The aim of the project is to creation and developed also the appliance Automatic Wall Painting Robot. Which helps of remote operated and which helps to low cost painting machine. It is despite the advances in machineries and its wide spreading applications, interior wall painting has shared little in research activities. The equipment remote is either connected as wire or wireless technology. The disadvantages as like the painting chemicals can cause hazards to the human painters such as eye and respiratory system problems. Also the nature of painting procedure that requires repeated works and hand rising makes it's boring, more time and also the more effort consuming. When the constructions workers and also the machines are properly integrated in building tasks. The whole constructions process can be better managed and savings in human labour and timing are obtained as a consequence. In addition, it would offer the opportunity to reduce or eliminate human exposure to difficult and hazardous environments, which would solve most of the problems connected with safety when many activities occur at the same time. These factors motivate the development of an automated machining painting system.

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Nowadays, Preserving Privacy of User in this Developing Modern World is still challenging. One of the Area on which we are focusing is Location Based Services (LBS). With the increase of Location-Enabled Mobile devices and the advances of wireless communication, use of Location Based Services (LBS) has increased which has attracted considerable interest recently. Aiming at this challenges, we are proposing a system model which will secure the Location and Preserve Privacy of User. Before providing security, User's Location is accessed anonymously and transmitted through unsecured path to the Server. In this system, before sending the location directly to the server, our system will first encrypt the location using LBS Query algorithm and then Outsourced to the server so that the server will be unable to interpret the Location of User. Hence a Registered user can get accurate Services without revealing his/her location information to the LBS Provider and confidentiality of data is preserved.

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The project is aim to tract the soldiers real time positions and the health indication parameters so that we can protect our nation from the enemies. During war and Search operations may soldiers are injured and many of them are lost from their battalion, that time this this project gives an ability to track the location and monitor health of the soldiers in real time who become lost and get injured in the battlefield. It helps to minimize the time, search and rescue operation efforts of army control unit. This system enables to army base station to track the location and monitor health of soldiers using GPS module and wireless body area sensor networks, such as temperature sensor, heartbeat sensor, Atmospheric pressure sensor and gas level indicator sensor etc. The data coming from sensors and GPS receiver is transmitted wirelessly using ZigBee module. Also, a soldier can ask for help from control room and can communicate with other fellow soldier present within the wireless transmission and reception range.

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Contactless mechanical components are mechanical sets for conversion of torque/speed, whose gears and moving parts do not touch each other, but rather they provide movement with magnets and magnetic materials that exert force from a certain distance. Magneto-mechanical transmission devices have several advantages over conventional mechanisms: no friction between rotatory elements (no power losses or heat generation by friction so increase of efficiency), no lubrication is needed (oil-free mechanisms and no lubrication auxiliary systems), reduced maintenance (no lubricant so no need of oil replacements), wider operational temperature ranges (no lubricant evaporation or freezing), overload protection (if overload occurs magnet simply slides but no teeth brake), through-wall connection (decoupling of thermal and electrical paths and environmental isolation), larger operative speeds (more efficient operative conditions), ultralow noise and vibrations (no contact no noise generation). All these advantages permit us to foresee in the long term several common industrial applications in which including contactless technology would mean a significant breakthrough for their performance. In this work, we present three configurations of contactless mechanical passive components: magnetic gears, magnetic torque limiters and superconducting magnetic bearings. We summarize the main characteristic and range of applications for each type; we show experimental results of the most recent developments showing their performance.

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In this paper we examine the results of training models and then testing accuracy of three machine learning algorithms in the context of fake news detection applying Term Frequency Inverse Document Frequency (TF-IDF) as the underlying principle to determine which of the said algorithms would be more suited to solve the problem.

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This project was an attempt at developing an object detection and tracking system using modern computer vision technology. The project delivers an implemented tracking system. It consists of a hybrid of optical and modern infra-red technology and is applicable to areas such as unsupervised surveillance or semi-autonomous control. It is stable and is applicable as a stand alone system or one that could easily be embedded into an even larger system. The project was implemented in 5 months, and involved research into the area of computer vision and robotic automation. It also involved the inclusion of cutting-edge technology of both the hardware and software kind. The results of the project are expressed in this report, and amount to the application of computer vision techniques in tracking animate objects in both a 2 dimensional and 3 dimensional scene.

