Impact over the Organizational Development." International Journal for Scientific Research and Development 5.1 (2017): 49-50.
Aim of this paper is to reduce the cost of power quality converter. Numbers of converter are used to control the power quality i.e 12-switch converter, 9-switch converter etc. Nine switch converter has an advantage that is less of number of switches as compare to 12 of the back-to-back converter. But some restrictions in the total attainable amplitude at its outputs, depending on the phase shift between its two terminal sets. With an appropriate design control scheme for nine-switch converter, it show favorable improvement of overall power quality & justify its role as a power conditioner at a reduced semiconductor cost. The proposed power conditioner presents a only eight switches, transformer-less hybrid filter, four-switch two-leg inverter and a six-switch dynamic voltage restorer & it is capable for voltage sag mitigation and another unit for current harmonic compensation.
Rashmi V. Lokhande and Prof. V. R. Aranke. "Power Quality Conditioning by Eight Switch and Twelve Switch Converter for Mitigation of Current Harmonics and Voltage Sag Compensation." International Journal for Scientific Research and Development 5.1 (2017): 51-54.
This review paper Faster Approach to Image Processing using Vedic Mathematics. Multipliers are fundamental and area intensive component in the architecture of any DSP system. In many areas, there are situations where the complexity and delay of the whole circuit increases because of inefficient multipliers. So it is necessary to reduce such complexity of Multipliers for efficient DSP architecture with high throughput and time consuming. The algorithm is implemented using verilog HDL and is tested and verified with MATLAB also. The multiplier can be substituted for conventional multipliers in various applications. The exploration of Vedic algorithms in Digital Signal Processing prove to be extremely advantageous. Hence it can be applied for discrete cosine transform application.
RanjanaKumari and Monali Chinchamalatpure. "Faster Approach to Image Processing using Vedic Mathematics." International Journal for Scientific Research and Development 5.1 (2017): 55-57.
in every companies involves number of task, subtask of various projects. This project cannot be easy to handle manually. For this we require e system or tracker to manage this aspect online. Task management is the discipline of planning, organizing, motivating, and controlling resources to creating, updating, downloading and to achieve specific goals. No matter how big or small the project is, the success or failure of the project depends on the execution plan and the order in which the tasks are fulfilled. It takes a great deal of skill to do this well, the time invested in building good project management techniques can pay off enormously and helps to achieve projects on time within the resource constraints.
Ankita Paradkar, Diksha Bhonde, Priya Rughwani, Shweta Bhonde and Shital Chawade. "Task Tracker System-Web Application." International Journal for Scientific Research and Development 5.1 (2017): 58-60.
From city roads to highways, a lot of traffic problems occur everywhere in todayâ€™s world. An Excessive number of vehicles on roads and improper methods of controlling the traffic creates traffic congestion which leads to wastage of time and increases the pollution. This frequent traffic jams problem leads to a rise of the need for an efficient and proper traffic management system. Existing methods work well in free-flow traffic but in the case of heavy congestion, these methods face challenges. Current traffic control techniques involving magnetic loop detectors buried inside the road, infra-red and radar sensors on the side provide limited traffic information. The use of image processing helps in the proper management of traffic even in shadows and various lighting conditions and it is also cost effective as the devices it requires like sensors, cameras are cheaper than for other solutions. Comparison and survey of all these methods is shown in this paper which concluded that use of canny edge detection method makes an analysis of traffic comparatively efficient.
Chirag Thakkar and Rajesh Patil. "Review on Traffic Density Analysis Techniques using Image Processing." International Journal for Scientific Research and Development 5.1 (2017): 61-64.
An agricultural labour in India faces various problems. Agricultural labours means who works on the land of others on wages. Objective: To know the social status of the agricultural labourers. To study the condition of their works .To studies the magnitude of agricultural labours. Methodology of the study- the study includes only secondary methods of data collection and empirically study only. The paper includes problems of agricultural labours, government policy measures and suggestion for improvement of the agricultural labour conclusion. The study conclude that agricultural labourers condition is not good in India and government should take some proper Action to improve the conditions of agricultural labour.
