Augmented Reality (AR) is the concept of combining virtual world and real world. The environment around us provides a lot of information that is difficult to show in a computer. Also these worlds are very simple and mainly created for the purpose of entertainment and games. An augmented reality system is a combination of the virtual environment generated by the computer and real scene viewed by the user that augments the scene. This improves the experience and performance of the user and perception of the world. The ultimate goal here is to use this concept and come up with a system such that the user cannot tell the difference between the real world and the virtual augmentation of it so as to make information gathering more regular and easy. Here we will consider a museum scenario. This paper deals with how it can be done and proposes the development of a module of the system.

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Hydro pressure testing machine is used for testing of products works under high pressure such as gas cylinders, boilers and fuel tanks, filter head, casings etc. Casing is the part used to close the ends of a pipeline; pump etc. casing also can also use to change the flow of fluid. According to its application, it possesses high pressure of fluid on its surface. Therefore it should be tested for deformation and leakages. Testing of component is necessary to ensure the safety. Hydro pressure testing is always preferred when it comes to test a product which going to operate at high pressure in field. Also it is cheap and effective method. For those operators who will be able to use hydrostatic testing, this presentation offers some useful guidelines to help the operator optimize confidence in the test as a means of integrity assurance. In this work application of pressurized water is going to be used for testing purpose. In this work design and analysis of machine structure and clamps is done. Parts of the hydraulic circuit and electrical circuit are bought out and assembled according to system requirements.

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In the automatic sorting system, precision weight, colour, length and height of the parcel boxes are all concerned. Different box length, height, colour and weight will certainly have a limited personnel who visually identify and pick the object. This project describe the new economical solution of a robot control system. This solution provide accuracy, reduction of time, reliability, energy conversion and more advantages. Main purpose of this paper is to design an automated material handling system. Movement of robotic arm is to depend on their object weight and colour. Weight will be measured on the conveyor belt with the help of load cell and colour of object will sensed through the (RGB) sensor. Microcontroller is heart of that circuit and control the all function, therefore allows dynamic and faster control, that controller.

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Cloud Computing is the future generation internet based computing system which provides easy and customizable services to the users for accessing their data or to work with various cloud applications. One of the major services provided by cloud is data storage. Cloud Computing is a way for storing & accessing the cloud data from anywhere by connecting the cloud application using internet. Cloud Computing security is the main issue rising nowadays. As Cloud computing provides facility for a group of users to share and access the stored data, there is a possibility of having high data risk. A secure and efficient data sharing scheme needs to provide identity privacy, access control, multiple owner and dynamic data sharing without getting affected by number of cloud users revoked. In our project, we propose the Secure Data Sharing in Clouds (SeDaSC) methodology that provides:1) Data confidentiality and integrity; 2) access control; 3) data sharing 4) insider threat Security; 5) forward and backward access control. The SeDaSC encrypts file with a single encryption key. Two different key shares for each of the users are generated, with the user only getting one share. The possession of a single share of a key allows the SeDaSC methodology to counter the insider threats. The other key share is stored by a third party, which is called other cryptographic server.

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deep-submicron processes, Leakage power becomes critical factor. In recent technologies, leakage power is a major concern, as it impacts battery lifetime. When memory cell runs in standby mode, power dissipation occurs. Due to maximize power dissipation, battery life decreases in portable devices. In this paper, we have performed simulation and analysis of a conventional 6T SRAM Bit-cell thereafter a comparative analysis is being performed for the leakage power at 45nm and 32nm CMOS technology at different process corners using HSPICE circuit simulator. Effect of temperature and voltage variations on leakage power are also explored in this paper to create effect as a practical environment. When we kept VDD=1v, 45nm based 6T SRAM cell gives 50.27% minimum leakage power at SS corner as compare to 32nm based 6T SRAM cell significantly.

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The invention and subsequent growth of composite materials has bought a revolution in the world over the last three decades. The composite materials were available in the olden days in many forms are under a tremendous research now a days because of its high strength to weight ratio especially in structural applications. The main theme of composite material is to reduce the weight and improve mechanical properties .To obtain this we prepared a new composite material that consists of ground nut coir fiber powder and, chicken feather powder, luffa powder, cow dung powder .we named it as GCLC COMPOSITE MATERIAL. The mechanical behaviour and the properties are explained by using experimental results. In India, large number of ground nut plants available at Gujarat (27.87%) and Andhra Pradesh states (24.19). and luffa plants are highly available in U.P and Punjab. So large number of ground nut coir and luffa is available for preparation of composite material. And also large amount of cow dung are available from neighbourhood sources and chicken feather are also available treated& un treated conditions .cow dung and chicken feather both are waste by products for making of composites.

