For improving hospital management there is need to improve the patient care by enabling doctors by providing the up-to date information about the patients under his/her direct care. We proposed to develop Smart phone application, names as “CARE” for this purpose. The CARE app uses geo-location capability for this purpose. The CARE application uses geo location capability of a Smart phone and pulls all the patient records automatically moment the visiting doctor opens the app inside or near the hospital. It also displays the sequence in which patients need to be visited as per their medical condition and urgency. The app also provides push notifications for any medical emergency situation with all the required patient information. The server side component uses REST APIs to pull the required information. Providing a Mobile application is again a huge achievement. The paper is about to develop a mobile application using the platform independent technologies. It supports all the types of platform like android, ios, windows etc.

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In our project we are using the Geneva conveyor for material handling and noise reduction in industries. It consists of motor, rollers, belt and IR sensor. Two rollers are mount on the stand, according to the required distance. The belt is mount on the rollers on which the materials are placed. The roller shaft is coupled with the Geneva drive. The Geneva drive shaft is coupled with the motor shaft, hence when power is supplied to the motor the rollers rotate with a certain time stoppage according to the Geneva drive and the belt moves along the rollers. Thus material handling is carried out. With the help of Geneva drive, the time stoppage can be achieved which avoids the use of stepper motor thus reduces the cost involved. The main aim of this project is to optimize the measuring length of work piece and to reduce the noise of conveyor. Normally the plug gauges are used to inspect the components. Instead of using manual inspection, automatic system via pneumatic comparators is used.

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Data mining is an important technology for extraction of useful data and knowledge that is being hidden in large collections of data. Discrimination comprises of treating people unfairly on the basis of their belonging to a specific group which leads to Crime. Automated collection of data and data mining proficiencies such as classification rule mining have coated the way to make automatic decisions, like passport system, premium insurance computation etc. If the training sets of the data are biased in regards of discriminatory attributes like religion, race, caste, age, etc. discriminatory decisions may take place. For this reason, anti-discrimination techniques including discrimination discovery and prevention have been introduced in online passport system as an application. Online passport is the digital version of the paper passport to provide stronger identity authentication. Since issuing passport is a time consuming process there is a need to lessen amount of human errors and protect against manipulation of travel documents to improve security of system. The proposed system simplifies this process with online portal where the unique identification number is stored which corresponds to the information of the person. This system uses web application technology that uses wireless communication for identification purposes which improves the quality of data and helps to reduce Crime.

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The term “progressive collapse” is the spread of local failure from an element to other element within the structure ultimately causing total collapse of the build-ing. It is caused due to abnormal loading being induced in the building. The abnormal loading may be induced by earthquake, bomb blasting, tsunami, aircraft impact, any other man-made intentional or unintentional activi-ties and other natural hazards. These loadings causes change in the loading pattern and boundary condition of the structure, this result in other structural elements within the structure to load beyond their capacity and fail. Thus the failed structure is required to seek alternate load path in order to redistribute its load. This process continues until the structure finds the equilibrium by element failing or by finding alternate load path to dis-tribute the load. In this project a multi-story building designed, using IS codes is considered for progressive collapse analysis. Linear static analysis is carried out by using ETABS as per GSA guidelines. Story shear and story drift are calculated to know the potential for progressive collapse.

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India is a developing country where small and medium scale industries play a major role in development. Safety is given much importance in companies by having an aim of zero accidents. Major accidents are occurred due to human errors. This paper discusses about the safety precautions to be taken in industries during work. It also explains about the view of employees on safety rules by industry management. The paper concludes with suggestions to management for safety improvement during emergency situations.

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Internet converted static world into dynamic world. Each and every thing we can get by one click. Auction is a method which is used for buying and selling of goods. In past it was very tedious but now it becomes easier. Many people participated in this online bidding .Online Auction is based on B2B, B2C and C2C business model. We are providing facility of registration, adding products, bidding on product to vendor and customer. We will calculate emotion of customer based on bidding by Apriori algorithm. We are using PHP for developing web pages. MySQL is used for back-end designing.

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Object sorting systems is one of the useful systems in today’s Industrial world. Previously, man power was utilized for this purpose but the process is time consuming when it comes to sort large number of objects in industries as human brain takes time to process images. Replacement of human sorting operations with robotic implementation would reduce efforts and also yield better results with comparatively lesser time. The detection of the particular colour is done by a light intensity to frequency converter method and shape is detected by image processing. The robotic arm is controlled by a microcontroller based system, which controls DC servo motors. Robotic arm is a kind of programmable mechanical arm, similar to human arm. They are programmed to faithfully carry out repetitive actions with a high degree of accuracy.

