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Item Power Switching Module Using Mosfet(2020-10-08T07:34:19Z) K B, SHARANYA; ANAND, AISHWARIAThe switching mode power supply market is flourishing quickly in today’s world. Design engineers aren’t always supplied with the desired amount of voltage they need in order to make their design function properly. Adding an extra voltage supply to a design is not always cost efficient. This thesis is proposed to provide the designer with a method of boosting DC voltage from 5 Volts to 15 Volts, by using a boost converter designed specifically for this task. All aim, calculations, tests, data and conclusions have been documented within this report. Results of simulation show that the switching converter will boost voltage from 5 volts to 15 volts with power conversion efficiency of 94.16 percent.Item Air Compressor Pump for Car an Bike Tyre Inflate Using Solar Technilogy(2020-10-08T07:12:56Z) KRISHNENDU, KRISHNENDU; SAHIL, SAHIL; VYSHAK, VYSHAK; SHILADITYA, SHILADITYAWith the expanded desire for the vehicles in the everyday life for the present age has prompted have a ceaseless audit over the status and working state of the vehicles. Fundamentally the inflation of the tire and its wear condition. One of the currently utilized strategies is, utilizing the blowers running on the power. With the current push toward manageable, clean wellsprings of intensity, it is nothing unexpected that sun based power has gotten one of the most mainstream elective vitality sources, which is also free and accessible all over the place. The sun's vitality is normally gathered through sun oriented boards that are comprised of photovoltaic cells. These cells can change over the sun's capacity into power that can be utilized for various purposes. This undertaking comprises of Microcontroller based control unit that constantly screens and controls the DC voltage of the battery. This undertaking is to plan and manufacture to limit the utilization of power just as to utilize sustainable wellspring of vitality by utilizing a sun powered board. In this project, a solar based tyre inflator will be implemented which can be used to inflate tyre for two tyre and three tyre and four tyre vehicles.Item Dual Axis Solar Tracker(2020-10-08T06:29:50Z) Kashyap, Janak; Banerjee, Shankho SuvroWhen it comes to the development of any nation, energy is the main driving factor. There is an enormous quantity of energy that gets extracted, distributed, converted and consumed every single day in the global society. The world population is increasing day by day and the demand for energy is increasing accordingly. Oil and coal are the main source of energy nowadays but there is a fact that the fossil fuels are limited and hand strong pollution. Even the price of petroleum has been increasing year by year and the previsions on the medium term there are not quite encouraging. Utilization of this resources increases the emission of carbon monoxide (CO), hydrogen chloride (HCL), Nitrogen Oxides, and Sulphur Oxides which are responsible for the global warming and greenhouse effect. This results the devastating effect in the environment.Item Automated Solar Metro(2020-10-08T06:27:40Z) C, GOPINATH; HEGDE, VIKRAM; R, SUMAN; L, ANOOPItem Underground Cable Connection Fault Detecting Robot(2020-10-07T10:42:52Z) H R, ABHISHEK; T M, BHARATH; S, HEMANTH; S, PAVANUnderground cables are liable to wide variety of faults that might occur due to improper underground conditions, wear and tear, rats, rodents etc. Overcoming these types of faults is difficult and entire cable should be taken outside from the ground to check for the faults and fix them. Cable faults or damage to cables which will affect the resistance of the cable. If allowed to further fault or damage, this can lead to a voltage breakdown. The cable has to be tested first in order to detect any malfunction or fault present in it. In most part urban areas, the electrical cables run undergrounds instead of overhead lines. Whenever a fault occurs in underground cable it is very difficult to detect the accurate location of the fault occurring to process the repairing of that particular cable. In this project a robot will be designed and implemented which will detect the fault in the underground by passing over the cable lines. It stops and indicates the user where the fault is occurred. It uses IR sensors for detecting the fault and buzzer to sound the fault and LCD display is used to display the fault. In today's Engineering Robotics is considered as one of the fastest growing fields. Robots are designed to remove the human factor from labor intensive or dangerous work and also to act in inaccessible environment where human interface is not possible. In this project we are implementing a robot which is capable of moving inside underground pipes and detecting cable faults and cracks in pipelines. Since