Now a day’s everybody is using location based services to find possible paths and by using Google map to show the best optimal path among all other possible paths. This paper deals with the effort in reducing the overall time and distance results in generating a overall shortest path possible using fuzzy logic guided graph search algorithm. This method is used to calculate the optimal value in finding the shortest path. Fuzzy logic guided graph search algorithm provide efficient and scalable index on road networks in solving real world problem. Role of fuzzy logic is to dynamically adjust the crossover and mutation rate after ten consecutive generations. In these days everybody is using location based services to find possible paths and by using Google map to show the best optimal path among all other possible paths. This project deals specifically with the vehicle routing optimization. Since the overall travelled time is not restricted or confined always with regards to a time window constraint, the intension in making this project consists of not only the cost involved due to the overall travelling time. This system of trip planning provides travelers to facilitate the process of route selection.

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the project aim is to the methodologies and techniques with deals with budgeting and cot of construction by using proper management and source. The standard construction can be made using environmental and eco-friendly materials, hence it is important to construct houses in affordable cost. In India there is dream of owning good sustainable houses particularly for middle class families. So by using this project it will tremendously help to build strengthened and slandered durable construction.

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An embedded structure is a PC system with a limit inside a greater mechanical or electrical system, routinely with consistent handling restrictions. It is introduced as a segment of an aggregate contraption every now and again including gear and mechanical parts. Cases of properties run of the mill of implanted PCs when contrasted and broadly useful partners are low power utilization, little size, rough working extends, and low per-unit cost. This comes at the cost of restricted preparing assets, which make them altogether harder to program and to interface with However, by building insight components on the highest point of the equipment. Present day installed frameworks are regularly in view of microcontrollers (i.e. CPUs with incorporated memory or fringe interfaces), yet customary microchips (utilizing outside chips for memory and fringe interface circuits) are additionally normal, particularly in more-complex frameworks. In either case, the processor(s) utilized might be sorts extending from broadly useful to those had practical experience in certain class of calculations, or even specially crafted for the current application. A typical standard class of devoted processors is the computerized flag processor (DSP).

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The effective uses of a Shaft are limited at its maximum operational junction frequency. The study was conducted by using the Finite element method. The shafts are used with flow of with rotation such as power houses components and industrial applications. The major study was done on shaft by using different materials with different shaft diameter profile of 90-100, 60-100mm. A natural frequency was analyzed and Campbell diagram analysis is performed for validation. In our analysis, ANSYS was used and the model was developed on UNIGRAPHICS 8.0. In order to verify the present ANSYS model, the Natural frequency with their modes by using four types of materials are compared with the available experimental results present in the literature and the design of shaft with different diameters of 60-100, 90-100mm. In this study, the simulations of different profile Shafts and four types of materials were analyzed for natural frequency and the configurations of shaft design are proposed. The results show that decreasing shaft diameter and material like Gray cast iron of shaft the decrease in a critical speed number of modes simultaneously. The critical speed of the shaft with different diameter is compared by using four types of materials and is predicted that at 60-100, 90-100mm shaft profile a gray cast iron gives frequencies and less critical speed in different modes.

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In India People are consuming more water in cities since last decade because increase in the population in cities. The resources of drinking water are unfortunately fixed for all after. So, the consumption of drinking water is become a very major issue for today’s time in cities. As the population increases in cities, the resources of drinkable water in cities are drained out due to more consumption. This consumption of drinking water is needed to be calculated in real time and to establish a newly advance management system to manage this consumption of drinking water for every single user. This paper will discuss about the solution for this management system of drinkable water in cities and their resources. The real time system will give a full consumption detail of drinking water for any single person. To design this management system, called drinking water consumption system (DWCS), we will use GSM to establish a wireless communication system and RFID tag card to provide all the data for each user. This communication will be done between Control System and User End. Any single person will have a RFID tag card to send his request to Control System. The GSM will send this request of drinking water to Control System and the availability of the drinking water and flow will be done by Microcontroller of Control System.