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In this paper effective employee attendance management system using fingerprint is introduced. To identify an individual employee by their employee _id, employee name and their signature is not enough because any one can misuse it. Attendance is marked after employee identification. For Employee identification, a fingerprint recognition based identification system is used. Fingerprint matching technique is used because it is secure, unique for every person and does not change in one’s lifetime. In this project, a crossing number method algorithm is used in which minutiae extraction is done. The unique features called minutiae points of each employee will extract using Crossing Number (CN) method which extracts all the detail of finger including ridge end, neighboring point of each ridge end. This gives the Security, productivity and skills for improving the progress of an organization. It was implemented with Microsoft C# on .NET framework and Microsoft Structured Query Language (SQL) Server as a backend.

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Effect of corn kernel split ash by replacing cement investigation has been conducted to check the strength and durability of concrete composite. Different corn kernel split ash content as 10%, 20%, and 30% were used. The durability of concrete composite includes water impermeability, dry shrinkage property, the carbonation resistance etc. The water impermeability improved and restricted the dry shrinkage of concrete composite, by addition of corn kernel split ash. This paper presents the experimental results of the investigation of various properties related to the durability and Ordinary Portland Cement, OPC. The properties that were investigated in an experimental program include; equilibration of specimen in different relative humidity, determination of physical properties, compressive strength, workability.

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A decanter centrifuge separates solid materials from liquids in slurry and therefore plays an important role in wastewater treatment, chemical, oil and food processing industries. By gravity separation, within matter of seconds the solid liquid gets separated. At high RPM of vane drum of centrifuge decanter, life of it very critical parameter. Almost 2000 rpm is the maximum ever found in decanter. But if industry eager to develop a decanter whose rpm is very high enough to separate almost most of the liquid from slurry then high rpm must be required and at high rpm damage must be verified. In this research paper, it is attempted to review how this can be done and its effect on the rotor design.

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Azure is a growing collection of integrated cloud services—analytics, computing, database, mobile, networking, storage and web for moving faster. Azure is a cloud computing platform and infrastructure created by Microsoft for building, deploying, and managing applications and services through a global network of datacenters [1]. Application health check is done in software industries to minimize the risk of issues arising in software applications and to ensure that the system is completely utilized to gain the maximum benefit. This is to ensure that software is running properly without any issues and to make sure that all potential issues are proactively identified and remedied, and that application is being used to its fullest potential value [2]. System health check will help in eliminating risk of system failure, advice on system usage, methods of recording recovery and expert recommendations for possible enhancements to avoid issues in the software system applications [2]. In the present investigation, an application module was developed using .Net technologies (C#, SQL Server, Visual Studio and Azure) to automate the process of heath check report generation for software applications and to send the mail to respective recipients along with the health check report. This is the MIS (Management Information System) report which provides information to the Management about health check of the applications, services running and databases of software application system.

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Image reconstruction is an active research field, due to the increasing need for geometric 3D models in movie industry, games, and virtual environments and in medical fields. This paper presents an analysis of generating 3D structures from 2D CT-Scan Datasets using c# WPF (Window Presentation Function). It establishes all the radiological information in single structure. This is achieved by developing an implementation of Marching Cubes. There are two techniques have been chosen to produce the 3D models. The first technique is known as Volume Rendering and the second technique is known as the Marching Cubes Algorithm. 3D reconstruction techniques are voxel based techniques, which tries to reconstruct the 3D view based on the intensity value stored at each voxel location. We use open source software package.

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In this current study, three types of dental composites namely Tetric N-Ceram Ivoclar Vivadent, Coltene Brilliant NG and Voco Polofil NHT were comparatively evaluated on Pin on disc machine for wear rate analysis. The variables considered for the research work were Speed, load and sliding distance. Various combinations of these variables were made. Pre-experimentation was also carried to find out the most influencing values of these variables. The variables were so chosen that they would represent actual conditions under which the dental composites were supposed to work.The effect of three parameters such as Speed, load and sliding distance on Wear loss of three types of dental filler materials were examined. In this investigation, an effective approach based on Taguchi method, analysis of variance (ANOVA), multivariable linear regression (MVLR), has been developed to determine the optimum conditions leading to minimum Wear. Experiments were conducted by varying Speed, load and sliding distance using L9 orthogonal array of Taguchi method. After experimentation it was found that Tetric N-Ceram Ivoclar Vivadent has more sliding wear resistance as compare to Coltene Brilliant NG and Voco Polofil NHT dental composite.