Tanaji Rajaram Sawant. "Indian Agricultural Labour: Problems and Prospect." International Journal for Scientific Research and Development 5.1 (2017): 65-66.
The fabrication is based on pneumatics which deals with the study and application of the pressurized air to produce mechanical motion. Pneumatic jack is fabricated model which installed on the four wheeler, which is used to solve the problem arising in the conventional jack. This fabricated model consist of small size reciprocating air compressor which is driven by the battery use in four wheeler and an air tank is use to jack store the compressed air, and a pneumatic control valve which regulate the air flow and double acting cylinder used as a jack which perform lifting. This jack is installed on the chassis using jack and the problem related to tyres such as puncture tyres, tyres replacement and wheel balancing can be resolved with less effort and time.
Shubham Anil Gawande, Atul A Dhawale, Rohitkumar R Gupta and Yogesh D Bate. "Design and Fabrication Automatic Pneumatic Inbuilt Jack System by using Fifth Wheel Parking System." International Journal for Scientific Research and Development 5.1 (2017): 67-68.
Deep drawing is a sheet metal forming process in which a sheet metal blank is radially drawn into a forming die by the mechanical action of a punch. Deep drawing process is a shape transforming method. Defects like cracks and wrinkling of deep drawing occur very often in conventional cylindrical deep drawing process because of the lower forming ability of aluminum alloy sheet at room temperature. Therefore, a different approach is discussed in my research to obtain some new prediction of behavior with variations of deep drawing. This method helps to push the sheet metal in different angular direction. In addition, the effect of co-efficient of friction is predicted while performing deep drawing. In order to avoid the costly, tedious and difficult experiments, modern manufacturing industry is based on the analysis of forming processes in numeral atmosphere before the actual production set-up. In the work, the single stage deep drawing process is used by means of a finite element analysis. Simulation of the deep drawing process for determining stress distribution in the drawn component for different variations is explained in my work. The distribution of stress in the drawn component is obtained. Thus simulation of deep drawing is being carried out on alloy steel at different die angles and to check its performance. Also its behavior is tested at various co-efficient of friction. The result of simulation will be beneficial to the tool designer and the manufacturing industries doing work in this field.
Prem Kumar Soni and Dr. Vandana Somkuwar. "Optimizing the Behavior of Deep Drawing Process with Stress and Strain Variation using Finite Element Simulation by Changing Different Die Angle." International Journal for Scientific Research and Development 5.1 (2017): 69-74.
Disaster threatens human lives more and mainly road accident is common today. During accident many people lose their life because medical services and family member not getting accidental data on time. In this paper, an afferent vehicle wireless system is designed and implemented for vehicle accident detection and reporting using GPS.GPS give location of vehicle. In case of any accident, the system send automated message to the programmed number such as family member or emergency medical services via GPS. When an accident occurs the information only is sent through GSM but there is no possibility to locate the spot.Currently there is no technology for accident detection. As it is done manually there is loss of life in golden hours. In addition if this there is obstruction in the ambulance reaching the hospital due to the traffic bottleneck between accident location and hospital which increases the chances of the death of victim.
Sagar K.Gharpure, Akash Kamdi, Arthesh Naik, Kiran Kshirsagar and Swapnil Kalane. "Smartphone based Enhancement in Health Services using GPS System." International Journal for Scientific Research and Development 5.1 (2017): 75-76.
Steering Knuckle is linked with other linkages and supports the vertical weight of the car, hence plays major role in many direction control of the vehicle. It requires high quality, durability and precision. The main objective of this paper is to explore performance of the steering knuckle. This can be achieved by performing a detailed load analysis. Therefore, this study has been dealt with two steps. First part of the study involves the determination of loads acting on the steering knuckle through hand calculations. Then the stress analysis will be performed using analysis software and based on it optimization of steering knuckle will be suggested. This may also improve the depth knowledge of its function and performance in terms of durability and quality.
Mr. Ankur Vilas Kamble, Prof. S. S. Patil and Prof. M. L. Harugade. "Developmental Design and Optimization of Steering Knuckle with Integrated Spindle." International Journal for Scientific Research and Development 5.1 (2017): 77-81.