the area where the cables are present is conjugated, humans cannot reach the cables. So, this robot has been implemented that has a wireless camera, sensors which is used to detect the cable faults or crack and the conditions inside the pipe and it can be also used in oil refineries.Item Smart Irrigation System Using IoT(2020-10-07T10:36:34Z) L, RANJITH; N, ULLAS; M, VELU; YADAV A M, VIJAYAgriculture is the major source of income for the largest population in India and is major contributor to Indian economy. The Internet of Things (IoT) is a technology where in a mobile device can be used to monitor the function of a device. Internet of Things (IoT) is a type of network technology, which senses the information from different sensors and makes anything to join the Internet to exchange information. This will be done employing a higher communication device like a Wi-Fi module. The data processed by the sensors is converted to meaningful data and relayed to the user. The user can view the data with the help of a handheld device such as a mobile phone or a tablet. This project helps the farmers to irrigate the farmland in an efficient manner with automated irrigation system based on soil moisture. The proposed system has been designed to overcome the unnecessary water flow into the agricultural lands. Temperature, moisture and humidity numerical values are always being continuously monitored by using temperature, moisture and humidity sensor and send these values to the assigned mobile. Android application continuously collects the data from that assigned IP address. Once the soil moisture values are exceeded the particular limit then the relay, which is connected to the Arduino microcontroller controls the Automation of irrigation system using IoT 79 motor. The motor status indicates the current status of the pump. Then required water is supplied to the crop.Item Smart Disaster Management Using Machine Learning(2020-10-07T10:33:36Z) ANAS, MOHD; PRIYA, PRIYAHuman life is in danger due to human activities and natural disaster. Disaster is a one type of event which effects human life in terms of life and wealth like 6500 people died in 2017 in Asian continent due to 200 disasters and also billion dollars economic loses. But, no one can avoid disaster until we live on the lap of nature. We can only minimize the loss of life and economic losses by using scientific based proper plan with the help of computer, information communication technology (ICT) and Artificial Intelligence. All most all private and government agencies like Indian Meteorological department (IMD), National remote sensing agency (NRSA), The Central water commission (CWC) etc. using internet, Geographical information system (GIS) and Remote sensing (RS) like component of information communication technology in disaster management process. It is not enough to use ICT only in disaster management process because present and future era of engineering is Artificial Intelligence. So, It is necessary to use artificial intelligence in disaster management process to minimize loses of human life and also rescue operation time by using robotics, drone, sensors etc.Item Solar Powered Simplified Multilevel Inverter(2020-10-07T10:31:19Z) AAKASH, KUMAR; KUMARI, ANJALI; KUMAR DEEP, PRANJALIn the area of distributed energy systems and industrial motor drives multilevel inverters play an important role. These inverters are emerging trends in technically growing world. An inverter is a device which converts the Direct current into the Alternating current. Inverters plays an important role in the life of all the electronic applications, inverter has the ability of providing continuous AC supply to all the electrical and electronic appliances. The single-phase inverter is used as the application of micro-grid. Multilevel solar inverters are used to satisfy the extra demand faced by the power grid due to the increase in the uneven load. The inverters are operating on the principal of Pulse Width Modulation technique which follows the rule of switching. The major problem faced by multilevel inverters are, number of switches required for performing the operations, if number of switches increases then the switching loss increases. Pulse Width Modulation (PWM) is the most common and most suitable technique used for the generation of sinusoidal wave form. This project deals with studying the basicItem Integrated Smart Weighing Machine in Association with Ration Distribution System(2020-10-07T10:28:00Z) V, ARPITHA; BS, HARSHA; PV, SAI CHARAN; SEEME, PRAVEENThe Indian nourishment security framework which was set up or established by our administration of India This plan was begun during Second World War and was propelled in 1947. Significant wares dispersed are rice, wheat, sugar and so on locally these nourishment circulating framework is called as Ration shops. All the wares disseminated by the legislature