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Sheet metal forming is one of the most basic and versatile process which is having highest applicability in Modern world applications , Considering wide applicability of deep drawing process in sheet metal forming product industries, this basic process has been selected for study. Formability of sheet metal is affected by various material and process parameters, where temperature at which process is carried out plays a major role in determining the success rate and time required for manufacturing product of sheet metal. From the literature survey I found that during the Sheet metal drawing process the required steps required to manufacture a product is higher and the process timing can be reduced. For this there needs to be undertake FEA simulation for predicting the effect of temperature on the process variable and number of stages required to draw the component successfully thus minimizing experimental trial and error which can save time and cost of experiments. In this study there needs to work on specimen whose manufacturing processes can be compared in the room temperature and in the specified temperature. After the FEA simulation from the obtained data for the typical component of four stage part, the results shows that at higher temperature the production time can be minimized.

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Directional couplers are general purpose tools used in RF and microwave signal routing for isolating, separating or combining signals. Directional couplers are operating at different frequency band for different application. I will design Directional coupler at 3.4GHz frequency in Ranging Transponder of IRNSS system using Microstrip Technique. Design of Directional coupler is done by using Advance Design System (ADS). After deciding the coupling, center frequency and substrate; thickness of substrate, width of microstrip line, space between microstrip lines and length of directional coupler can be found out by design equations of directional coupler. After simulation with above parameters, return loss is 24.46dB, coupling is 20.89dB and isolation is 28.37 for 20dB coupler.

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Hashing is Eligible and most popular method in large-scale database for nearest neighbor search embedding high-dimensional feature descriptors into a similarity-preserving hamming space with low a dimension. In most of hashing methods, the performance of retrieval is heavily and is also Count on the Selection of the high –dimensional feature descriptor. Barring, a single type of feature cannot be descriptive enough for divergent statue when they utilization for hashing. Thus, how to tally multiple representations for learning effective hashing duty is imminent task. In this paper, we represent a unprecedented Multiview Alignment Hashing (MAH) treat based on Regularized Kernel Nonnegative Matrix Factorization (RKNM) , which can search a Brief suggest uncovering the covert semantics and simultaneously Honoring cumulative feasibility allocation data .Emphatically , we goal to spy a matrix factorization to forcible seam the multiple information sources meanwhile discarding the visage redundancy. Forasmuch As raised difficulty considered as no convex and discrete, our intent function is then optimized through an one by one with respite and coverage to an locally optimal remedy. Later on detection the low-dimensional connote , the hashing duty are after all obtained perfect multivariable logistic retrocession .the proposed system is systematically evaluated on three database :Caltech-256, CIFAR-10 A and CIFAR-20, and the results appear that our way expressively outperforms the state of the art multiview hashing techniques.

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Mobile application has made human life easy by reducing the human efforts to a greater extent. Shopping is done on a very daily basis from shopping of a daily grocery to clothes and so on. Hence taking in to consideration the daily need as well as eventual needs of human beings we are developing a mobile application for bakery for smart phone users. It is basically a location based application for bakery. We are developing a three-tier architecture that consists of front-end, middle-ware and back-end. The front-end consists of a user-friendly interface through which users can order bakery products on the basis of their location. Middle-ware will be designed using JSON(Java Script Object Notation) that parses the data between the front-end and the back-end. The back-end will be designed using PHP and MySQL. Notifications related to the users orders will be provided through contact details provided via user.

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In now a days in definition of robot it is used to mean automation. And agricultural filed is labor intensive filed. Human cannot work continuously and not observing the temperature and moisture. The robot was capable of performing similar action as human. The need for increase agricultural activity and reduce the labor work is become important to protect agricultural field. And that robot role is animation and science because they are artificially created. As the name “Agricultural robot to improve quality of product” is performing cropping, observing the temperature and moisture display on LCD and SMS. And water sprinkling in the farm. And main work of this robot is work like perfect cropping. Thus this robot is reducing the labor and improves the quality of agricultural filed. And second work is the observing the temperature and moisture both sensors is displayed in LCD and also send SMS over a GSM. And the third part of this project is also wireless camera to supervise the robot. And that robot is useful in green house, cold storage and agricultural research center.