This paper is all about the steps and procedures used to optimize turning parameters using Taguchiâ€™s design of experiment. An attempt is made to review the literature on optimizing machining parameters in turning processes. In this study, analysis will be done by process parameter like cutting speed, feed rate and depth of cut based on surface roughness in finish turning of work piece material with carbide tool having different rack angle. The surface roughness will measure at the end of useful tool life. The combine effects of the process parameters on performance characteristics will investigating using ANOVA and will normality testing optimization technique will help to optimize the process parameters.
Mahipal B Padhiyar and Prof. Vidya Nair. "Analysis of Surface Roughness with Different Cutting Parameters in Turning: A Review." International Journal for Scientific Research and Development 5.1 (2017): 82-85.
In recent year an increasing member of companies have used different types of quality programs in order to increase internal and external customer satisfaction as well as to reduce quality cost Among all of these programs six sigma is perhaps the most widely accepted initiative by all a broad range of organization. The six sigma approach has been increasingly adopted worldwide in the manufacturing sector in order to enhance productivity and quality performance and to make the process robust to quality variation This project discuss the process variation. This project discuss the process variation reducing the process variation and bearing reducing the rework by Appling DMAIC approach Project deals with application of six sigma DMAIC methodology in an industry which provides a frame work to identify quantity and eliminate sources of variation in an operation process in question to optimize the operation verifies improve and sustain performance process yield with well exerted control plans six sigma improve the process performance of the critical operational process leading better utilization of recourses decreases variation and maintain consistent quality of the process output. This study focus on Reducing Non-confirmative Rate of Bearings Rings Using DMAIC approach of six sigma methodology.
Divyeshkumar. U. Patel, Dixt. M. Patel, Raviprakash. C. Patel and Jitendra. J. Thakkar. "To Improve the Machine Efficiency and Reduce Non- Confirmative Rate of Bearing Ring With Help of Six-Sigma Methodology." International Journal for Scientific Research and Development 5.1 (2017): 86-91.
Fused Deposition modeling is the prime method of Additive manufacturing process used for the polymer manufacturing. As in this process the polymer filament enter in to the heat sink through feed filament feed mechanism and reaches to the heat block where it get melts and through the nozzle it get extruded and deposited layer by layer in order to build the component. In order to extrude the PLA melt, the feed polymer filament in solid form is used as a plunger. In order to use Polymer filament as a plunger, it is necessary to remain polymer filament is in solid state inside the heat sink. In order to remain feed filament in solid state it is necessary to remain the temperature of the heat sink much below the melting temperature of polymer. In order to increase the heat transfer rate from the heat sink it is necessary to increase the surface area of heat sink. Therefore in order to increase the surface area of heat sink fins are provided on the heat sink. Here in this paper thermal behavior of heat sink is analyzed. Here it also contains the optimization of heat sink fins profile, in this analysis heat sink having rectangular annular fin and circular annular fin are analyzed for different working material that is poly-lactic-acid (PLA), ABS polymer.
Munna Kumar, Prof. Karan Singh Verma and Dr. S.K. Nagpure. "Numerical Simulation of Rep-Rap 3D Printer Liquefier to Determine the Thermal Behavior of Heat Sink." International Journal for Scientific Research and Development 5.1 (2017): 92-101.
Now dayâ€™s solid waste management and its proper disposing is major concern in the developing countries. The general method of disposing the solid waste is by land filling in dump yard. In this method the disposing site should be far away from the residential area. The present study is conducted on the ground water, in the vicinity of Bhandewadi Dump Yard in Nagpur. Urbanization and improper disposal of solid wastes lead to contamination of groundwater and surface water resources in this region. Municipal solid wastes of the city are presently disposed as open landfills at Bhandewadi region near Pardi east Nagpur. The leachate form due to solid waste is directly infiltrate into the ground and contaminate the ground and surface water resources which results into unsuitability of water for drinking and other utility purposes. This study is made for the convenience of residential people near by the solid waste disposing site and to make evaluation of the impact of this leachate on surrounding ground water.
Shubham Gillurkar, Chiranjeev Mohota, Vicky Baraskar and Nilesh Pal. "Study of Effect of Bhandewadi Dump Yard on Ground Water." International Journal for Scientific Research and Development 5.1 (2017): 102-104.