is for the individuals under neediness line called as beneath destitution line. These apportion shops actually called as PDS for example Open Distribution framework. In each framework there will be some escape clauses correspondingly in PDS likewise it very well may be seen. In Karnataka on a review held in 2016 57% of these nourishment grains never reach to individuals under neediness line. Suitable measures have been taken on it. What's more, a few vendors are controlling the gauging scale so that there is a distinction in the weight estimated and weight of the grains taken care of. So everything should be computerized. Robotization utilizing IOT (Internet of things) gives precision, has greater unwavering quality, and has more applications moreover. The thought genius "Programmed Ration Distribution framework" is begun. Step by step the innovation development is contacting sky so the Automatic Ration Distribution framework" will gives better outcomes contrasted with present pattern for example manual appropriation. Manipulation in proportion shops can be normal in two different ways, Because of Ghost cards i.e. taking grains without meeting the necessities set by the administration By occupying the grains to their own separate shops. The first is taken consideration by the legislature by leading standard overviews and dropping the cards of ineligible individuals. What's more, the subsequent one may happens when sellers control the weight for instance if an individual needs to take 20kgs of rice there might be control in gauging scale with the goal that it shows 18 kgs of rice as 20 kgs. So he can occupy that 2kgs. This can be maintained a strategic distance from by utilizing Automation. The proposed idea is to supplant the manual work in open dispersion framework in this way utilizing a computerized one which helps in satisfying the goals set forward. Likewise associating the framework at the apportion shop to a focal database (gave by government.) by means of GSM module for communication of clients and the robotized framework through SMS. Subsequently it is conceivable to forestall the defilement and abnormalities at proportion shop by utilizing a mechanized framework.Item Finferprint Recognition(2020-10-07T10:24:50Z) KULKARNI, SWAROOP; GUPTA, VISWAJEET; SHARMA, KHUSHIFingerprint recognition or fingerprint authentication refers to an automatic method of verifying the match between two human fingerprints. Fingerprints are one of many biometric forms used to identify individuals and confirm their identity. Fingerprints have been used for more than a century due to their uniqueness and consistency over time, but recently they have become automated (or biometric) due to increased computing power. Fingerprint recognition is popular because of its inherent ease of purchase, the large number of sources available for collection (10 fingers), and the usage and collection methods determined by law enforcement officials and immigrantsItem IoT Based Industry Protections System(2020-10-07T10:22:32Z) SINGH, BIRENDER PRATAP; SINGH, DEVINDER; SHARMA, DIWANSHInternet of things (IOT) is rapidly increasing technology. IOT is the network of physical objects or things embedded with electronics, software and sensors, which, enables this object to collect and exchange data. Here, we are developing the system, which will automatically monitor the industrial application and generate alerts or alarms using the concepts of IOT. IOT has given a promising way to build powerful industrial systems and applications by using wireless devices, and sensors help us to take decisions using concept of IOT. The objective of this project is to build a safety and security system to the people working in the industry.Item ROME - Resilient and Optimal Micro Energy Grid(2020-10-07T10:19:21Z) NAGARAJ, LAKSHYAIn the India context, there are almost 250 million people without access to electricity and grid extensions are proving to be infeasible in many regions due to economical, geographical and technological challenges. A great amount of decentralization is required. Further, India also suffers from poor load factors, dispersed demand and harsh environments. Therefore, microgrids emerge as a natural choice in these scenarios. Sensing this need the Indian Government declared the need for decentralizing the energy way back in the 2005 energy policy. Still the challenges persist in spite of significant technological advancements and government initiatives. ROME focuses on the microgrid (MG) approach of the smart grid. A microgrid is a group of interconnected loads and distributed energy resources within clearly defined electrical boundaries that acts as a single controllable entity with respect to the grid. A microgrid can connect and disconnect from the main grid to enable it to operate in both grid-connected or island-mode. Norway and India have many areas qualifying to be defined