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This investigation deals with analysis of solar photovoltaic cell (PV) assisted earth air tunnel heat exchanger (EATHE) for cooling in Bhopal, India. Today, the world faces the problems like ozone layer depletion, temperature hike, disturbance in human comfort etc. Due to the climate change caused by the refrigerants (CFCs) used in conventional air conditioning systems. When the room air is passing through the Earth tubes, the air is cooled in summer. Using this free energy, we can reduce the energy consumption required for space conditioning. For cooling of buildings, the EATHEs are considered as an efficient means. For renewable energy sources, many people are turning to the sun as a way to generate electricity without pollution. While solar energy definitely has rewards over traditional electricity generation, there are some drawbacks as well. It determines the possible production of green electricity from photovoltaic systems that could be used for air conditioning. The solar energy application through solar panel integrated EATHE for cooling is examined and compared to experimental values. The experimental setup was under operational conditions successfully during the year 2014-15. EATHE is a horizontal type closed loop system consists of mild steel pipe of 24 m long, 0.1584 m diameter and 3 mm thickness and it is buried below the ground surface at the depth of 3.048 m. The experimental set-up was used to studies the performance evaluation analysis of a solar photovoltaic system assisted earth air tunnel heat exchanger that is used for greenhouse cooling for various performance measures. In addition to this, payback period for solar panel aided EATHE is calculated. The payback period is 2.7 years. Calculation has been carried out using a temperature of 400C.

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Five different methods of the non-zero integral solution of the ternary quadratic homogeneous Diophantine equation 4x2+4y2–7xy = 96z2 are obtained. Some interesting relations among the special numbers and the solutions are exposed.

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Turning operation will carry out on EN24 grade steel (46 HRC) with TNMG Insertion CNC Machine. Therefore three cutting parameters namely cutting speed, feed and depth of cut need to be determined in turning operations. The settings of machining parameter will determine by using Taguchi`s experimental design method. Orthogonal array of Taguchi, the signal to noise (S/N) ratio, the analysis of variance (ANOVA) will apply to find the optimal levels and to analyze the effect of cutting parameter. The result obtained by this method will be useful to other researchers for similar type of study and may be eye opening for further research on tool vibration, cutting forces etc.

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This project aims for prducing the system to reduce the turning radius of a car. The newly developed system consists of srew jack, gear mechanism with arrangement of the different kinematics links. The new developed system was driven by electric motor. In this at first car is lifted and then turned in the specified direction. The system will be sufficiently able in turning the car in any required direction without steering and has turning radius equal to the half of the length of car itself. The vehicle can be turned back in 40 second. This system can be useful in back turning on narrow road, traffic jam, changing of punctured wheels, better parking, etc.

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The wireless capsule endoscopy is an emerging technology which is used to detect the abnormalities in Gastrointestinal (GI) tract (i.e. small intestine and large intestine). A endoscopic video consists of more than 57000 images and it is very difficult for physicians to examine the intestinal diseases like ulcer, cancer, bleeding, tumor out of thousand endoscopic images makes the task very difficult and expensive. Our goal is to develop a detection method by using support vector machine classifier. SVM is a non-linear classification which performs efficiently using kernel trick and mapping their inputs into high-dimensional feature spaces, which showed good results in the medical diagnostics and other fields. First, frames presenting intestinal images are detected by an SVM classifier using textural and color information. Secondly, intestinal images are segmented into regions. We show a detailed validation using a large dataset and there may not be large differences in accuracy, there is difference between them in complexity by using SVM algorithm. This paper shows that SVM can be very efficient and yield high accuracy rate of 98.6% and precision of 95.5%.

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The word “vote” means to choose from a list, to elect or to determine. The main goal of voting is to come up with leaders of people’s choice. Many fields came up with Online voting systems. These online voting systems have issues regarding security of vote. As we know there are many online voting systems developed earlier but they have several secu¬rity issues regarding authentication, integrity and non-repudiation. Thus to avoid such issues there should be some secure approach for tackling them. We are trying to provide some with our project.

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The stegnography is the art of hiding the information and protect unauthorized access of the information. Steganography is a system to hide secrete information in some other data without any loss of information. All the existing image stegnography technique having the limited percent of information hiding capacity. the aim of the existing system is replace the frequency component of the image of replace the Least Significant Bit of the image into the secret data, but the main aim of the proposed system is to embedded the secret data or information in the bit plane of the image. To implement the proposed system use the characteristics of the human visual system, in this system the human can’t receive any information of the secret data in a complicated binary plane. We can use the two methods of BPCS for implementing this system.web based BPCS & improved BPCS.

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