2019-20

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http://172.16.1.132:4000/handle/123456789/13537

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Alcohol Detection and Accident Detection
(2020-10-09T12:20:16Z) S, Vijay; s, Nishant; Kumar, Rakesh
Accident detection systems help to reduce fatalities stemming from car accident by decreasing the response time of emergency responders. The symbiosis between communication technologies and vehicles offers opportunity to improve assistance to people injured in traffic accidents, by providing information about the accident to reduce the response time of emergency assistance services. The proposed design of the application can detect accidents, pin-point the location of accident and initiate emergency communications automatically. The use of this application can significantly shorten the time taken for determination of the accident site and warning the concerned authorities. A hardware kit is used to detect the accident, get the GPS location that consists of accelerometer, Node MCU and GPS receiver. And the information about the accident location is sent to the hospitals and the relatives of the user. The message is sent through Firebase Cloud Messaging (FCM). Keywords: Firebase cloud messaging, GPS, Node MCU.
Alcohol Detection and Accident Detection
(2020-10-09T12:08:35Z) S, VIJAY.; S, NISHANT; KUMAR, RAKESH; KUMAR, NAVEEN
Accident detection systems help to reduce fatalities stemming from car accident by decreasing the response time of emergency responders. The symbiosis between communication technologies and vehicles offers opportunity to improve assistance to people injured in traffic accidents, by providing information about the accident to reduce the response time of emergency assistance services. The proposed design of the application can detect accidents, pin-point the location of accident and initiate emergency communications automatically. The use of this application can significantly shorten the time taken for determination of the accident site and warning the concerned authorities. A hardware kit is used to detect the accident, get the GPS location that consists of accelerometer, Node MCU and GPS receiver. And the information about the accident location is sent to the hospitals and the relatives of the user. The message is sent through Firebase Cloud Messaging (FCM). Keywords: Firebase cloud messaging, GPS, Node MCU.
ATM Medicine Machine
(2020-10-15T11:07:30Z) BHARATH, A ANIL; REDDY, SRIKANTH; REDDY, CHANDRA KIRAN; VARMA, AKHILESH
Medicine plays an important role in human’s life for every situation. An atm medical system is introduced to reduce the man power time and energy. It is similar to an ATM through which we get the required money at any time & any place. The same system is followed for the pharmaceuticals also. Medicines for B.P, diabetics, cold, fever, headache, and first aid medicines like bandage, cotton, ointments, and other routinely used tablets can be obtained. When RFID card is inserted, the details of the particular user are read by the RFID reader and displayed. After the identification of the valid person, list of medicines will be displayed on the LCD display, then user selects the required medicines by entering the corresponding number of selected medicines by using the Push buttons. After entering the required quantity of medicines, the amount will be calculated according to the medicine and their quantity. The amount will be deducted from the RFID card and immediately the transaction details will be sent through GSM. After payment deduction the selected medicine are delivered automatically from the system. For this delivery system the microcontroller uses a spring arrangements with the help of servo motors which provide rotational mechanism.
Auto Charging for E-Vehicle and Implementation of Solar Panel
(2020-10-09T12:05:41Z) Sannapanneni, Pavani; K, Veena; Chandrashekar, Jyothi
An Automated Billing System In Shopping Malls Using Basket
(2020-10-15T10:48:43Z) B.N, CHITHRASREE; B.J, KHOWSALYA; .C, MANASA
Shopping at mall is becoming daily activity in various cities. People buy their necessary products and other items in every supermarket or shopping mall by using trolley or baskets. In holidays and weekend we can see the huge rush at shopping mall. Hence it takes more time for billing the products. To overcome this, we are developing a system called "An Automated billing system in shopping malls using Basket". Enter the basket unique ID in the mobile app and start the shopping. Whenever we put the product with contains RFID tag in the basket, RFID reader reads the product and displays the price, name and quantity of the product on the LCD display. If we don’t want any product, we can swipe and press remove keypad, that product will be deleted. After all the products taken the total amount is displayed on LCD display and transmitted to the main billing section using Wi-Fi. Billing process can takes place through online or cash. Enter the basket unique ID, if billing process is done then the gate will open or else the buzzer sound will appear.