Intermodal transportation is the transportation between two modes like road and rail. It also known as combined transportation system. The aim of this study is to develop a model called SimConT model, or simulation container terminal model for intermodal transportation system. Two modes i.e., rail and road mode is considered to develop this model. The model can also be used as a tool to calculate the costs and environmental effects of a given transport system. The potential of intermodal road-rail transport was determined using the SimConT model. An input data set was developed based on the collected data from Mahuva port. The output data of this SimConT model is compared with the data of Mundra port. By using this intermodal transportation model business economic costs and social economic costs can be lowered, as well as harmful environmental effects can be controlled. SimConT model can be better used for identification optimal route for delivery of goods, optimization of the use of resources, for improvement of existing model or database system.
Dr. Rupesh P. Vasani, Dr. Deepak Shrivastav and Bibhabasu Mohanty. "Simulation of container terminal model(SimCon-T) for Mahuva intermodal for better development of logistic management system." International Journal for Scientific Research and Development 5.1 (2017): 105-109.
Mobile Banking is an option which gives user the possibility to perform various banking operations such as account transaction and other basic services available daily in banks through a mobile device such as smartphone or tablet. The security and privacy of sensitive financial data is one of the main concerns in acceptance of these systems all over the world. It is specifically important to secure the transmission of the financial data between the financial institutionsâ€™ server and the mobile device used by consumers, as their communications are via unsecured networks (Internet). In this paper, a trust negotiation approach is proposed to address these security concerns. Trust negotiation is combined with the Transport Layer Security (TLS) as the underlying protocol. This combination of technology aims to maximize the existing security of m-banking applications. It results in significant improvements in security compared to the traditional identity-based only access control techniques. The proposed approach is implemented as a mobile application.
Mayur Waghmare, Akshay Hatwar, Priya Golekar, Akanksha Hiware and Rushali Parimal. "Enhancement of Security in Mobile Banking Applications." International Journal for Scientific Research and Development 5.1 (2017): 110-112.
various item structures join an electronic portion that makes them available to individuals when all is said in done by method for the web and can open them to a grouping of online attacks. One of these ambushes is SQL mixture which can give aggressors unapproved access to the databases. This paper displays an approach for securing web applications against SQL implantation. Design matching is a structure that can be utilized to perceive or see any anomaly convey a consecutive activity. This paper also shows an affirmation and avoidance procedure for guaranteeing SQL Injection Attack (SQLIA) utilizing Aho-Corasick design matching figuring furthermore, it focuses on different segments that can recognize a couple SQL Injection ambushes.
Komal Dhok, Vrushali Wadibhasme, Vaishnavi Maske, Saylee Shrirame and Prof. Vishesh Gaikwad. "A Review on Countering SQL Injection Attack Using Pattern Matching." International Journal for Scientific Research and Development 5.1 (2017): 113-116.
Structures are playing very important role in our day-to-day life such as dams ,bridges, rail tracks, aircrafts, industrial machineries ,high-rise building and so on. However, the long-term decay of these structures can be caused by unnatural/disaster conditions such as earthquakes, tsunami, winds and hurricanes. In this unfavorable condition constant supply of electric current to the Wireless Sensor Network (WSN) are impossible. So, we are adopting Wireless Rechargeable Sensor Network (WRSN) in Structural Health Monitoring (SHM). Comparing with WSN, WRSN provides sensing and analyzing of structures even during the unfavorable moments. On the same side it overcomes the key challenges like computationally intensive, resource constraints and long-term monitoring. The main issues in our SHM includes network life-time, stability, damage detection, reliability and trade-offs in model which is overcome by multi-scale Wireless Rechargeable Sensor Network with restricted input network activation scheme and the integration of data network activation scheme and the data integration from a heterogeneous sensor array to improve damage detection for low-order models. It helps to improve power efficiency, minimize packet loss and latency and eliminate synchronization issues through the use of a decentralized analysis scheme (i.e.) Cyber Physical System (CPS) approach.
Dr. M. Senthil Kumar, Ms. T. Kanitha, Ms. K. Jayasree and Ms. P. Harini. "Literature Survey on Structural Health Monitoring." International Journal for Scientific Research and Development 5.1 (2017): 117-118.