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India is one of the developing country that need to face environmental pollution. Have many ways to reduce environmental pollution that causes by production of Portland cement and cause by the increasing of waste material. Geopolymer concrete incorporating with Ground Granulated Blast Furnace Slag (GGBS) is one of the method. GGBS and alkaline liquid as a binder are being used to replace the Portland cement to produce geopolymer concrete. The alkaline liquid that been used in geopolymerisation is the combination of sodium hydroxide (NaOH) and sodium silicate (Na2SiO3).In this study cube of 100mmx100mmx100mm of 30 cubes and 3 beams has been casted with varying molarity of 8M,10M,12M,14M and also water-fly ash ratio has been varied from 0.35 to 0.45. Wrapping and ambient curing is done to check the high strength. The final result shows that the durability strength increases with increase in molarity and wrapping curing.

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History of cementing material is as old as history of engineering construction such as in monument construction of Egypt, Greek, India and Rome. The usage of concrete dates back to starting of 20th century after discovery of cement. Conventional concrete making constituents are cement, fine aggregates, coarse aggregate, water and mineral or chemical admixtures. On the other hand, usage of natural aggregates from river beds/banks and other sources such as rocks can seriously create environmental threats. This study aims to develop the sustainable use of recycled concrete aggregate along with quarry fines in structural concrete to reduce the environmental impact. Therefore, my objective is to investigate the property of fresh concrete made up of Recycled Concrete Aggregate along with Quarry fines by slump test. From the literature, it's far-famed that usage of recycled concrete as aggregates has some limitations for strength and freeze-thaw resistance. This study aims to perform experimental studies to research the properties of hardened concrete created with recycled concrete aggregates alongside quarry fines. Experiments such as compressive strength, flexure strength are performed to determine the suitability of concrete. This is also to determine the suitability for application in high strength concrete up to 60MPa. Analysis was made by replacing RCA in following percentage 0%, 25%, 50%, 75%, 100% and all samples have 50% (by weight) quarry dust as fine aggregate replacement.

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The transmit antenna selection algorithms are essential to satisfy the requirement of enhanced performance of the MIMO systems. STBS –SM is the key technology used in the MIMO transmission. There are several transmit antenna selection methods are used in the system. QRD –TAS and EVM-TAS are the two methods which selects the antenna by optimizing the Euclidean Distance.

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Conventional street lighting systems in areas with a low frequency of passersby are on in the night without purpose. The consequence of this is that a large amount of power will be wasted. With the broad availability of modern technology like light-emitting diode lamps and everywhere available wireless internet connection, fast reacting, reliably operating, and power-conserving street lighting systems can be realized. The purpose of this work is to describe the Intelligent Street Lighting (ISL) system, a first approach to accomplish the demand for flexible public lighting systems. Monitoring of street lights and controlling is very much important in developing country to reduce the power consumption hence this paper presents a street light control system which combines various technologies like a photosensitive detector (LDR), infrared photoelectric control, Light Emitting Diodes (LED), power transistors, dual relays with transmission of controlling commands over existing power lines. This system contains power line carrier channel to detect the day and night conditions to turn lamps on, merely during night time. This system also includes fault detection and feedback circuit to indicate the present state of the control system. The intact information regarding these various aspects is transferred to nearby control terminal (base station) by power line carrier communication to visualize the state of the system by creation of Graphical User Interface (GUI) there. It allows substantial energy savings with increased performance and maintainability.

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Diesel engines are usually used in automotive area due to its superior fuel efficiency. People mostly depend on diesel based engines due to the increasing cost of gasoline. Waste plastic is converted into oil is one of the current step in minimizing not only the waste disposal but also could be utilized as a substitute fuel for diesel engine. The purpose of this research was study the pyrolysis oil creation from plastic waste and investigate that has the same physical properties as a fuel like gasoline, diesel etc. In this review paper we briefly discuss exhaust features of numerous blends of plastic pyrolysis oil with diesel on a single cylinder four stroke diesel engine, and the effect on the engine performance.

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Ultrasonic testing plays a very important role in welding process selection. This helps in finding the defects of the welded joints. This work will find the internal defects of three different weldments which cannot be seen by our naked eyes. This 3 welding processes are selected as this processes are widely used in industries. Three processes are Arc Welding, Metal Inert Gas (MIG) Welding, and Submerged Arc Welding (SAW). The material chosen is E250 BR of 150*150*16 mm dimensions with V groove of 60 degrees. This analysis will find which welding process is most suitable for the further use as per the internal defects of welded joints.