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Water scarcity is a serious problem that the state of Maharashtra is facing today. Scarcity of water leads to long term drought when addressed incorrectly. Thus a strong demand for building a real-time system to support water resources analysis, modelling and prediction of drought arises. Models and approaches currently existing lack the desirable accuracy and speed needed in predicting and analysing drought. Here, this paper proposes a big data analytics based approach to support drought analysis and prediction based on widely diverse data sets including climate sensors, satellite and weather data, drought conditions and water usage reports. It also reports an implemented system supporting big data analytics for drought. It also uses an easy to understand Drought Index and presents data based on existing models and approaches, as well as proposed models.

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Traffic related noise pollution accounts for nearly two-third of the total noise pollution in an urban area. Vehicular traffic noise problem is contributed by various kinds of vehicles like heavy-medium trucks/buses, automobiles and two-three wheelers. Traffic noise on existing urban roadways lowers the quality of life and property values of persons residing near urban corridors. The main objective of report is to evaluate the noise pollution in the Rajkot city and its effect on surroundings. In this report noise pollution is measured in different zones like commercial, residential etc. Comparison of data with standard CPCB noise level.

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Main aim of studying this project is to design and implementation of PLC programmable logic controllers) automation to monitor as well as to diagnose condition such as load, currents, transformer temperatures and voltages of the transformers which is one of the most important Equipment in the power system network. The Data acquisition, condition monitoring, automatic controlling are important issues as there are large no of transformers and various components over a wide area in power system. In proposed system with PLC, relays and sensors are used to detect the faults of transformer such as overloading, overvoltage, under-voltage, phase to phase fault and over temperature faults. Probability of faults on Transformers is undoubtedly more and hence protection of transformer is highly essential. Automation control is used for various systems for operation of equipment. Some processes are completely automated. Benefit of automation is it saves labour and saves energy and material; improve quality, accuracy and precision, reduces dependency on human presence and decision making for any process.

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In modern developing world, automatic plays important role especially two-wheeler i.e., (motorcycle and bikes) plays a major role. Even though they are helpful there are some sad events like accidents due to careless of rider. Major accidents occur due to forgetting of lifting side stand. To rectify this problem many advance measure have taken, but they are useless, so as a by considering that it should be implemented practically in all types bikes the new system "Sprocket Side Stand Retrieve System" this system can be attached in all type of two wheeler (mopeds, geared, non-geared, hand geared bikes) and it is.

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In today's era, everyone is using mobiles phone for communication at the same mobile providers are also providing the variety of services to the user. The project is Android Based Vehicle Maintenance Application. This application is an android app which will be run on any Android compatible tablets and mobile phones. The app will enable any vehicle used to search and the communicating with any service center in the vicinity. Vehicle maintenance is very much important for safety, savings, and smoother ride. So we are presenting the system which will help the user to be updated with servicing information. The web portal will provide the maintenance related services to the user via the android application.

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In this paper we display YOLO(you just look once), another way to deal with object detection and classification. Earlier work on protest discovery repurposes classifiers to perform recognition. Rather, we outline protest location as a relapse issue to spatially isolated bouncing boxes and related class probabilities. A solitary neural system predicts jumping boxes and class probabilities specifically from full pictures in a single assessment. At 67 FPS, YOLO gets 76.8 mAP on VOC 2007. At 40 FPS, YOLO gets 78.6 mAP, outflanking cutting edge strategies like Faster RCNN with ResNet and SSD while as yet running fundamentally speedier. At long last we propose a technique to mutually prepare on question identification and grouping. Utilizing this strategy we prepare our form of the YOLO at the same time on the COCO discovery dataset and the ImageNet order dataset. Our joint preparing enables YOLO to foresee location for protest classes that don't have marked identification information. We approve our approach on the ImageNet identification assignment. YOLO gets 19.7 mAP on the ImageNet recognition approval set in spite of just having discovery information for 44 of the 200 classes. On the 156 classes not in COCO, YOLO9000 gets 16.0 mAP. In any case, YOLO can recognize something other than 200 classes; it predicts location for in excess of 9000 diverse protest classifications. Despite everything it keeps it keeps running progressively.

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The paper presents the farming system which is controlled by the human. We have cell phone to control the system. It consists mainly sending and receiving the message to control the system according to the system's sensors. Sensors are connected with Arduino board and that interfaced with GSM module. And the other main part of the system is the monitor the plant's health using the image processing. Mainly it is used in the MATLAB to run the concept. It measures the photos of the plants pixel by pixel and differentiates the changes in the pixels.

