Web Crawlers are one of the most critical components used by the Search Engines to collect pages from the Web. Focused crawler is used to collect those web pages that are relevant to a particular topic while filtering out the irrelevant pages. Internet has become the largest marketplace in the world, and online advertising is popular industries, including the traditional mining service industry where mining service advertisements are effective carriers of mining service information. There are three problems namely heterogeneity, ubiquity, and ambiguity when searching for mining service information over the Internet. SASF crawler focus the three major issues for the purpose of precisely and efficiently discovering, formatting, and indexing mining service information over the Internet. The technologies of semantic focused crawling and ontology learning incorporates by SASF crawler. The design of an unsupervised framework for vocabulary-based ontology learning, and a hybrid algorithm for matching semantically relevant concepts and metadata used by SASF crawler.

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Watermarking theme won’t to defend copyright of pictures. It provides security to the watermarked image at the dissemination level. We have projected totally different watermarking techniques. Experimental results show that the projected algorithmic program has not solely sensible strength against cryptography attacks, however conjointly has transparency, strongness, correct extraction of watermarking, sturdy strength against JPEG lossy compression, filtering and noise. We have proposed Stationary Wavelet Transform (SWT) technique and multiplicative transposition based cipher for encryption. Errors can be detected and corrected by cyclic codes. Moreover, the classification of original and watermarked information is performed and it's discovered that the projected watermarking theme ends up in less misclassification and it meets all the necessities for copyright protection moreover because the security of multispectral pictures in an efficient manner.

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VRycle is a Virtual Reality cycle simulator. From the comfort of a living room one could experience the upbeat pleasure of cycling. Vrycle will be a complete cycle kit with rotating pedals and handles capable of providing physical feedback of cycling and the 3D binocular view to the end user. Vrycle could seamlessly integrate the virtual world on top of real world and these combined feedback will result in a better experience for Vryclers. Vrycle is designed with all aspects of addictive gaming. As the quote goes- “All addictions are not bad”- Vrycle can be a way to stay physically fit addictively. Every Vryclers will be awarded points based on the time elapsed and terrain covered. This point will be advertised across social media and is available to fellow Vryclers. This will introduce a leaderboard which the fellow Vryclers will be sweating hard to break. The more the users ride, the more they stay physically fit.

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Electrical discharge machining (EDM) is non-traditional machining processes. EDM process is based on thermoelectric energy between the work piece and a tool electrode. A pulse discharge occurs in a small gap between the work piece and the tool electrode and removes the unwanted material from the material through melting and vaporizing. The present work aims to study the effect of EDM input parameters like pulse on time, pulse off time and current on the performance measure like Electrode wear rate (EWR) and over cut during electro discharge machining of AISI D3 steel as work piece and copper-silver alloy as electrodes. Taguchi method will be employed for experimental work .The research work is expected to find out the best material that will lead to a minimum over cut and minimum (EWR). The design of experiments is based on Taguchi’s L9 orthogonal array.

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The aim of this study is evaluating the classification performances of two machine-learning methods on the antepartum cardiotocography (CTG) data. The classification is necessary to predict newborn health, especially for the critical cases. Cardiotocography is used for assisting the obstetricians’ to obtain detailed information during the pregnancy as a technique of measuring fetal well-being, essentially in pregnant women having potential complications. The obstetricians describe CTG shortly as a continuous electronic record of the baby’s heart rate took from the mother’s abdomen. The acquired information is necessary to visualize unhealthiness of the embryo and gives an opportunity for early intervention prior to happening a permanent impairment to the embryo. The aim of the machine learning methods is by using attributes of data obtained from the uterine contraction (UC) and fetal heart rate (FHR) signals to classify as pathological or normal. In this paper, we implement a model based CTG data classification system using a supervised SVM and C 4.5 algorithm which can classify the CTG data based on its training data. According to the arrived results, the performance of the C 4.5 based classification approach provided significant performance. We used Accuracy, Specificity and sensitivity, NPV, PPV and ROC as the metric to evaluate the performance. It was found that, the C 4.5 based classifier was capable of identifying Normal, Suspicious and Pathologic condition, from the nature of CTG data with very good accuracy.

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The fundamental target of this idea is to apply the rigging by utilizing mechanization framework in vehicles. This is the new innovative model mainly used for vehicles to control the vehicle. In this project we design the MOTORISED GEAR SHIFTING IN TWO WHEELERS by using the electronics devices. This is very useful for gear changing mechanism in automobiles vehicles. By using this we can easily control the vehicle and enhance the execution of the vehicle likewise we can dodge the wear and tear of the rigging. When gear shifting-up of an automatic transmission to be to be affected, the heap connected by the heap gadget is expanded, or the heap is associated to an output rotation of the shaft of the engine to a required level. In this work, two electromagnetic coil are coupled to the gear rod of the two ends. The two buttons are used to activate the electromagnetic coil so that the gear will be shifted.