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The interline power flow controller (IPFC) is a flexible ac transmission device that can manage the power flow in multiline transmission systems. IPFC is one of the combined series-series controller in which separate series controllers are employed for series reactive compensation and also for transferring the real power between the lines using DC power link. In this paper, the enhanced power compensation technique for interline power flow controller is achieved using IGBT integrated shunt model. The recent studies related to FACTS devices plays a vital role in the high performance static and other controllers in various power system applications. Especially, the interline power flow controllers has the special feature of multi functionality and dynamic responsible system with respect to the recent power system applications. In comparison with the classic controllers, IPFC provides various satisfactorily dynamic operating points like supply variations and load disturbances. Hence, a fuzzy logic controller id designed in such a way that various dynamic operating points are achieved. The modelling of open and closed loop IPFC systems with IGBT integrated shunt circuit model are done through the MATLAB Simulink, SIM power system tools. The controlling parameters are obtained from the fuzzy logic controllers for the control of interline power flow controllers. Using this technique the high power transfer capability can be enhanced with reduction in power losses which indeed protects the system from the occurrence of various faults.

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The 6-axis robot system used in assembly line, spray painting, process automation, etc conventionally use the Cartesian or polar system of orientation, where in there is a single actuator for each motion and each motion is achieved as combination of individual motion of these actuators to get the net effect. This method proves to be more time consuming because cycle time of each actuator is added to form the total time required to reach the destination spot. So also cost of each actuator and complex control system is also very high and the system is high on space required, running cost and space occupancy. Thus in order to reduce the cycle time , cost space occupancy and running cost the humanoid wrist arm robot system is designed. The innovation in the wrist arm design to control three direction motion using a single motor makes the system very compact, cost effective, and easy to control and operate and low on running cost as only one actuator is needed instead of three. The project aims at design, development and analysis of this wrist arm and combining it with rotation about z-axis motion to effect a complete manipulator design.

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Training and Placement (OTaP) is very helpful for providing the job opportunities and helps the students for using collective intelligence to increase selection ratio and also easy the process by managing the information automatically. It verifies the curriculum vitae, informing the different job openings to the students, managing the relationship for inviting them for the placements as well other activities, such as creating the placement reports, observe the progress of the hiring students process and communicating with several students. Online training and placement system provides the different module like Students (Current Student/ Alumni), Main Administrator (TPO/ department Staff), and Forum. It has the features like automated Tool for informing students of Companies updates. It handles Placement process of individual Job posting easily. Manage Company’s details, Manage Job criteria’s, approve and allow editing the student profiles, Send information to students via mail and sms, Create an excel file with index of students as per post criteria, , Set preferences for student eligibility criteria for placement, Time & Role Based Secured Access to users.

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The main objective of this paper is to increase the production rate. In industries to make the shipment in exact time it is very necessary to set a target for production department. The total work of the production department is completed by different operator so without standard target it is impossible to reach the goal. To increase the productivity of planetary carrier studied on time and motion study by using systematic observation, interview with discussion and stopwatch time study. Time and motion study terms are used as a interchangeably for study of conservation of human resources for doing task by most efficient method. Work study is scientific research involving work techniques with the objective of identifying the best way of doing a work to improve its operational and production efficiency.

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This paper combined artificial neural network and regression modeling methods to predict electrical load. An approach of Data Mining technique to predict electricity demand of a geographical region based on the meteorological conditions. The value prediction predictive data mining technique is implemented with the Artificial Neural Networks. The values of the factors Such as temperature, humidity and public holiday on which electricity consumption depends and the daily consumption values constitute the data. Data mining operations are performed on this historical data to form a prediction model which is capable of predicting daily consumption provided the meteorological parameters. The steps of knowledge discovery of data process are implemented. The data is preprocessed and fed to neural network for training it. The trained neural network is used to predict the electricity demand for the given meteorological conditions.

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Gender inequality is most striking issue of developing India, where gender gap and disparity is visible in almost every aspect of life including social, economic and cultural. The present paper is an attempt by the author to understand and analyse the root causes of gender disparity in Mirzapur village of Aligarh in Uttar Pradesh, India. The author have done an empirical observation of the village by conducting household survey and found some striking results which have been represented through tables and diagrams in the paper. It has been found that girls are more illiterate than boys in the village and the gap is almost 30 per cent. The Study also highlights that girls are more regular in primary schools than boys and the share considerably increases as the levels of education increases to high secondary and graduation classes. In terms of occupational structure and social life women’s are marginalized but health condition of females are better than males in the village.

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This paper focuses on customer loyalty and customer satisfaction on internet banking. Customer satisfaction is more importance on internet banking in recent years. The factors determining the customer loyalty and satisfaction includes customer retention, virtual banking, Technology adaptation, Security, Personal service and Ease of use. These factors should lead to the customer satisfaction and customer loyalty. This study was conducting the chi-square test using the variables are whether associated or not associated and also how to influencing the customer satisfaction and the customer loyalty.