The large scale industries utilize fully automated system that is very costly and they use various sensors (for e.g. Photo sensors, proximity sensors, etc.) for sequencing of papers but it becomes very difficult to utilize the same systems for small scale industries as its initial cost of setup is too high. So they engage an extra labour for sequencing and numbering arrangement of papers. This extra labour work affects productivity as well as consumes more time for doing job which is possible to eliminate by introducing automation in this conventional job of sequencing and numbering the papers. So the ultimate aim of â€˜Automated paper feeding mechanism and numbering embedded systemâ€™ is to develop the mechanism that can be cheaply available for small scale industries and helps to increase productivity of SSI by reducing manual labour and time requirement.
Sagar Nakade, Vinay Landge, Rishabh Gupta and Harish Bhatkulkar. "Development of Automated Paper Feeding Mechanism and Numbering Embedded System." International Journal for Scientific Research and Development 5.1 (2017): 119-120.
The thirst for new sources of energy is unquenchable, but we seldom realize that we are wasting a part of the electrical energy every day due to the lagging power factor. Hence, there is an urgent need to avoid this wastage of energy. The conventional Reed switch method is to optimize the power factor in High Tension (HT) and Low Tension (LT) industries to reduce power losses. The power factor corrective system to improve the power factor of High Tension and Low Tension industries. As the power factor correction in conventional power factor meter takes a minute. Separate capacitor banks for both load and no load conditions, to note the transformer ratings of Arc welding machine.
Aarthy T, S. Bhuvaneswari, M. Dhanusha Preethi, S. Karthika and Dr. S. Sumathi. "Power Factor at Instantaneous Load using Arc Welding Machine." International Journal for Scientific Research and Development 5.1 (2017): 121-124.
Clustering is a technique for primary data analysis and k-means is clustering algorithms which are very useful of all the other algorithms. In data mining clustering methods are frequently used, because its performance in clustering large data sets. The result of the k-means clustering algorithm depends upon the correctness of the initial centroids, because they are selected randomly. The original k-means algorithm converges to local minimum, not the global optimum. Many improvements were already proposed to improve the performance of the k-means, but most of these require additional inputs like threshold values for the number of data points in a set. In this research a new method is proposed for finding the better initial centroids and to provide an efficient way of assigning the data points to suitable clusters with reduced time complexity. Our experimental results show the proposed algorithm more accurate with less computational time comparing to original k-means clustering algorithm.
Shekh Shabazhusen A. and Prof. Ketan Patel. "A Survey Paper on Improvisation of K-Means Clustering Algorithm with Implementation on E-Commerce Data." International Journal for Scientific Research and Development 5.1 (2017): 125-128.
Making and using of a sustainable concrete has become an important requirement day by day. To reduce the environmental effect, several of supplementary cementing and pozzolanic materials and mineral admixtures and chemical admixtures are introduced and they are partial replacement of cement in the concrete. This paper reports the results of the mechanical properties of the concrete with partial replacement of Partial replacement of Rice-husk-ash (0%, 5%, 10%, 15%& 20%, 25%) and marble powder (0%, 5%, 10%, 15%) separately and blended both rice-husk-ash and marble powder combines partial replacement (0%, 5%+5%, 10%+10%, 15%+15% & 20%+20%). The test results indicate that rice-husk-ash & marble powder is an effective mineral admixture, with 10% and combine of both (5%+5%) as the optimal replacement ratio of cement.
SK. Sahera, Dr. K. Chandramouli, Ch. Lakshmi Sowjanya, B. Mahesh Babu and B. Rajamanar. "Experimental Study on the Mechanical Properties of Concrete by Partial Replacement of Cement with Rice-Husk-Ash & Marble Powder for M30 Grade of Concrete." International Journal for Scientific Research and Development 5.1 (2017): 129-132.
the uses of RF devices have been increasing day by day. Filters are one of the most important device in communication channel. Now a days, SAW devices are most commonly used in many systems due to their linear phase response. The survey has been done for Saw filters based on different techniques to achieve advanced functionality, This paper presents the literature survey on SAW filters having different structures to improve parameters such as narrowband operation, sharp cutoff, less insertion loss, wide band operation etc.