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Offloading is a hot topic which is quickly taking the world by storm since mobile phones are exploding and penetrating very quickly. But some drawbacks include the battery lifetime which is fast depleting. To overcome this lots of solutions are proposed. Some solutions are very hardware oriented while some are software oriented. To improve battery lifetime has become the most desired study in mobile commuting in recent times. Nowadays mobile apps decrease the lifetime of the smart phone battery resulting in loss of work time or data. The proposed model suggests and implements an offloading strategy to cloud where the data is processed and then return the result. The result is processed quickly and also the energy drain is very less, thereby extending the lifetime. Other resources like extending the mobile phone lifetime, components, saving RAM and processor overloading including hanging are also handled.

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This is a review paper on FSP and its techniques followed to produce a hybrid composite Materials. Composites are materials in which two phases are combined, usually with strong interfaces between them. They usually consist of a continuous phase called matrix and discontinuous phase in the form of fibers, whiskers or particles called the reinforcement. Considerable interest in composites has been generated in the past because of their outstanding properties especially low weight high strength. The objective of this exertion is to manufacture the Aluminium based hybrid composite by using Friction Stir Processing (FSP). The Hybrid composites are known as it contains more than one fiber or one matrix system in a laminate. Aluminium and its alloys are commonly used in Marine, Concrete, aircraft structures and transportation industries because of their high strength to weight ratio.A6061 and its reinforcements particles reinforced metal matrix composites (PRMMC) was produced by friction stir processing (FSP). The optical and scanning electron microscopy, hardness tests used to characterize the samples. The results indicated that the uniform distribution of reinforcements in A6061 matrix by FSP process and heat treated this can be improve the mechanical properties of samples. Therefore pretending the mechanical performance of a composite plate is very important to assess the protection of the plate. [1, 2, 3, 4, and 5].

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Mobile social services uses profile matching to help user find friends with similar attributes (For e.g., interest, location, background, etc.).However, privacy concerns often hinder users from enabling this Functionality. In Mobile social network users face the risk of hacking, leaking or expose of their personal information & location Privacy. Based on this, we propose our Privacy Aware Interest Sharing & Matching Protocol, which allows users to match their interest with other without reveal their real interest & Profile & vice versa. To limit the risk of privacy exposure, only minimum information about interest attribute of the users is match with prevention of real profile attributes. It is Secure & almost prevent from hacking profile of users.

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this study consider the dynamic model of the rotating flow of a two phase liquid into a hydrocyclone and influences on inherent particles. The geometrical parameters of rotating liquid flow, the relative movement of particles and their separation are described using specific properties of liquid and particles, the energy losses due to viscosity and processing requirements. Theoretical analysis and experimental data lead to a calculation method for the main hydrocyclone design parameters and their optical correlations. Experimental data and numerical examples for water is presented.

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In wireless communications sensitive information is frequently exchanged, requiring remote authentication. Remote authentication involves the submission of encrypted information along with visual and audio cues (facial image/ videos, human voice etc.). Many authentication schemes using password and smart cards have been proposed however, password might be forgotten and smart card might br shared, lost or stolen. This paper gives an idea about the previous researches and authentication scheme using hybrid crypto-stenographic schemes.

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In day to day life the proper management of solid waste becomes a greater challenge to the government. In cities many times the garbage bins at the public places are overflowing which creates unhygienic condition for the people and also pollutes the surrounding environment. To avoid such a situation “IOT Based Smart Garbage Collection using IR sensor” is implemented. In this paper, IOT technology has been proposed for garbage clearance. This model consists of Arduino UNO Controller, dustbins loaded with IR sensors and they are continuously monitored through web. This process is aided by interfacing IR sensor with Arduino UNO to check the level of garbage filled in the dustbin and sends the alert message to the web server once if the garbage is filled. Thus the details about the dustbins are accessed with the help of internet and immediate action can be taken to clean the dustbins.

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Gulf of Khambat is an inlet of the Arabian Sea along the west coast of India, in the state of Gujarat. Gujarat is a water deficit state specially the Saurashra region which is rocky and barren. The annual per capita water availability is 540 cubic meter in Saurashtra region which is much below the minimum requirement of 1700 cubic meter. To store surplus/untapped surface water, the Govt. of Gujarat proposes construction of Kalpasar project in the Gulf of Khambhat which is an eligible option that can store fresh water of the rivers of Dhadhar, Mahi, Sabarmati from one side and some of the Saurashtra rivers from the other side. This will be the world’s largest man made fresh water reservoir in the sea. For construction of reservoir, the design storm estimates are required for computation of design flood. In this paper, the design storm estimates in the form of Probable Maximum Precipitation (PMP) estimates have been computed for the Kalpasar project in the Gulf of Khambhat.