as microgrids. Norway in terms of islands along the coast with weak and old sea cables not profitable to replace if error occurs, and India in terms of rural areas with weak and often faulty tie-lines.Item Biped Walking Robot(2020-10-07T10:17:00Z) Mishra, Adarsh Kumar; Kumar, Ujjwal; Mukhopadhyay, AbhishekHumanoid robots are presently utilized as research apparatuses in a few logical territories. Scientists study the human body structure and conduct (biomechanics) to assemble humanoid robots. On the other side, the endeavour to reproduce the human body prompts a superior comprehension of it. Human insight is a field of study which is centred on how people gain from tactile data so as to procure perceptual and engine abilities. This information is utilized to create computational models of human conduct and it has been improving after some time. Humanoid robots are being created to perform human errands like individual help, through which they ought to have the option to help the wiped out and old, and messy or risky employments. Humanoids are likewise reasonable for some procedurally-based livelihoods, for example, front counter directors and car fabricating line labourers. Basically, since they can utilize instruments and work gear and vehicles intended for the human structure, humanoids could hypothetically play out any assignment a person can, in so far as they have the best possible programming. In this project we are implementing a prototype of a bi pedal robot which is also called as a biped robot. A biped robot has human structure for its movements unlike normal robots that are wheeled. Our prototype has a basic talking biped robot that will interact with people and also the electronic and mechanical structure. This biped robot can be used for various purposes like it can be used as a gatekeeper, as a receptionist and also in medical field. Our prototype is called a biped robot as its movements are based on two structures which resembles the legs of a human being. Our prototype is so designed so that it resembles a human being, hence bringing it closer to real life scenario.Item IoT Based Transformer Monitoring and Control(2020-10-07T10:15:05Z) C, Vijay; K R, Javeria Firdous; T, Nethra; V, PavithraTransformers are the main building block in a power system. Any damages in transformers adversely affects the balance of a power system. The damages are mainly occurring due to overloading and inefficient cooling. The main objective of the real time monitoring of the health conditions of the distribution transformer using IOT technology. The parameters such as temperature, voltage, current and oil level of a transformer are monitored, processed and recorded in servers. For this purpose, we use sensors interfaced with atmega328 microcontroller. The recorded data can be send using Wi-Fi module and accessed from anywhere around the world using IOT technology. This helps in identifying without human dependency. This helps in identifying and solving a problem before a failure without human monitoring.Item Intelligent Assistive Device for Visually Challenged(2020-10-07T10:12:01Z) F, MOHAMED SAIFUDDIN; PASAR, RAHUL C; BABU M, SHARATHProposed an intelligent assistive system/device for the visually challenged people, which is composed of an intelligent walking stick, mobile device application and online information platform. Addressing the issues of People with Visual, Hearing and Vocal Impairment through a single aiding system is a tough job. The work focuses on finding a unique technique that aids the visually impaired by letting them hear what is represented as text and it is achieved by the technique that captures the image through a camera and converts the text available as voice signals. This provides a way for the people with Hearing impairment to visualize / read which is in audio form by speech to text conversion technique and we also implemented a way for the vocally impaired to represent their voice by the aid of text to voice conversion technique. All these activities are coordinated with the use of Raspberry Pi. The visually impaired people are helped by the process in which the image to text and text to speech is given by the tesseract OCR (online character recognition). When this visually challenged people hold the smart walking stick ,thus the obstacles can be detected, if he/she is fall down then the related information will be recorded and uploaded to the online platform and then will be received to the guardian/caretaker.Item Android Based Home Energy Meter(2020-10-07T10:08:47Z) JOSE, ANU JINNY; S, DARSHAN; R, SUPRIYAMonitoring and keeping tracking of your electricity consumption for verification is a tedious task today since you need to go to meter reading room and take down readings. Well it is important to know if you are charged accordingly so the need is quite certain. Well we automate the system by allowing users to