Cloud is a global connector of resources. It makes ocean of resources available on the desk. It provides humpty number of services such as infrastructure, platform, software, network, storage, data and desktop. Its main feature is pay-per-use service in an on-demand basis. Inspite of these advantages cloud users feel unsecure since their data is stored on someone else’s system. The only barrier between user’s data and pryingeyes is the password protection. This paper proposes an enhanced Triple DES algorithm with fuzzy logic, hash function and machine learning systems.

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The production of Ordinary Portland Cement (OPC) causes drastic effects on the environment with the emission of CO2 which could be avoided by the use of geopolymer concrete (GPC). It fully replaces OPC in the concrete by other aluminosilicate materials such as fly ash, metakaolin, GGBS and so on, along with the addition of alkaline solutions to it for the commencement of geopolymerisation. Over the years not only fly ash, but also various materials has been used in the manufacture of GPC with improved properties. This paper reviews the various types of GPCs and their properties to suit the needs of the construction industry.

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This paper presents design and manufacturing procedure of a tele-operative rescue robot. In most of common circumstances that skill rescue robots are mining fortunes, urban ruins, imprisoned situations, and blasts. Rescue robots were used in the search for victims and survivors after the September 11 occurrences in New York City. First, the general task to be performed by such a robot is defined, and variant kinematic mechanisms to form the basic structure of the robot will be discussed. Choosing an appropriate mechanism, geometric dimensions, and mass properties will be detailed to develop a dynamics model for the system. Next, the strength of each component is analyzed to finalize its shape. The components are fabricated and assembled together with controlling hardware. Two main processors are used within the control system of the robot. The operator’s PC as the master processor and the laptop installed on the robot as the slave processor. This paper propose an mobile Bluetooth robot based on Wireless Sensor Network (WSN) which is designed for human existence & detection in an unmanned area can be done only by an automated system. This system proposed a monitoring system using sensors unit and camera module to recording, analyze conditions of human body and transmit data.

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this paper is related to the automation for tension monitoring of warp during manufacturing of fabric (cloth) in power looms. If tension is not maintained properly it affects the quality of fabric (cloth). The aim is to improve the quality of clothes and make it defect free. In this we replace the conventional system of the chain and weight by the braking system and the bevel gear with dc motor. Because in conventional system negative let off motion, the tension on warp is maintained manually which is not accurate. This is done by adjusting the wt. on cantilever manually so most of human errors occur. To reduce those errors we made this system.

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These days, computer simulation is increasingly being used for design and performance evaluation of communication systems. When simulating a mobile wireless channel for communication systems, it is usually assumed that the fading process is a random variety with Rayleigh distribution. In this paper, we have tried to understand Rayleigh Fading (which best describes the scenario in an urban or macro cell environment) better by comparing Jakes and Dent models and observing the changes that are caused by varying different parameters. Furthermore, BER analysis of a Rayleigh Fading Process was also done to see the effects on the change of different parameters on the variance of BER with respect to the SNR. Also, the Rayleigh Fading Process was compared to the phenomenon of AWGN using this process.

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Additive manufacturing is becoming increasingly common in industry fabrications especially for durable and expensive spare parts which cannot be found easily in the local market and also for tailor made parts. For large parts that are not economically and practically 3D printed, due to its size limitation it is sometimes more convenient to join 3D printed parts together to form larger parts. In this paper 3D printed flat plates 3mm thick were prepared by direct laser sintering of SS316L stainless steel powder. Mechanical properties and microstructure were investigated. Elongation and maximum tensile stress of 3D printed flat plates are with 1.3% and 704MPa close to the values 2% and 1241MPa of cold-rolled SS316 parts. The 3D printed flat plates were joined by laser welding. The welded joints were tested for their mechanical properties and microstructure, and simulation of the welding process was performed by ANSYS. For the used welding conditions, the fracture occurred outside the weld zone. The maximum stress of the welded parts is 80% of 3D printed flat plates. The elongation of the welded parts is above 3%.