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The Project Dusk dawn system using 89C51 Microcontroller is an interesting project which uses AT89C51 microcontroller as its brain. This project is very useful for commercial sign boards, advertising boards, street lights for automation lighting system. This system switches on the lights only in darkness. As it works with LDR sensor, no programming of timings and battery back-up is required. This is a simple, fit and forget system. ADC0808 is used to convert analog data delivered by Light dependent Resistor (LDR) into digital data. This ADC interfacing makes this project highly sensitive and user friendly. This project uses regulated 5V, 500mA power supply. Unregulated 12V DC is used for relay. 7805 three terminal voltage regulator is used for voltage regulation. Bridge type full wave rectifier is used to rectify the ac output of secondary of 230/12V step down transformer.

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With respect to securing data, disseminated capacity is rapidly changing into the methodology for choice. Disseminated capacity is quickly transforming into the system for decision. Securing information remotely rather than locally gloats an assortment of slants for both home and master clients. Appropriated capacity connotes "the limit of data online in the cloud", in any case, the conveyed stockpiling is not completely trusted. Despite whether the data set up away on cloud are or not changes into a tremendous stress of the clients furthermore get the opportunity to control transforms into a troublesome business, particularly when we share data on cloud servers. To deal with this issue outsourcing Revocable IBE plans for capable key period and key invigorating method is available. Moreover to upgrade the capability of cloud server to the extent limit new secure data self-destructing system in dispersed figuring is used. In this system, each figure contains (encoded report) is named with a period interval. If the qualities related with the figure content satisfy the keys get the opportunity to structure and both the time minute is in the allowed time between times then the figure substance is decoded. After a customer demonstrated end time the data at cloud server will be securely self-destructed.

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Lot of research is taking place in the field of home automation that is targeted to improve home automation. Mostly the consumer market is segmented in to two parts; one who wants automation and the other part that is happy with the manual operation. This research is focused on the first part of market that wants home automation. The study is done to find if the consumers are happy with basic automation services at their home or are looking for something more than that i.e. to find if they are looking to have an advance version of the same.

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By optimization of various parameters of CNC milling process like spindle speed, feed rate and depth of cut, improvement can be achieved in surface finishing & MRR. Various methods are used for predict Surface Roughness & MRR in CNC milling machine. Here Genetic Algorithm will implemented for better and nearest result. Number of experiments will done by using CNC milling machine. An L9 Taguchi standard orthogonal array (OA) will choice for design of experiments and the main influencing factor will determined for each given machining criteria by using Analysis of variance (ANOVA),Genetic Algorithm(GA). The predicted values are confirmed by using validation experiments.

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One of the major concerns in electricity industry today is power quality. It becomes important with the introduction of advanced and complicated devices, whose performance is very sensitive to the quality of power supply. The electronic devices are very sensitive to disturbances and thus industrial loads become less tolerant to power quality problems such as voltage dips, voltage sags, voltage flickers, harmonics and load unbalance etc. At present, a wide range of very flexible controllers, which capitalize on newly available power electronics components, are emerging for custom power applications. Among these, unified power quality conditioner which is based on the VSC principle is used for power quality improvement. In this paper, UPQC is used. This is used to compensate current and voltage quality problems of sensitive loads. The results are analyzed and presented using MATLAB/SIMULINK software.

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The MapReduce programming model deals with large scale data processing is fully based on shuffling and sorting the data by exploiting parallel map task and reduce tasks. For the performance enhancement, they ignore network traffic generated in the shuffle phase by the MapReduce Jobs. A hash function is used to partition the intermediate data among reduce tasks which is not traffic optimal due to network topology and data size connected with each key. In the proposed system, we study to reduce the network traffic with the help of data partitioning scheme, we consider to aggregate data with the same keys before sending them to remote reduce tasks. The proposed method named decomposition-based distributed algorithm is dealing with the large-scale optimization problem for big data application. In a dynamic manner, data partition and aggregation is done using online algorithm.

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the derivatives has always been an alternative investment where the investors can earn a good profit with hedging the risk. This paper has aimed to throw a detailed study upon the derivatives. The types and the participants in the process. The data of the volume that has been trade in the MCX has been provided. A regression analysis has been conducted to find the future price of gold in India.