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Stock price is more important in the corporate finance. The stock price is important from both the industry point of view as well as investor point of view. This study reviews the determinant factors of stock price and also describes the factors how the way it influence the stock price are explained. The determinant factors are Market price, Dividend per share, Earnings per share, Book value, Dividend payout ratio and price earnings ratio. This paper explained thus the factors are how the way it influence the stock price and its impacts. The present study is undertaken with and attempt to determine the factors that influence stock prices in the context of National Stock Exchange (NSE) 20 companies. A sample of 10 companies is selected for the periods 2012-2016 and using regression model the results indicate that firm’s market price, earning per share, dividend per share, book value and dividend pay-out ratio are having a significant positive association with firm’s stock price.

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Nowadays there is a requirement to paint the roof and plaster the wall, therefore to meet the requirement of the problems, and reduce the risk of life there is need to make a lifting mechanism, which can reduce the probability of accident in common day life. The present works meets the criteria to solve these problems by providing manual operation of handle to obtain elevated heights of required specification under application of minimal effort. This lift is manually operable with help of hand which is further moved by rack and pinion mechanism to convert the rotatory motion into linear motion to reach the elevated height. The present work has tremendous application in painting industry as well as in shop floor. Today lifestyle of man is not able to dedicate specific time for his health, importance is least given to exercise and body fitness due to time shortage and stressful life. To cope with time deficit, we can utilize the time spent on rotating the handle, which has health benefit.

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Structural audit is a complete health and performance check-up of structures. The need of structural audit is for maintenance and repairs of existing structures whose age has more than of 15 years. It is important to the building or any structure to check their safety. Structural audit is an important for knowing the real health status of the heritage buildings or structure. It is process of analyses of building and this process suggest an appropriate repairs and retrofitting measures required for the better performance of the building service life. There are many buildings have reduced strength in period of long time because of structural deficiency, material deterioration, unexpected over loadings or physical damage. There is demand of appropriate actions and measures for all such building structures to improve its performance and restore the desired functions of structures which may leads to increase its functional life. The periodical structural auditing and analysis for health of existing buildings is very important for finding the present status of structures. The structural audit must be carried out auditing norms, methods of non-destructive testing and code provisions.

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With the advancement in technology, there has been a tremendous growth in the medical industry all over the world. But even though the health care facilities have improved to a great extent, there has been an increase in the number of health problems. The main reason for this is hectic life of the people. The busy schedules of people have degraded the quality of life and has resulted in neglect towards health issues. In such an environment, where people are constantly using their phones, creating a personal health care android application can be very beneficial. This project seeks to apply the current knowledge and information and to create an android application which can be used by patients for management of their health care issues and would hence enable them to lead a better life. The applications also seeks to create a system for predicting whether a person has a risk of developing the disease diabetes in the next 10 years.

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3D printing is a technology that can perform complex object task directly from a digital model. Element folding of frequency selective array in 3 dimensional get important result in decrease in resonant frequency for additive manufacturing .In this method we used Single-color heads of current low end FDM (fused deposition modeling) 3D printer to give way continuous tone imaginary. The challenge is to produce a single-tone images how accurately include the single colors while attenuating the interchanging between print heads, making each color printed duration as long and to print continuous as possible to getaway mixing material connected with printing short parts. The work behind this technique is used geometric offsets quality can be different without the required to change color print heads inside a single layer. We can now effectively print surface mapped models capturing both geometric and color information in our output 3D prints.

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Technology has become integral part of taking examinations. The current system of taking examination online has its own advantages but the disadvantages overrule the advantages in matter of authentication and providing examination privilege for visually impaired. This paper improvises authentication by using face recognition. The concept of voice input and output is incorporated to ease the process of taking the examination for the visually challenged. Through the application, all the related data storage on cloud is made possible. Along with the data storage, the computations of the results are also made possible via clouds and hence reducing the burden on the end systems. This paper adds features of Secure and Random Distribution of Exam Questions, Proctor Approval based strategy. It also deals with the network related issues such as Network Overload, Occasional Network Failures. Network Overload occurs when there is more number of students taking up the exam and the proposed application is able to resolve this issue by assigning the client to another access point without any negative impact on the end user.

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The reengineering process is used to transform or improve existing software so that it can be understood, controlled and reused as new software. Software metric can help the reengineering process to make the process easy, economical and efficient. Information given by metrics can be used to make a more efficient study of the source code based on the points of interest indicated by the metrics result. In this paper, a metric framework has been proposed for reengineering process to make the reengineering process easy, economical and efficient. In the framework, metrics have been selected that can be used to find the cost of upgradation of software. On the basis of result obtained, a decision can be made regarding maintenance / reengineering / retirement need of the software / part of software. Metric set is also used to find which parts of the software require reengineering. A case study has been undertaken to validate this metric framework.