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In this paper, We Introduce Microcontroller’s a new concept based automatic sprinkler system Excluded were Overlays sprinkler Irrigation Technology in embedded Power of Intelligence work. Replaces the conventional sprinkler irrigation system manually Designed Work Involved in the automatic process. Overlays a farmer is this system Protected against the Inhuman Adverse weather conditions, changing over tedious work Excluded sprinkler water pipe lines and the risk of these accidents were due the high pressure water pipeline. Overall comfortable automatic sprinkler irrigation work come in the Transformed work. This was the system flexibility and accuracy in Providence Respect Excluded operation time was set for the sprinkler water pipe lines. The present work is the author Designed and Developed and Monitored an automatic sprinkler irrigation systems Which is controlled solenoid valves with B Microcontroller Interfaced.

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Analysis of any particular product or entity can be done using the wide collection of unstructured data obtained from the Internet (World Wide Web). Many industrial and survey companies are using this data analysis to take decisions. In this paper, we want to show how effectively, sentiment analysis can be done on the data collected from the social networking website called Twitter, using Flume. Twitter is an online web application containing rich amounts of data that can be an un-structured, semi-structured or structured data. The Twitter data can be collected by using BIGDATA eco-system, using online streaming tool called Flume. In this project, the type of analysis we’re concentrating on is Sentiment analysis. Using Hive and its queries to give the sentiment data based on the groups that are defined in the HQL (Hive Query Language). Here we have categorized this sentiment analysis into 3 groups of tweets that have positive, moderate and negative comments.

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Most of the people, aging around 35 to 45, suffer from few regular problems like arthritis, diabetes, blood pressure etc. These people have to go to the concerned specialists for regular checkups to maintain their health properly. The doctors advise the patients with necessary things to follow and also prescribe with medicines if necessary. The doctor maintains a record of the patient and also suggests the same to the patient. In this process, they provide prescriptions to the patients so as to bring along with them in their next visit. Whenever the patient goes to the doctor for his/her checkup, the doctor initially observes the prescription having the details of the patient’s health record and then performs the basic tests like the pulse rate, body temperature of the patient, weight etc. There may be chances that the patient may lose the prescription while going to the doctor. Thus, the doctor has to perform the tests once again on the patient to get the overall idea of the patient’s health. And also, most of the people nowadays prefer cards for everything rather than carrying records, cash with them. Thus, in order to avoid this, we have developed a project called Hospital Management System using Smart card. The patient will be provided with a health card when he visits to the doctor for the first time. The health conditions of the patient will be tested and all these details will be saved into his/her health card. When the patient comes to the doctor for his/her review, the patient has to insert the health card into the smart card reader present at the doctor. The parameters pertaining to the patient’s health will be displayed on the LCD. Thus, the doctor after having a glance on these details will perform the tests once again if necessary and these values will be updated into the health card for the next review to the doctor. Finally all the details are stored in web server using IoT. This paper will focus on Li-Fi technology for transmitting personal information about patient.

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the main aim of the project is develop a low cost vision system for an objective method of inspection system using LabVIEW for an industrial automation. Generally Smart camera or raw cameras used for industrial automation. But they have some short of limitation by features as well software side. When assembly consider large number of child parts and if one of the part is missing while doing manual assembly after that any problem occur in testing phase then missed part tracing is difficult as well as time consuming. Thus our aim to develop a Low cost vision system in LabVIEW to ensure with vision sensing any part is not missing while doing assembly. By Automated inspection system we achieve increase in productivity and reduce overall time. Due to advantages of LabVIEW to develop a vision system by software itself it is employed in a present work. Once identifies any object based on its image processing technique signal should be communicate to any controller for separating that object by general purpose I/Os. Advance state machine programming used for sequencing and looping for an inspection. By G-Programming generate a graphical user interface at a front panel. Data logging and monitoring both facilities available.

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The power losses during gear changes are a serious issue to be addressed in practical vehicles. Though only a small amount of power is lost for a given instance, it becomes a major factor when we move in depth into the efficiency part. An attempt has been made for the study of implementing CVTs for manual transmission and has been put forward. It has been proved lately, that the usage of a CVT or a continuously variable transmission reduces the losses to a considerable level by providing an infinite number of gear ratios unlike the stepped gears [8]. By merging the conventional manual gearshifting with the CVT principle, multiple gear ratios can be achieved and this optimizes the efficiency of power transmission. The study has been done based on the prevailing conventional gearboxes, their limitations and cons, and comparison of CVTs with them.

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Adhesively-bonded joints are increasingly used in aeronautical industry. Adhesive joints permit to join complex shapes and reduce the weight of structures. Adhesively bonded lap joints are used increasingly in the spacecraft and aerospace application to join structural component of metallic material. The influence of the parameter like Adhesive thickness, Adherend thickness, Lap length, Adhesive mechanical properties and Static load has been investigated. A two dimensional finite element model (FEM) based on plane strain assumption including the geometrical nonlinear analysis was utilized to investigate the joint stiffness and stress distribution. To explore the effect of boundary conditions on the elastic stress distribution in a single lap joint.