Automatic Grocery Distribution System Based on GSM and RFID
(2020-10-15T06:26:56Z) NATIKAR, GURURAJ SHIVASHANKAR; JAIN, RAHUL; K, CHIRANJEEVI; S, SUDHANYA
We wish to express our profound gratitude to our respected Chairman, Dr. Mohan Manghnani, for providing all the facilities in the college and our respected Principal Dr. Manjunatha for his constant support. We would like to express our sincere thanks to Dr. Sanjeev Sharma, Head of the department of Electronics and Communication Engineering for his continuous support and encouragement. We feel deeply indebted to our esteemed Project Coordinator Dr. Reema Sharma and our Guide Mr. Rajesh for their guidance, right from the conception and visualization to the very presentation of the project. They have been our guiding light throughout. We are greatly indebted to our faculties, both teaching and supporting staff, Department of Electronics and Communication Engineering, who took great interest in our project work. They motivated and guided us throughout the accomplishment of this goal. We express our profound thanks for their meticulous guidance. Finally, we would like to express our heartfelt thanks to our beloved parents for their blessings, our friends for their help and wishes for the successful completion of this project work.
Automatic Speed Control of Vehicle
(2020-10-10T11:32:43Z) REDDY, K V MOUNISH; NOORULLA, SHAIK; SREELEKHA, KALAMADI; VENKAT, A SAI
This project has an aim to control the speed of the any vehicle in cities and areas having speed limits such as schools, parks, hospitals, public places, etc. This construction includes two modules. In the first module, the RF transmitter is kept which gives the information about the speed limits in that area. This module is kept in that speed limit areas. In the second module, the RF receiver is kept which receives the information from the transmitter and lets the driver know about the speed limits so that the driver can slow down the vehicle. This module is placed inside the vehicle.
Battery Management System Using TI Launch Pad Boards
(2020-10-15T10:56:16Z) M R, Gagana; Priya S, Gowri Sneha; P, Harshita; E, Mounika
The lead acid battery used for backup use is adopted in communication system for the utilization of Uninterruptible Power Source (UPS), like telephone base station. We present our project - Smart Battery Management System using Texas Instrument Launch Pad Boards which is employed to adopt a configuration during which a slave monitoring device installed within the lead acid battery automatically measures the voltage, current, and temperature of (or near) the battery. The measurement data is then transmitted wirelessly through Bluetooth. Software and modular hardware ensure fail-safe operations and protection to the battery against overcharge, thermal discharge and overcurrent. Texas Instrument Board (CC2652R1) is a wireless microcontroller which supports programming and debugging from Code Composer Studio and Sensor Interface Board is employed to send data wirelessly to the gateway using Bluetooth. Since battery is employed in various applications, and every application requires different battery conditions and voltages and at such times monitoring of every cell becomes crucial. BMS helps in such times for optimal controlling of the battery.
Design and Development of Smart Power Systems for Buildings
(2020-10-15T06:39:39Z) C, Leharika; Kulkarni, Vaibhavi; A, Satish Kumar
The project worked on was a part of Automation and IIOT domain, hence, the project is related to the same. Automation mainly is concerned with the control system that is centralized. This, subject comes under IIOT which is Industrial Internet of Things that has a lot of designing a hardware system that connect to the area or desired devices and is controlled through cloud operation. Here, the project is connected to AWS IOT Service that helps make it easy for coding and designing. The building automation is an industry project wherein the building is operated by a one system that can be controlled and maintained by a single person. This, mainly deals with automation of the entire building and perform an analysis and maintain the consumption of power by the devices connected to this system. A Power Monitoring System is a system of meters associated with the Internet to give constant information on the force framework in your office. The meters feed an on line programming framework that permits the proprietors and specialist co-ops to recognize potential issues with the electrical frameworks. The data is taken care of straightforwardly to a product the executives’ framework that is made accessible continuously. Cautions can be set and email notices conveyed if your capacity frameworks work outside of its ordinary parameters. A Web Application is introduced and designed observing framework is a significant advantage for practically any sort of vitality purchaser. Vitality customers have a wide assortment of contemplations and concerns where vitality use is included. This is to a great extent because of the decent variety of burden types and prerequisites, vitality utilization plans, and the office's degree of toleration for a not exactly perfect vitality source. All in all, there are four fundamental classes of purchasers: modern, business, administrative, and private.