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Energy created beginning with renewable sources, which require exhibited stunning growth around the world, can once in a while rarely give lightning of interest concerning outline of these sources don’t deliver continues supply without disturbance for utilization needs. So, the growth of these decentralized handling technology more considerable system and load solidness Issus. Generally using lead acid batteries, for feasibility result. Hence, lead batteries can't withstand secondary cycling rates, or may they store more energy in a small volume. That is the reason different category about capacity innovations is regularly formed moreover completed. This need cause the increase of capacity. Correspondingly as a critical component in the organization for energy storage with renewable sources, allowing energy to be given directly to the grid during the peak hours when it is additionally profitable. This paper highlights the furthermore review of energy storage technologies that are commonly used for power applications, containing pumped hydro, compressed-air energy storage (CAES), flywheel energy storage (FES), capacitor super capacitor, and thermal energy storage systems. The study compares the characteristics of these systems, and shoe their technological modification status and capital cost.

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A need of transportation increase with economic growth rate after independence of our country. Road transport is the key mode to use other mode of transport. So it's require management for increase life of pavement. In India most of the highway observed as flexible pavement. Highway pavement is facing problem like as deterioration, cracking, rutting and fatigue in short duration due to development of city. So, Pavement service life is big challenge for Pavement management system. Normally the serviceability of highway pavement depend on how well it is maintained. Maintenance and rehabilitation technique is depend on different type of pavement condition rating system The primary purpose of this study is determine pavement condition index using code ASTM D6433-16 for identify priority of maintenance. In this study collected traffic volume survey, conducted visual survey, different type of Pavement surface distress data and identify its severity level. Using distress data sheets for each sample determined PCI of whole section. Finally analysis of all data sheet of give PCI of stretch.

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Development of a country is caused by many-inter related factor. India is a highly popular country and a developing country. Due to which there is an in-balance in the economy where vehicle density and daily activities of people keeps highly increasing compared to increase in the interconnections of different places. This leads to congestion and traffic jam at major intersections. In India pedestrian crashes majorly occurs when pedestrians crosses the road. This study explains various factors which affecting pedestrian crossing behavior. Development of pedestrian LOS measure for intersection are intended to identify the level of difficulty in crossing intersections for pedestrians. Firstly the pedestrian arrival pattern was to be analyzed. Secondly the factors affecting the pedestrian crossing speed has to be identified with respect to pedestrian and traffic characteristics. Thirdly the analysis of pedestrian behavior, crosswalk marking, crosswalk width, length and finally the solution to be given is explained in detail. This study explains a various method used for the estimation of pedestrian Level of Service at intersection and also identifies the factors that affecting pedestrian Level of Service at intersection.

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As we know since 2011, the syllabus and the examination scheme of SGBAU, Amravati has been changed, so the failure students of earlier schemes faces so many difficulties during examination as they don’t know for which subject they have to appear for the examination as their old subjects are now merged into the subjects of new scheme with some other name and also with the other syllabus. This concept of merging of older subjects into new ones is called as Equivalence or Absorption Scheme. On university website this absorption scheme is saved at places where students are not generally reachable and with so many unusual terms that students are generally not aware of. So, the proposed system makes this task very easy and provides the students very user friendly interface where they can easily understand which subject they have to appear for and on which date along with the complete syllabus.

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Tamilnadu is a place where monsoon is uneven and fails most of the times. Cuddalore is one of the worst affected districts in Tamilnadu. Each and every year flood is a major calamity in Cuddalore which costs hundreds of lives and lakhs of property damage. Therefore to mitigate these problems a proper measure is required. But for suggesting a proper measure there must be mapping to reveal the places which are affected frequently. This project uses ArcGIS for the purpose of stream generation and flood basin delineation and HEC-HMS for rainfall analysis and discharge calculation using various topographical feature including soil type, slope and built up areas. HEC-RAS is used for flood mapping i.e., simulation of the discharge by rainfall which is generated from HEC-HMS.

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"Virtualization Smartphones Platform" is widely used in the IT industries, since this platform reduces their security issues and solves the other problems also. The major problem faced by almost all the IT industries is the BYOD problem, because of which the data sharing among the employees is not safe at the server level. But still industries have to made the data/information available to the employees anywhere and anytime whenever required, and they have to compromise with the security issues. But with Virtualization Smartphones Platform this problem of BYOD is solved very easily, this platform allows the industries to run more than one OS or VM in the single device or on the single kernel. Through this approach, industries made the applications and data available on the one VM and the private data and other important data on the other VM which cannot be accessed by the undesired users. This platform of virtualization smartphones is easily adaptable, compatible, and easier to learn/understand, hence its demand in the market is growing rapidly and continuously. In this survey, we learn about the existing virtualized smartphones technologies in the market and they the help the in the development of the IT industries.