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The term "Cryogenics" originates from Greek word which means creation or production by means of cold. As prices for energy and raw materials rise and concern for the environment makes safe waste disposal difficult and costly, resource recovery becomes a vital matter for today's business. Polymers cannot be easily grinded using conventional method. Due to this temperature rise, increases wear on grinding equipment are common phenomena and finely ground material is not achieved. Therefore cryogenic grinding system was design and developed to cool the polymers before feeding it to grinder and also maintain the cryogenic temperature in the grinding zone. The cryogenic grinding system consist of three separate units (i) Pre cooling unit and (ii) Grinding unit (iii) storing and compressing unit. Our work is totally to based on design and manufacturing. Paper covers design, development and manufacturing of pre cooling unit, grinding unit which involves screw conveyor with enclosed insulated barrel and grinding mill. So, In this paper we are presenting details regarding cryogenic grinding process. Anticipating that this will replace conventional grinding process in coming days.

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Photovoltaic power generation systems are becoming increasingly prevalent in distribution and generation systems. Many industrialized nations are installing significant solar power capacity in their grids as a supplement or alternative to other power sources. This project presents PV module with SEPIC converter for electrical applications especially for dc load application. A general boost converter has limited voltage step-up ratio because of its parasitic resistances. Thus, it is not applicable for high step-up applications. As a solution, combining a boost converter with a series output module can be considered to supplement the insufficient step-up ratio. By applying this concept, a new integrated boost-SEPIC (IBS) converter, which provides additional step-up ratio with the help of an isolated SEPIC converter.

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The field of text mining has evolved over the past few years to assist, analyze the immense quantity of matter resources available on-line. Text Mining, however, may be used conjointly in various different applications. During this analysis, we are significantly interested in playing text mining techniques over transcribed audio recordings so as to find the speakers' emotions. Our work is originally actuated by use cases arising from decision centers, however can even have applications in different areas. We describe our overall methodology and gift our experimental results for speech-to-text transcription, text classification and text clump. We have a tendency to conjointly concentrate on analyzing the consequences of mistreatment different options choice way.

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The Chemical Recovery boiler is the profit-earning section of the Paper Industry. By properly reutilizing the resources used in various sections of the industry, the net consumption of resources like wood, water and steam can be reduced. Soot blower is one of the major components required for the proper functioning of the boiler. Several issues like Nozzle rupturing, Steam leakage, Lance tube bending and corrosion are frequently reported among the 28 soot blowers of Seshasayee paper and boards limited, Pallipalayam, procured from Clyde Bergemann Inc., Atlanta, usa. This project concentrates on the analysis of root causes of these problems and aims at eliminating them. Also, we have suggested a few corrective measures to be taken to increase the operating efficiency of the soot blowers and the boiler.

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There are so many environmental and pollution problems today. Fuels prices are also increasing day by day. In this scenario it is needed to find an alternative fuel for internal combustion engines which is producing less pollution and are lower in price. Several alternate fuels are tried by various researches. An experimental study has been carried out for palm seed biodiesel blended with diesel used in a single cylinder diesel engine. Palm. Palm seed biodiesel presents a very promising scenario of functioning as alternative fuels to fossil diesel fuel. The properties of these can be compared favourably with the characteristics required for internal combustion engine fuels especially direct injection (diesel) engine. In this work, literature review for the use of palm seed biodiesel as fuel for compression ignition machine is provided. From the literature review, it is obtained parametric optimization of compression ignition machine using palm seed biodiesel can be done using various blends.

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In the farming process, the often-used conventional seeding procedure takes plenty of time and more labor. The seed feed rate is added further as the time required for the total operation and the total cost is increased due to labor. To meet the future food demands, the farmers should implement the new techniques which will not affect the soil texture but will increase the overall crop production. The seed sowing methods used in India and fertilizer placement is being studied. A machine to perform the above-mentioned operations is proposed in this project work. The comparison between the traditional sowing method and the new proposed machine which can perform numerous simultaneous operations like ploughing using a shank, sowing, and spraying of water and pesticide is highlighted in this piece of work. The day by day labor availability becomes a great concern for the farmers as the labor cost is more. This proposed seed sowing machine reduces the efforts and overall cost of sowing the seeds.

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In this paper we are presenting a customer relationship marketing. In 21st century in addition to e marketing, companies are becoming more skillful in customer relationship marketing and database marketing. Customer relationship marketing holds that a major driver of company profitability is the aggregate value of the customer base. The important point in customer relationship marketing is to know the customer. In this paper we are presenting a customer relationship marketing and Customer Database and what is the Database marketing.