Design of Green Agricultural System Using IoT and Image Processing
(2020-10-10T11:16:20Z) R, DEEPTHI; DEVAMANE, MADHU M; AEJAZ, MISBAH TABASSUM; N, MAHESWARI
IoT is an evolving technology that represents the future of communication & computing. These days IoT is used in every field such as smart homes, smart traffic control in smart cities etc. The IoT implementation space is large and can be deployed across the field. IoT assists with better crop management, better resource management, more efficient agriculture, improved quality and quantity, crop monitoring and field monitoring etc. can be done. The IoT sensors used in the proposed model are air temperature sensors, Ph humidity sensor, surface humidity sensor, humidity sensor, water volume sensor etc. The population is growing and on the other hand the agricultural land is shrinking due to various reasons such as industrial, commercial. markets and settlements are made in those agricultural countries and to feed these billions we need to grow the product and this can be done through IoT in agriculture. In order to remove these barriers and make agriculture more profitable, smart and friendly for farmers they need.
Designing onboard vehicle diagnosis fault monitoring system using IOT
(2020-10-10T11:13:31Z) HUSSAIN, AFZAL; CHOUDHARY, ASHOK; MVK, BHARATH; KUMAR S, ASHISH
OBD system or the On-board diagnostic systems play an important role in the current generation of automobiles and will definitely play an equally important role in the upcoming future. This report presents the growth of the On-board diagnostic system for vehicles using Internet of Things(IoT) as it is going to play a revolutionary role in the automobile industry. This OBD system consists of an ARM controller which is part of the LPC2148 family that acts as the processing unit where the program is written using Keil micro vision software, sensors and LCD as user interface. The vehicle specifications such as gas concentration, brake condition and vehicle detection are sensed and those results are viewed on the LCD display and also can be viewed on an app in a smartphone. The sensors are first installed at different parts of the vehicle to sense various vehicle parameters. We use a wi-fi module called nodeMCU for the wireless transmission of data.
Detection and Classification of brain Tumor Using MRI Images
(2020-10-13T07:03:23Z) Mani Reddy, PRIYADARSHINI; N, NIVEDITHA; R, NIVEDITHA; N, PAVITHRA
The brain is the structure in a one's skull that controls the functions of all other organs. The brain is in charge for the knowledge of the five senses (taste, touch, sight, hearing and smell). The brain is where thought, language, personality, creativity and memory are controlled. The brain controls movement, sensation, balance, and coordination. In order to do its job, the brain needs oxygen and nutrient energy that a person takes in regularly.
Development of 3D Modelled Remotely Operated Surface Water Drone for Waste Collection
(2020-10-09T12:16:38Z) D, JAGADEESH; R, HARI PRASAD; GOUDA, GIRISH JATTU; E, HARSHA
Development of 3D Modelled Remotely Operated Surface Water Drone for Waste Collection
Development of Voice Control and Home Security
(2020-10-15T10:53:12Z) VB, VISHWANATH; CHIKKUR, SUSHMA; SADALAGI, AKSHAY
With the increase in the development of Internet of Things (IoT) technologies, smart home systems are getting more attention in our daily life. Besides providing easy functionality and variety of benefits, smart home systems also endures users to security risks. To improve the functional and security, of the machine learning algorithm have an important role in a smart home environment, e.g., providing biotechnology-based evaluation and authorization, threat detection, etc. On the other side, attackers also treat algorithms as a weapon , as well as a easy target, to exploit the security parameters in smart home systems. In this paper, we bring the whole system design suggested by the mainline service providers, e.g., Samsung, Google, Apple, etc. Based on our proposed overall smart home system model, we investigate the appliance of learning algorithms in smart home IoT system security. Our study includes two angles. First, we discussed about the functionality and therefore the security enhancing methods supported learning mechanisms; second, we also described the safety threats exposed by employing learning techniques. We also explored the potential solutions which will address the aforementioned security problems.