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Limited functionality of face detection algorithm are still facing problems in real environment. This problem is solved by Viola Jones. The paper discuss about machine learning method for visible object detection which attain high detection rates. initiation of new image description called Internal Image which uses features to detect more efficiently. Viola Jones works efficient when the size of data file is limited.

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The renewable energy resources become very popular and commonly used now a days. An example of a clean renewable energy resource is the energy generated using photovoltaic (PV) systems. As a result of using PV as a renewable energy resource, components of PV such as an inverter become widely used for this purpose and in order to enhance the maximum obtained power from PV, different methods were used to achieve the desired power, where it become a very considerable to use different methods to achieve desired maximum power received from PV. The main goal of this manuscript is to introduce the idea of using photovoltaic system, along with its components (sizing of arrays, charge regulator ratings, inverter ratings and other related information),for a specific load, to achieve a design generates power up to 50kw from solar PV system. Company provided details of the available area of the rooftop. Solar irradiation data will be utilized to the estimate the annual energy output as well and the cost per KWh of electricity generated from a specific PV system using ret screen software. Economic indicators such as internal rate of return, the payback period, the net present value, the annual life cycle savings, and the cost renewable energy production will be considered as well. As per our scenario of working we can make supply to the power grid if extra energy is generated and also display the real time status on the mobile application about all the power management system using Internet of Things and ESP8266 Module.

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The road accident in the present era is increased to greater extent. The loss of human life due to accident must be avoided. Traffic congestion and tidal flow are major facts that cause delay to ambulance. In order to save human life from accidents we introduce a scheme called STSR (Smart Traffic signal using raspberry pi).The main concept behind this scheme is to provide a smooth flow for the emergency vehicles like ambulance to reach the hospitals in time and thus minimizing the delay caused by traffic congestion. The idea behind this scheme is to implement STSR which would control automatically the traffic lights in the path of the ambulance. For this we have created a project which uses raspberry pi, arduino, IR transmitter and receiver.

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The objective of this thesis is to analyze the design of roll cage both analytical and by numerical methods and to fabricate it accordingly. This analysis is based on static loads experienced by the roll cage. A roll cage which can absorb high energy impacts whilst controlling the rate of deceleration will increase the likelihood of drivers surviving a crash without injury. This work describes how a common model of roll cage is developed using CATIA V5 and ANSYS Workbench to perform linear and non linear Finite Element Analysis. After satisfactory results obtained from Finite Element Analysis in ANSYS 14.5, the roll cage is fabricated by utilizing various workshop resources.

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The role of Management Information Systems is based on change impact analysis facilitating decision making. Decision making process and its impact on the upper echelon of an institute of higher learning is explained with an emphasis on digitized decision making. The MIS is proposed for increasing the effectiveness and efficiency of decision making process. An application designed for easy, efficacious and systematic management and administration of allotment of rooms for events organized by the university. One of the key concerns for organizing an event is to identify and allot required rooms. This application simplifies the process of allotment of required rooms in commensuration with the availability of rooms. The developer seeks to introduce an effective information management system on android platform enabling an organization to effectively schedule, organize and conduct an event with efficient planning by providing optimal selection of venue and time for the event based on various selection criteria, without breaking the hierarchical chain. The app would also facilitate the invitees with complete information of the event to those connected over the network to the app via push notifications.

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Student Utility smart card is a project which aims towards building a system/application which would allow students to have multiple benefits using a single smart card issued to them. - The project involves a card which contains a rfid which is nothing but a unique card that is assigned to the student. This card can be recharged as and when required by the student with the help of admin. - This card can be used for attendance using the rfid system in every classroom and as a gate entry passes for each and every student. - This card is useful for the student in places like cafeteria, parking and stationary shops. When the card is inserted or scanned using the rfid scanner, the unique id stored is scanned and accordingly cash is deducted. The student can use this card in library to pay fine and the amount of fine will be calculated accordingly to the information stored which is retrieved with the help of an ID stored in the card. Same way in case of stationary shop where the cash amount is deducted from the student’s account and same way in case of canteen. Thus the student just needs to carry the portable card. Thus this card is very beneficial for a student and makes many of its work easy.

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