Anjali R Patel and Anil K Sisodia. "Review on Surface Acoustic Wave (Saw) Filters." International Journal for Scientific Research and Development 5.1 (2017): 133-135.
for automatic travel recommendation there are two main challenges First, the recommended POIs should be personalized to user interest since different users may prefer different types of POIs. Second, it is important to recommend a sequential travel route. This project presents a personalized travel sequence recommendation from both traveler and community-contributed photos and the heterogeneous metadata associated with these photos. Not good most existing travel recommendation approaches, the approach is not only personalized to userâ€™s travel interest but to recommend a travel concatenation rather than individual Points of Interest (POIs). Topical package including representative logo, the distributions of cost, visiting time and visiting period of each topic, is examined to bridge the distance gap between user travel preference and travel routes. A vital challenge on this paper is to handle the distinctive components of travel data that distinguish travel packages from old things for recommendation. To it ends throughout this paper, we head to head to initial optimize the characteristics of the predominating travel packages and develop a tourist-area-season topic (TAST) model. Our main aim is to develop Smartphone apps and web sites which include Package recommendation narrow language tutorship on arrival hotel bookings. Scope of this project is not limited to this only we are also analyzing on some innovative concept -personalized trip scheduler. This paper provides a work of exploiting on-line travel ability for customized travel package recommendation.
Pratik Kale, Amrapali Pawar, Sikki Upadhyay and Mayur Parma. "An Innovative Tour Recommendation System for Tourist." International Journal for Scientific Research and Development 5.1 (2017): 136-139.
The main aim of this research work is to prepare hybrid composites and to compare them on the basis of thermal property namely Heat Deflection Temperature (HDT). For preparation of composites, hand lay-up method is used. Unsaturated polyester (UP) resin is principal binding material (50wt %) while Cobalt naphthenate is used as an accelerator (0.5wt %) and Methyl ethyl ketone peroxide (MEKP) is used as a hardener (1wt %). 400 gsm chopped strand mat of E- glass fiber is primary reinforcement material while sugarcane bagasse and human hair fiber waste are used as additive fiber in glass fiber reinforced plastic (GFRP) for preparing hybrid composite. An exothermic reaction occurs in which energy released is more than the energy supplied, this extra energy in the form of heat is due to formation of new bonds by cross-linking. Post curing, prepared composites are evaluated on Heat Deflection Temperature (HDT).
Janmajay Singh Rajput, Subha Jayaraman and Jeetendra Mishra. "Comparative Study of Thermal Property (HDT) of Hybrid Composites Prepared using Glass Fiber, Sugarcane Bagasse and Human Hair." International Journal for Scientific Research and Development 5.1 (2017): 140-142.
This paper presents design and simulation of a three-phase hybrid active power filter to eliminate the harmonics and for mitigation of the power quality problem at ac mains in ac-dc power supply feeding to a nonlinear load. The non linear loads take discontinuous current and thus it injects harmonics. The hybrid active power filter, which combines active power filter, passive power filter and generalized integrators, and which has their both respective merits, leading the development of electric reliability and quality. This harmonic distortion can be reduced by suppressing the harmonic resonance using the hybrid active filter, which is operated as variable harmonic conductance according to the voltage total harmonic distortion. Therefore, the harmonic resonance would be avoided as well as harmonic voltage distortion can be maintained at an allowable level. Finally, representative simulation results of a three phase hybrid active filter are presented to verify the effectivemess of HAPF in power quality enhancement.
Aaliya Bai.S, Mr. T. Rajesh and Santhosh Kumar.V. "Design and Implementation of Hybrid Active Power Filters For Power Quality Improvement in Industries." International Journal for Scientific Research and Development 5.1 (2017): 143-146.
this paper describes a variety of fundamental research of laser marking of different materials which the authors have recently performed. Product laser marking is one of the most common industrial applications of lasers. The laser marking systems using different lasers and optical delivery systems may be used to mark an almost endless list of materials including metals, plastics, ceramics, glass, woodland leather as well as painted surfaces and photographic emulsions. In this review the research and progress in laser marking of different materials are critically reviewed from different perspectives. Basically many types of industrial lasers like, carbon dioxide (CO2) laser and neodymium-doped yttrium aluminium garnet (Nd: YAG) laser, fiber laser, semiconductor laser which are used for laser marking process. Some important laser processing parameters and their effects on MRR and surface roughness are discussed. This paper deals with the review of papers by authors.