monitor energy meter readings over the internet. Our proposed system uses energy meter with Arduino system to monitor energy usage using a meter. The meter is used to monitor units consumed and transmit the units as well as cost charged over the internet using Wi-Fi connection. Thus the energy meter monitoring system allows user to effectively monitor electricity meter readings and check the billing online with ease. It presents a low cost, flexible energy meter monitoring system using IOT.Item IoT Based Smart Manifold Attendance System(2020-10-07T10:00:11Z) Sen, Raunak; Prabhakaran, Thejus; Kumar, RamanThe traditional attendance technique involves human to human interaction (attendance slip being passed from teacher to peon) and human to computer interaction (teacher updates the attendance in the system). While a normal working day comprises of 7 to 8 hours of class, even if a minimal of 10 minutes each is devoted for attendance, it sums up to approximately 80 minutes per day. This is truly increasing the plight of the teacher. Advancements in attendance included techniques like retinal scanning, fingerprint scanning, face recognition. Smart Manifold Attendance using Real Time Face Recognition is a real world solution to the existing issues in traditional methods. This system consists of four phases - face database, face detection, face recognition and marking attendance. Image acquisition is accomplished using a camera fitted in the classroom. The system first stores the faces in the database. The faces of students are detected / located from the image captured in real time. The detected faces are then compared with those stored in the database during face recognition. If the system recognizes faces, the attendance gets marked immediately in the excel sheets. Also, we send hourly text messages to parents, of wards that are absent. Teachers’ attendance is monitored as well. As per VTU, 52 hours need to be completed per subject and this purpose is also served in the proposed system on a OPEN CV platform.Item car Black Box System(2020-10-07T09:57:25Z) BABU C, AGHIL; PRIYANKA, PRIYANKA; NATH J, RAJU; SHARMA, SIMRANAutomatics and advances are marking another degree of the benefits in vehicles. The car black box has similar features to aeroplane black box system. It is used to find the reason for mishaps. This project proposes a model of a Car discovery framework that can be installed in the vehicles. The point of the task is to get the mishap examination by equitably following the working procedure of vehicles. Moreover, the vehicle discovery framework sends a signal to the client portable that is associated through Bluetooth module, if there should be an occurrence of event of a mishap. The black box system also uses GPS sensor to collect location data. The car black box system mainly helps the insurance companies with their car crash investigations and also records the road status in order to prevent or decrease death rates. In this project, the vehicle performance and the behaviour of the driver will be continuously monitored using sensors with the use of IoT technology.Item Smart Agriculture System(2020-10-07T09:54:48Z) SATHISH, JASTI VENKATA; KUMAR N G, HEMANTH; M S, SANJITH KUMAR; G, SWAPNAFor a plant growth to be more efficient, not only water but also minerals and nutrients are essential. This aspect is mostly lacking in the present farming industry. In India, we have traditional methods that consume more time to check the fertility of the soil, which plays a vital role in the plant growth. In this project, an attempt has been made to check the soil fertility and maintain the composition of the soil as required for the plant growth with reduced time consumption required for the results.Item Perpetrator Identification and Acknowledgment On Road Accidents(2020-10-07T09:52:13Z) NATH M, PREETHU; N, GIRISHVehicles safety and safety of the passengers in the vehicle is an important task in today’s ever increasing traffic. Hence by using RF technology, the accidents can be kept in control by reducing the vehicles acceleration such that there is a threshold vibration mode set and as the vehicle vibration mode exceeds, this is automatically and instantly exchanged with the other vehicle which it hits and also this information is passed on to the nearest police station. So our project mainly deals with the acknowledgment on the accidents and the ways which can be taken up to reduce them. Also, another view is taken up, such as to find the vehicles involved in the HIT and RUN CASES which are usually happening in today's world. Other objectives of our project are collision Avoidance, Pedestrian Detection, Control of speed near school areas and Cut-off of horn near hospital areas. So here, with the help of radio frequency transceivers automatic information can be transferred at the time of accidents and hence this way accidents can be acknowledged.