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In the recent trends in application of renewable energy sources, integrated solar chimney wind power plant has been designed with different geometrical parameter for increase the accessibility of solar and wind energy due to increasing the rate of environmental pollution and lake of non- renewable energy resources. A solar chimney wind power plant (SCWPP) is a type of solar thermal system that use the thermal energy generated by solar and convert it into the electrical energy. In the recent few years there are many researcher have exposed strongest attention for exploration the performances of solar chimney wind power plant due to its economic, environmental and huge potential application. There are different geometrical parameters and operating conditions like chimney height, collector radius, throat radius, solar radiation, wind velocity, solar absorption coefficient, solar loss coefficient, chimney shapes which are play vital role for optimize the performances of solar chimney wind power plant. In this numerical investigation a computational model of Manzanares pilot solar chimney win power plant, Spain has been created with help of commercially availableness 14.5 software. The temperature, velocity, pressure and vector distribution were plotted and evaluated for examine the influence of chimney height, collector radius, throat radius, solar radiation, solar absorption coefficient, solar loss coefficient, and collector percentage and fraction factor on the performance of solar chimney wind power plant when other parameters are constant. The obtained result is illustrated that, the power of SCWPP has enhances as increases the chimney height, collector radius, collector percentage and solar absorption coefficient but throat radius and solar loss coefficient it gives inversely effect on the power. It has been also illustrated that the throat radius gives more effect on the power of SCWPP while the effect of collector percentage on power negligible. This study is also suggested a solar chimney wind power plant at chimney height 24.4 m with collector radius 38. 92 m and throat radius 0.7m,collector absorption coefficient 0.66 and collector loss coefficient 15it gives approximately 5.4 KW power output at Indian operating conditions means ambient temperature should be 303.15 K and solar radiation is 1000W/m2. From the study it can also revealed that for further improvement in power increase the solar absorption coefficient and reduce the solar loss coefficient in same working condition.

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There is a growing awareness in India about extensive damage being caused to the environment due to accumulation of waste materials from industrial plants, power houses, colliery pits and demolition sites and it has become one of the major environmental, economic and social issues. Waste material is the material unused, unwanted and rejected as worthless into the environment in our society as whole. Waste materials coming out of industry nowadays is posing a great environmental problem in disposing them into the air, water and on the land. But, with proper utilization of these materials in construction industry as well as in making road pavements will greatly help the society to have a better and pleasant environment. Substitution of waste materials will conserve dwindling resources, and will avoid the environmental and ecological damages caused by quarrying and exploitation of the raw materials. The aim of this study is to explore the possibility of re-cycling plastic waste material that is now produced in large quantities in the formulation of bricks as admixture. Looking forward to the environmental condition, complete ban on plastic cannot be made. Our present work is helping to take care of these aspects. Plastic waste, consisting of carry bags, cups and other utilized plastic can be used as an admixture in manufacturing of bricks. In this work an attempt has been made to manufacture bricks by using waste plastic in range of 60 – 80 % by weight of laterite soil and 60/70 grade bitumen was added in range of 2 – 5 % by weight of soil in molten form. And this bitumen- plastic resin was mixed with laterite soil to manufacture the bricks. The results of this investigation consolidate the idea of the use of plastic waste in the field of construction, especially in the manufacturing of bricks.

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this project deals with the designing and manufacturing of a stretcher, which can climb stair or move along very rough surface. The technical issues in designing of this stretcher are the stability and speed of the stretcher while climbing stairs, the steepness of the stairs is the important concern of this study. The uses of this special stretcher are, to transfer medicines for hospital and give freedom to the retired person or paralyzed patients to move anywhere on flat surface as well as stairs. We are in the process of development of a tri-wheel stretcher that has several new features than existing wheel and track based on universal stair for all place. A Three-wheel functions as ordinary wheel on flat surface, but has the ability to climb automatically when a defect to rolling is encountered. This wheels are consists of three tires, each wheel is on separate shaft. These shaft are located on vertices of an equilateral triangle. These triangular sets of wheels can neglate many types of terrain, rocks, sand and mud. It can also allow a vehicle to climb on small obstructions such as rocks, holes, and stairs. The wheels can also be gear-driven, two wheels are on rolling contact with the ground. The third wheel is at the top til the lower first wheel hit an obstruction. The obstruction prevents the lower front wheel from moving forward but it does not affect the motion of the driving axle. So, the top wheel is rolling forward into position as the new front wheel. This wheel usually lands on top of the obstruction and give the rest of the assembly to vault over the obstruction. Using of this stair vehicle, the human labor cost can be reduced as well as huge amount of loads can be transferred with less power consumption.