Digital Twin for Water Domain
(2020-10-13T09:16:24Z) RAGHAVENDRA, K
Increasing the efficiency of heating, ventilation and air conditioning (HVAC) system by reducing the power consumption has become extensively important due to the rising cost of nonrenewable fossil fuels and environmental concern. Therefore, finding an ideal way to reduce power consumption in commercial buildings without compromising with the indoor comfort is analytically challenging. One of the proven ways to achieve energy efficient HVAC system is by novel design of system configuration. Each component of an HVAC has specific design requirement and it provides us the opportunities for energy saving. Energy efficient HVAC can be created by reconfiguring the traditional existing system, but it’s cost effective. This project investigates and reviews an approach for increasing the performance of an existing HVAC system without replacing any of the components and to demonstrate its ability to improve the performance by reducing power consumption. This is possible by analyzing the previously collected data and determining a data pattern that is subjected to various environmental conditions and to obtain optimal parameters that is required to run HVAC system. By making the system run at optimal rate, consumption of power reduces and cooling increases.
Distributed Sensor Data computing in Smart City Applications
(2020-10-13T06:36:38Z) Patil, Shambuling
Document Digitization Text Recognition
(2020-10-09T12:12:02Z) Kumar Kullully, Athira Ajay
This project highlights how Extended Modified National Institute of Standards and Technology (EMNIST) database can be put to use, to create clean and synthetic images of texts in different handwriting styles from the set of available images. This project presents a detailed review of Optical Character Recognition, the methods using which we can classify character by detecting and extracting the position of a character from synthetic images. With the help of the image processing, the raw image is cleaned by first converting the image into grayscale and applying the thresholding techniques, before it is sent for classification, so as to give a higher probability of successful recognition of characters. Once cleaned, the characters in the images are segmented based on lines, words and characters. These individual character images are resized to 28* 28 pixels and fed into the neural network for classification. The predicted string after classification is checked for any errors in spellings and finally, the output is written in an XML or JSON file which contains the predicted string, position of the string as well as the likely words.
Face Emotion Recognition for Blind People using Deep Learning and Text to Speech
(2020-10-13T06:21:05Z) T J, Prajwal; Raj, R Pavan; J M, Preshika; N, Rakshitha
In our project, the blind will be able to identify people through facial detection and recognition and will receive an audio message about the facial expressions or emotions of person who is interacting with them. This project also gives the blind an opportunity to identify people around them and approach them first without having to wait for others to approach them first provided there are details of the person being identified in the database. New faces and details can also be added to the database. Facial expressions are believed to be closely related to one’s emotions and offer information about the message one is trying to convey. Visually impaired people who lost vision early in life can experience adverse effects on their social development, ultimately impacting their social inclusion as adults because of their inability to fully access nonverbal information. To assist them in their social activities and interactions, we have come up with a solution to detect facial expressions of the people communicating with the blind people, which is intimated to them via audio allowing them to interact with people comfortably. All this is done using deep learning.
Face Recognition and RFID Based Smart Digital Lock
(2020-10-13T06:24:50Z) R S, PRASHANTH GOWDA; S, PRAVEEN KUMAR; J M, YESHWANTH
In this paper, we propose an automated digital locking system for home automation. As a result of improved modernization and civilization, the human nature demands more comfort to his life. The man seeks ways to do things easily and which saves time. So thus, the automatic doors are one of the examples that human invent to bring comfort and ease in its daily life. Automatic entrance/exit control is widely used in public places such as shopping malls, airports etc. to reduce the need of physically opening and closing actions. This project provides advance automation for owners. It is an advanced access control system, based on face recognition. It is an equipment that uses the digital information such as face recognition, fingerprints and RFID cards as a method of authentication instead of legacy key system. The system consists of sensor modules for detecting the condition outside the house, a Camera module, fingerprint scanner and RFID reader for user authentication, Electromagnetic lock for opening and closing the door.
Fingerprint Vehicle Starter with GPS Vehicle Tracking and Theft Detection
(2020-10-15T11:13:30Z) Vardhan, Raj; Bahuguna, Udit; Mishra, Varun; Chauhan, Simon
Vehicle security is an important issue these days due to the rising number of vehicle thefts. Also one more issue with vehicles is handling its keys. Keys need to be carried and misplacing keys or loosing them will cause a serious issue. Here we propose a solution to this problem by using a fingerprint authenticated vehicle starter system. It also proposes a GPS based vehicle tracking system that tracks the vehicle and sends the tracking data over through a SMS. The microcontroller acts as the controlling head of the system. The system includes a GPS modem that tracks the vehicle location in the form of latitude and longitude .This location can be accessed via SMS that is being sent to the user .This system proves very beneficial for transport and travel companies as they can now keep track of their vehicles.

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