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The present study was carried out to determine the water quality assessment status of IB River which is tributary of Mahanadhi River in Jharsuguda district, Odisha state, north east central India. In the present study, physiochemical parameters of water samples were compared with the water quality standard of Bureau of Indian Standard and the State Pollution control board. Water sample were collected from IB River in post monsoon period of month August 2016 to January 2017. The Parameters studied were, temperature, pH, total alkalinity, dissolved oxygen, biochemical oxygen demand, fluoride, phosphates, iron, and lead. Water quality index was calculated by using National Sanitation Foundation Water Quality Index / Statistical Method. The temperature of the water samples was in the range of 25°C to 28.7°C and pH 7.0 to 7.8 after physiochemical analysis, Water Quality Index was established for various physiochemical parameters by following statistical methods. The results proved to be useful mean for rapid monitoring of water quality with the help of systematic calculation of water parameters analysis. The calculated water quality index indicated that the quality of water was good and hence it is fit domestic use and other purposes.

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Concrete plays a vital role as a construction material in the world. Studies have been carried out to investigate the possibility of utilizing a broad range of materials as partial replacement for cement and aggregate in the production of concrete. Also the construction industry is now slowly becoming aware of the environmental issues and other sustainable development issues for cement and concrete industries. It is looking for the ways and means to develop building products, which will increase the life span and quality. In this regard the merits of using ground granulated blast furnace which is a by-product of certain industries and also by using different fine aggregates like sea sand, foundry sand and crusher dust have been well recognized by the construction industry. This thesis presents an experimental investigation on strength aspects like compressive, split tensile and flexural strength of Self Compacting Concrete (SSC) containing two different industrial wastes as fine aggregate i.e. Foundry sand and Crusher dust. Both of them are used as fine aggregates in varying proportions, taking foundry sand as the fine aggregate and replacing it with Crusher dust as percentages of 0%, 25%, 50%, 75%, 100%. For this green SCC, all SCC tests are performed as per EFNARC guidelines i.e. slump flow, L-box, V funnel and T50 tests are carried out. The methodology adopted is that the fine aggregates are replaced with the industrial wastes, foundry sand and crusher dust and the performance of SCC is measured. The influence of these materials as fine aggregate is tested for workability and compressive strength, split tensile strength and flexural strength of self-compacting are investigated.

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There are many software packages available for effect of residual stresses in plate Analysis and in India we generally use STAAD and ANSYS Software. All the two software packages, for plate bending analysis of thick and thin plate contain a four noded quadrilateral element (or three noded triangular elements) with different formulation. In these paper results of bending moment, bending stress and shear stress of Rectangular and Square Plates using STAAD are computed with and without residual stress results. In this paper two experimental methods data are taken i.e. shot pining method and section method. In that methods taking maximum residual stress values and used in STADD software and find out the bending moment, bending stress and shear stress. This results compare with without applying residual stress in plate i.e simple plate and find out what effect on plate of comparing that parameters. A parametric study of Rectangular and Square plate with edges simply supported and for a uniformly distributed load has been carried out. It is concluded that the STADD software provides more values using with residual stresses as compare to without residual stresses.

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Management of solid waste is one of the biggest problems we are facing today. The rapid increasing human population, urbanization and change in standard of living style has increased the waste load and there by pollution loads on the urban environment to unmanageable and alarming proportions. The existing waste dumping sites are insufficient and conditions leading to pollution of water sources and spreading infectious diseases, foul smell and odors, release of toxic metabolites, unhealthy environment etc. Vermicomposting is the better option to overcome this problem.. Vermicomposting is environment friendly and cost effective method for solid waste management. It serves two main purposes for the happiness of humans as it helps in the degradation of solid waste and the cast produced during this process is used as a natural fertilizer. This technique is much better than chemical fertilizer because it is not associated with any kind of risk. Earthworms are potentially important that are capable of transforming garbage into gold. Eisenia fetida is the most commonly used species of earthworms for vermicomposting. It becomes an important tool of waste recycling the world over.

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An attempt has been made in the present investigation to remove fluoride ion using GAC in absence of ionic species and also in presence of different ionic species like chlorides, phosphates and sulfates. During the experimentation it was evident that the GAC was found to be quite efficient in fluoride removal. Further it was inferred that the rate of adsorption was found to increase as the initial concentration of the adsorbent increased. With the increase in the rate of flow the rate of adsorption was found to decrease. Extensive experimentation was carried out to study the impact of presence of ionic species in adsorption of fluoride using GAC. It was interesting to conclude that the rate of adsorption decreased with the increase of the concentration of phosphate ionic species while the dissolved salts such as chloride and sulfate had shown no effect on uptake characteristics of GAC.

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