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the natural resources of the sand are getting depleted gradually. Mining of sand also leads to various environmental hazards. The demand for the protection of the natural environment and the ban on mining in some areas is further aggravating the river sand. Bottom ash is a byproduct of composition of pulverized coal composed mainly of silica, alumina and iron with small amounts of calcium, magnesium sulphate. This paper presents the experimental investigation carried out to study the effect of use of coal bottom ash as a partial replacement of fine aggregate. An experimental program is planned in which controlled concrete of grade M30 is used. Fine aggregate is replaced with bottom ash by 10%, 20%, 30%, 40%, 50% and the properties like compressive strength, split tensile strength, flexural strength are evaluated. Test results show that bottom ash can be used as an effective replacement of fine aggregates. Workability decreases with the increase of bottom ash content. The compressive strength, tensile strength, flexural strength was effective up to 30% replacement level. Therefore 30% of the fine aggregates maybe replaced with bottom ash effectively.

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The increase in demand for refrigeration globally in the field of air-conditioning, food preservation, medical services, vaccine storages, and for electronic components temperature control led to the production of more electricity and consequently an increase in the CO2 concentration in the atmosphere which in turn leads to global warming and many climatic changes. Thermoelectric refrigeration is a new alternative because it can reduce the use of electricity to produce cooling effect and also meet today’s energy challenges. Therefore, the need for thermoelectric refrigeration in developing countries is very high where long life and low maintenance are needed. The primary objective of this portable solar thermoelectric refrigerator cum cooler is to provide a comparatively low cost alternative to existing cooling systems. Refrigerators in the confines of our homes are too traditional, besides a portable refrigerator with a cooler which runs on solar energy as an alternative is a better choice. As a developing civilization, we have been consuming large amounts of energy for our survival and the non-renewable sources of energy are depleting. Solar energy is widely available as compared to other renewable energy sources. The system will utilize solar energy, where supply of conventional electricity is not dependable. Comparison has been made based of existing systems and feasibility. The system works on Peltier effect. Thermoelectric Modules are incorporated for space cooling application. The cold side of the thermoelectric modules is utilized for space cooling, and the heat generated in the thermoelectric modules is removed using heat sinks and an arrangement of fans. The coefficient of performance of the system is a criterion for evaluating the performance of the cooling system. An effort has been made to enhance the COP using a combination of solar cells and thermoelectric modules. The system is compact, which makes it portable and it can be customized and fabricated to meet different user’s requirements. The problem with traditional refrigerators have been, high consumption of electricity, negative impacts on the environment, all these problems have been addressed by the thermoelectric cooler. It does not make use of refrigerants thus ensuring a green and eco- friendly technology for space cooling applications. The absence of Compressor leads to noiseless operation and lowered maintenance cost. It is an energy efficient initiative, consuming less power. For generations rural India does not have a dependable supply of electricity. Being highly reliable alternative it is intended for use in these places.

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Concrete is the most widely used construction material. Despite it is versatility in construction, it is known to have several limitations. It is weak in tension, has limited ductility and little resistance to cracking. The fibres act as micro crack arrester in cement composites. Many commercial fibres like steel, carbon, glass etc. are used as an addition or a replacement in the concrete to increase the strength. But use of steel and carbon fibres in concrete may be quite expensive when used in a large scale. So usage of PET fibre in concrete will enhance to reduce the cost as well as the environmental degradation. PET is unreinforced, semi-crystalline thermo-plastic polyester derived from polyester family. PET fibre can be used in concrete to improve its ductile parameters. This study presents the experimental investigation of PET fibre as a building material in concrete. PET fibres are added into the concrete in the percentages of 0.0 to 1.5% by weight of specimen at the increment of 0.5%. This study includes the strength characteristics of PET fibre concrete and investigate the mechanical properties such as compressive strength, Split tensile strength and Flexural strength.

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We present two designs of full adder in this paper; one is 28t conventional design full adder and another is 16t PTL design full adder. These designs are implemented on two technologies 90 nm and 180 nm using mentor graphics. Power consumption is calculated on various supply voltages and temperatures. Results are prepared and compared with other research papers and our results for 16t full adder are found satisfactory.