Chetan. R. Patel, Atul. J. Patel and Raviprakash. C. Patel. "A Review on Laser Marking Process for Different Materials." International Journal for Scientific Research and Development 5.1 (2017): 147-150.
the objective of the paper is to implement PV and PIV control for position control of servo motor. A Quanser servo plant module and dSPACE software with the DS1104 R&D controller board is used in the experiment to derive transfer function of servo motor that describes the load shaft position with respect to the motor input voltage using frequency response method and to develop a feedback system that controls the position of the rotary servo plant.
J Priya and R Rambrintha. "Implementation of PV and PIV Control for Position Control of Servo Motor." International Journal for Scientific Research and Development 5.1 (2017): 151-155.
V. Spandana, K. Pravalika, M. Deepika, Md Akheel Ahmed and B. Eshwar. "Implementation of Speed Checker for Highways using Microcontroller." International Journal for Scientific Research and Development 5.1 (2017): 156-158.
In this modern era, property crimes are more predominant. This necessitates our need to develop an advanced security system which is the Motion Detecting Camera. It is basically a single camera based security system that can be used to protect valuables kept in a room of a house or property. Most existing camera based security systems involve the use of multiple cameras placed around the room to be monitored. This camera continuously records the video footage of the room and saves it on a central monitoring station.
Mir Ishaq Ali Khan, Mohammed Abdul Rafeeq, Mohd Riyazuddin Qureshi, Syed Abdul Wahab Tajwar and B. Kiran Kumar. "Motion Detecting Camera with High Security System." International Journal for Scientific Research and Development 5.1 (2017): 159-161.
Gas leakage is a major problem with industrial sector, residential premises and gas powered vehicles like CNG (compressed natural gas) buses, cars. Due to leakage of LPG, it produces hazardous and toxic impact for human beings and also for other living creatures. One of the preventive methods to stop accident associated with the gas leakage is to install gas leakage detection kit. The aim of this paper is to present such a design that can automatically detect and stop gas leakages. We speculate some solutions to detect the LPG gas leakage and make alert to the users who are using LPG gas. The host in our project is 8051 microcontroller. In this design we are using LPG gas sensor (MQ6) for sensing the leakage and produce the result in audio and visual formats also alerts human via short message service (SMS). This gas sensor has high sensitivity for propane and iso-butane and also can sense cigarette smoke.
Md. Ashraf, Syed Saif, Syed Saifuddin, Mohd Ilyas Khan and Shaik Asra Tabassum. "LPG Leakage Detecting and Alerting System." International Journal for Scientific Research and Development 5.1 (2017): 162-164.
The area of microstrip antennas is one of the most dynamic fields of antenna theory and has seen some inventive work in recent years. The increasing need for mobile communication and the emergence of newer technologies require an efficient design of antenna of smaller size for wider frequency range applications such as Wi-Max. In this work, the aim of this paper is to design and simulate different shapes of Microstrip antenna.
Shivraj Choudhary and M. P. Parsai. "Design and Simulation of Different Shapes Microstrip Antennas - A Literature Review." International Journal for Scientific Research and Development 5.1 (2017): 165-169.
The amount of data in world is growing day by day because the use of internet, smart phones and social networks. Big data is a collection of data sets which is very large in size as well as complex. Traditional database systems are not able to capture, store and analyze this large amount of data. In this research, proposed an algorithm for the clustering problem of big data using a combination of the genetic algorithm with the K-Means algorithm. The main idea behind this algorithm is to combines the advantage of Genetic algorithm and K-means to process large amount of data.
Priya Arjunan and Sasikala R. "An Efficient Hybrid Genetic Fuzzy C-Means Algorithm on Data Mining Techniques." International Journal for Scientific Research and Development 5.1 (2017): 170-172.