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Pavement deterioration is a serious problem for road and traffic sector in almost every country. There are basically two types of pavements which are used for transportation of goods as well as passengers or people. One is flexible pavement and other is rigid pavement. The flexible pavements are known as bituminous roads. Due to continuous movement of vehicles on roads the different types of pavement failures like fatigue cracking, rutting and thermal cracking, pot holes are observed. The resurfacing of flexible pavements will enhance the life of pavements as well as it strengthens existing layers of pavements. Here in this article authors had discussed basic causes of flexible pavement failures. The flexible pavements have very long design life. Due to rainwater, continuous movement of vehicles, temperature variation, seasonal effects this types of pavements requires maintenance. The surface condition of flexible pavements affects the day and night visibility. So it is required to prevent the condition of flexible pavement during all seasons. Here we explained the basic types of flexible pavement failures and remedial measures.

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As the appetite for electricity by modern society continues to grow, so does the desire of power plant managers to increase the reliability of their plants. The main piece of equipment used by power plants to produce electricity is the turbine; if it does not run, the plant does not produce electricity. In recent years, there has been significant attention given to lubricant flow control to bearing. This paper will focus on lubricant flow control through bearing based on temperature of bearing. The flow is controlled by microcontroller it reads lubricant temperature. This project deals with the flow control, Pressure monitoring for lube oil pumps according to the variations in temperature of the system.

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This paper concentrates to extensive review on the fluid flow and heat transfer over an wavy surface and channel. Wavy surfaces and channel have been employed in many environmental and industrial applications. The key factor for adopting such shaped (wavy) instead of using flat surface is due to improving the mass and heat transfer mechanisms, associated with large pressure variations. Fundamentally, the fully developed flow over a wavy surface, in either laminar or turbulent regime, is much further complex than that over a flat surface because of the additional parameters to be utilized and the correlated flow phenomena to be deduced. Numerous researches perform numerical-computation simulations and experimentation in order to explore the flow characteristics over wavy surfaces are stated in this paper.

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Single Phase AC motors continue to be the primary solution for air-movement, pumping and compressor applications. Their low cost and availability make them ideal for low-performance systems. DC Brushless platforms attempt to address these applications but their higher cost and complexity continue to form impenetrable barriers of entry. They are viewed as overkill for most applications. Single-Phase Inverter Drives have come on the scene, making headway, but remain complex and costly. Phase-Control solutions are being revisited and upgraded to fill the void. This paper explores the performance limitations and trade-offs of the Phase-Control solution and clarifies the boundaries under which the TRIAC Phase-control is preferred method of speed control and the improvements provided by smart phase-control using ARDUINO hardware and MATLAB.

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The discharge of colored wastewater represents a severe environmental crisis and community healthiness worry. Color taking away from textile wastewater has turn out to be a huge challenge over the previous decades, and until now, there is no single and inexpensively eye-catching cure way that can successfully decolorize the wastewater. Textile industry is a conventional and pillar industry, which possesses an extensive part of the national economy. In latest days, particular concentration has been paid to the application of biotechnology in textile industry. Treatment of textile effluents with biotechnology, textile effluents typically include high concentration of inorganic as well as organics, and are then hard to treat. Membrane processes can be used for lots of these wastewaters in the textile industry. Textile industries stand for a significant environmental difficulty because of their huge water consumption. Textile wastewater is known to display strong color, a huge quantity of suspended solids, extremely unpredictable pH, high temperature and high COD concentration. Treatment technologies were evaluated for application in water use again for the textile industry. Recently, a growing application of so called Advanced Oxidation Processes (AOPs) to industrial wastewater has been observed. Membrane process is able to be used for several of these wastewaters in textile industry. Expansion of new type of textile polymers and fibers, like naturally colored cotton, colored silk and silk gene-sequence, and spider silk non-woven’s, chitin fiber etc. A straightforward technique is anticipated to bring to a halt of TiO2 for photo catalytic transformation of organic pollutants in aqueous solution.

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The contemporary military rivalry is driven mostly by the ongoing military technical revolution. In particular, the weapons used on the future battlefield will play an important role in military affairs. Electromagnetic weapons seem to involve key elements for the future battlefield; they offer advantages over conventional weaponry by providing nonlethality, the advantage of attack at the speed of light, fast engagement of multiple targets, potentially low operational cost, and wide-area coverage for offensive and defensive purposes. This paper proposes hypothetical electromagnetic bombs (e-bomb). The next step in this paper is to define the importance of the hypothetical e-bomb in military rivalry. The military rivalry mostly depends on military technical revolution.

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