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The techniques that automatically extracts and discover information from web called as web mining technique. It is one of data mining technique used for accessing data from the websites. World Wide Web is centre for large amount of data and data available in huge amount. It is application of data mining technique. Web provides rich and dynamic collection of hyperlink information. Web mining combines the two-area World Wide Web and data mining. Log analysis and mining log performed to get the required meaningful data using web-mining technique. Web mining retrieves useful information from the database of web that is collection large number of files that are interrelated with each other on more than one server. The data on web includes web links, pages, web log and web objects. Understanding the behaviour of customer, the finding particular information from website that is available in log files stored on web. Web mining developed from data mining technique consists of classification, clustering, and rule of association. It mostly used in Electronic commerce, E- Learning, E-Policies, E-Learning, E-Government, Security, digital library and crime investigation. In this paper, basic techniques of web mining discussed.

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What is the traffic? Traffic is the movement of people and goods from one place to another. The movement typically occurs along a specific pathway that can be called a guideway. With the ever-expanding economy of cars whole the world, traffic congestion is a severe problem that can have a bad impact on the economy, the surroundings, and human sentiment. Now today’s ordinary cars to tomorrow's self-driving cars increases in technology will enable vehicles to be prepared with highly complicated sensing devices, such as cameras. As vehicles achieve the ability to act as mobile sensors that carry useful and important traffic data, people and vehicles are sharing recognize data to increase the driving experience. This paper recapitulate a vehicular cloud service for road route planning, where users which is used this system (Application) collaborate to share traffic images by using their vehicles’ on-board cameras. We present the architecture of a conspire traffic image–sharing system called Social Vehicle Navigation ,which allows user who drive vehicle to report vehicular cloud and then this cloud through share visual traffic data called NaviTweets. A group of NaviTweets is then infiltrate, refined, and compressed into a concise, user-friendly understanding information about the route of interest, called a Traffic Digest. These systematize can provide more pertinent and true information about the on road situation specially related to traffic and can aggregate predictions like estimated materialization, thereby supporting users’ route decision making. That’s why this paper presents the all information from requirement gathering to implementation. all content given in this paper all get implemented and running on the Android smartphone platform, that’s why increase congestion and pollution percentage so that this system By conveying advance adequate notification drivers could make educated decisions that would reduce the traffic congestion, improve traffic invulnerability, and reduce fuel and time

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The demand for bioenergy systems in small scale industry is increasing at faster rate due to its lower investment cost The use of renewable energy sources is becoming increasingly necessary, if we are to achieve the changes required to address the impacts of global warming.. Pellets are bio fuels made from compressed organic matter or biomass. Pellets can be made from any one of five general categories of biomass: industrial waste and co-products, food waste, agricultural residues, energy crops, and virgin lumber In this paper a research is made on performance of pellets as an alternative fuel , and using that fuel for various burning purposes, and hence analysis and comparison of pellets with various fuel is done so as to calculate an efficiency of the pellets .as per the practical performance pellets have wide applications. These pellet fuels can be an effective alternative for LPG, PNG, and diesel fuels. Hence comparison between these fuels is done.

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The most widely tackled issue is how to improve efficiency and productivity. Time study technique is one of the productivity improvement techniques used in many manufacturing companies. Motion and time study is defined as a scientific analysis method designed to determine the best way to execute the repetitive task and to measure the time spent by an average worker to complete a given task in a fixed workplace. In manufacturing industries, assembly line is also another major area to be taken into consideration for increasing productivity. Throughout the study, the aim is to propose a new system to the related company to increase their productivity. The purpose of this paper is to discuss related issues of time study implementation and assembly line balancing and its influence toward productivity improvement.

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The Inclination of the world manufacturing industries towards the Total Quality Management, Total Productive Management and the Rapid Obsolescence of Technology has driven the mind of market leaders towards an era of Zero Quality Control. The each second of changing clock has made market competitors to strive for reduction in the waste or Error to establish their leverage in the Dynamic market of competition at an Optimum cost. The whole focus has led to the usage of Lean Manufacturing techniques, Six Sigma, Flexible Manufacturing System etc. and the most easily, widely used and process specific are the development of Poka-Yoke .This paper exemplifies the application of Poka-Yoke in Automobile Engine Assembly Shop.

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