Metal matrix composites (MMCs) constitute an important class of design and weight efficient structural materials that are encouraging every sphere of engineering applications. Since, there has been an increasing interest in composites containing low density and low cost reinforcements. In the present work, Friction Stir Welding (FSW) has been used to join the AA6061 reinforced with SiC and Rice Husk-Ash metal matrix composites (MMCs). Accordingly, rectangular composite plates were fabricated through stir casting route, then these plates were welded by using FSW. By Taguchi method using L9 orthogonal array, the optimum of process parameters has been determined. ANOVA analysis has been carried out to determine the percentage contribution of each factor on Tensile Strength and Hardness. Micro-structural characterization of the stir zone was carried out through Optical Microscopy (OM). The uniform grain distribution has been observed across the stir zone of AA6061/SiC/Fly-Ash composites after FSW.
A. Pradeepraj and P. Tamilamudhan. "Effect of Rice Husk Ash and Sic Particles on Hardness and Micro Structure of Friction Stir Welded Metal Matrix Composites." International Journal for Scientific Research and Development 5.1 (2017): 173-178.
In thermal industry, heat exchanger is very important device. The heat exchangers are used in number of applications. Heat exchangers are devices that facilitate the exchange of heat between two fluids that are at different temperatures while keeping them away from mixing with each other. As heat exchangers are used in many applications, the efficient heat exchangers have tremendous demand from industry. From last few years, efforts have been done to enhance heat transfer, increase rate of heat transfer, minimize size of heat exchangers, and finally increase energy and fuel efficiencies. The researchers are using different inserts, fins, fin shapes, insulations to ensure efficient and enhanced heat transfer.
Pavan Goudappa Patil and Mr. S. R. Patil. "A Review Paper Based on Performance Analysis of Heat Exchanger using Helical Fins with Varying Pitch." International Journal for Scientific Research and Development 5.1 (2017): 179-181.
Home automation or smart home is the residential extension of building automation and it also involves the control and automation of lighting, heating (such as smart thermostats), ventilation, air conditioning (HVAC), and security, as well as home appliances which will be discussed. The main objective of this work is to facilitate the user to control appliances by two ways the first way is remotely via voice command, and the second is using remote control to control the appliances which is also an override Control. This system is most suitable for the elderly people and the disabled persons. So in this paper work our aim is to design a voice recognition wireless home automation system.
T Nandhakumar, S. Keerthana and V. Kowshika Kamatchi. "Zigbee Based Home Automation Control Through Voice Command." International Journal for Scientific Research and Development 5.1 (2017): 182-184.
The scientific literature regarding factors affecting the construction site safety and safety management has been reviewed. The purpose of this study is to identify the most critical or most frequent safety factors by reviewing the articles from across the globe related to the various safety factors that affects the site safety in the construction industry. Furthermore results has been summarized in a way that can help the researcher to quickly identify the most frequent safety factors. By reviewing this study, researchers can identify the most frequent safety factors which affects the construction site safety which can help in making efficient safety management system. Furthermore performance of the construction site safety also can be improved by controlling various factors summarised in this study.
Saurabh Prajapati and Jitendra Patel. "Factors Affecting the Construction Site Safety - A Review of Literature." International Journal for Scientific Research and Development 5.1 (2017): 185-189.
The power consumption and delay optimization has been the main concerns for the VLSI technology. In this project we propose a new adiabatic technique using diode connected transistors. This technique emphasizes on reduction of power by lowering the non-recoverable power consumption in adiabatic circuits. This technique achieves full adiabatic operation by providing separate charging and discharging paths. The PMOS devices provide the charging path while the diode connected NMOS devices provide low resistance discharge path which helps in reduction of power dissipation in the circuit. This project compares the different logic style 2:1 multiplexers like CPL, EEPL and PFAL with the proposed design (ADDL) in terms of power and delay. The power consumption and delay is reduced up to a sufficient level with the help of new adiabatic logic technique. Nibble multiplexer is also designed using proposed logic. All the simulations have been performed by using T- Spice.
K. N. V. S. Vijaya Lakshmi and Y. Sujatha. "Adiabatic Diode Discharge Logic based Nibble Multiplexer." International Journal for Scientific Research and Development 5.1 (2017): 190-194.

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