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This paper deals with a Unified Power Quality Conditioner (UPQC) for load balancing, power factor-correction, voltage regulation, mitigation of voltage sag and swell in a three-phase three-wire distribution system. In the UPQC control, Series Active Filter (SAF) is controlled by d-q-o approach for voltage harmonic compensation. Voltage signal calculated at SAF is used for calculation of required reference signals using P-Q theory for Parallel Active Filter (PAF) control for current harmonic compensation. This control strategy requires reduced number of measurements (source voltage & load current).

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In present study, it has been surveyed that, the metal industries using the cutting fluid has become more problematic in terms of both employee health and environmental pollution. Minimum quantity lubrication (MQL) has increasingly found its way into the area of metal cutting machining and in many areas, has already been established as an alternative to conventional wet processing. In contrast to flood lubrication, minimum quantity lubrication uses only a few drops of lubrication (approx. 5 ml to 100 ml per hour) in machining. The aim of this research is to determine if the minimal quantity lubrication (MQL) technique in turning gives some advantages in terms of workpiece surface roughness using workpiece material as EN-31 steel and carbide cutting tool material. Fluid selection is important for MQL because it must be a superior fluid such as vegetable oil or synthetic oil. The costs of these superior fluids are higher but eliminate the need for costly fluid recycling and disposal services. It was found that, MQL produced better surface finish as compared to wet machining. The result can significantly reduce cost and environmental pollution.

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This report investigates the perception of people about general banking skills, using a survey administered to academicians, banking professionals and corporate executives in and around Pune. The researcher attempts to gain a better understanding of the levels and types of skills possessed by banking professionals at the entry level. We can then analyze the gap of the skills in banking sector and suggest ways and means to improve the existing skill gaps. It has been found that the training programs that can be slated to give the highest customer care as well as create pathways to realize career goals. Our findings prove that there is a perceived skill gap in the new recruits of the banks. There is a scope for further improvement of the banking professional skills. As such the skill development training programmes can be designed and implemented.

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One of the buzzwords in the Information Technology is Internet of Things (IoT). The future is Internet of Things, which will transform the real world objects into intelligent virtual objects. The IoT aims to unify everything in our world under a common infrastructure, giving us not only control of things around us, but also keeping us informed of the state of the things. In Light of this present study addresses IoT concepts through systematic review of scholarly research papers, corporate white papers, professional discussions with experts and online databases. The main objective of this paper is to provide an overview of Internet of Things, architectures, and vital technologies and their usages in our daily life.

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The air filter is an in intake system permanently removes foreign particles such as dust, dirt and soot from air intake thereby maintaining the performance of the engine and protecting it from damage. The previous research on air filter has shown that they are replaced pre-maturely before reaching full capacity of utilization, loading to increasing maintenance costs and to reduced engine protection against abrasive wear. Also the customer plays a very important part because beyond the warranty period, they have a last word, making decision about replacing or not the air filter. So, in this project we are making automatic cleaning of air filter of heavy vehicle without using manual energy it’s completely automatic. If it is done by manually air filter cleaning may be uneven but by this process cleaning should be proper and maintaining the efficiency of air filter as well as engine. The effects of air filter performance were studied carried out with the different diesel engine of cleaned air filter.

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Cloud computing is the model for enabling the ubiquitous convenient, on demand network access to a shared pool off configurable computing resources (e.g.: networks, server, storage application and services) that can be provide rapidly provisioned and released with minimal management effort or service provider interaction. Security in the biggest challenges in the cloud computing. Because the data are should in the service provider server. to provide the security for the data, have to encrypt the data. in this paper, encrypted the data using visual cryptography techniques. To generate the key for encryption by RSA algorithm. It provides secure way to encrypt the data.

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In these research works, the conversion of energy is formulated into different output voltage different input and output voltages are proposed to solve these optimization problems. In our proposed system, the Sepic converter controlled to track periodic current and voltage references and the control signals have a limited operating range. Under such operating condition, the ANN algorithm is operating close to its operating limits. The scope of this paper is however focused on the application of PMSG wind for universal dc application with ANN based SEPIC converter. Wind power generation system in a DC grid is proposed and the effectiveness of the proposed system is verified by MATLAB simulation studies under different operating conditions.

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