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Abstract Project Details

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1
Title
Patient Health Monitoring System
Name of Projectee
 1. Amruta Padegaonkar , 2. Neha Raggad,   3. Suraj Dabhade                             
Name of Guide
Prof. Suresh Gohane              
Keywords
Atmega8, ESP8266
Abstract
In hospitals and other medical facilities, nursing staff are responsible for the care of critically ill patients. Many hospitals used information technology to support nursing care. However most medical information systems use manually recorded vital sign data for patient care and control. Medical staff cannot automatically detect abnormalities and provide consistent and immediate health care services. Critical care patients with disabilities or life threatening diseases required continuous monitoring of physiological information to determine if the health indicators are within range. Here we are tracking the patient’s health condition. The health parameter such as heart rate, body temperature, humidity and respiration rate are send to the hospital using ESP module
2
Title
DSP APPLICATION USING VEDIC MATHEMATICS
Name of Projectee
1. Bhagyashree Zade,2. Darshana Narnaware, 3. Twinkle Janbandhu,  4. Vaishnavi Narale
Name of Guide
Prof. Pranav Kothe
Keywords
Urdhva Tiryakbham Multiplier , Xilinx ISE 13.1, VHDL
Abstract
There are many multipliers available like regular multipliers as well as ancient Vedic multipliers for designing digital applications. Every multiplier has its own advantages and disadvantages depending on parameters like area, speed and power. Our project gives the comparative analysis of different multipliers like Wallace Tree Multiplier, Baugh-Wooley Multiplier and Urdhva Tiryakbham Multiplier which is a Vedic multiplier. These multipliers are designed using VHDL on Xilinx ISE 13.1 software and verified their results using simulation by writing test bench. Linear convolution operation is used for comparing the performance of the designed multipliers as the operation is implemented by using those multipliers. Parameters for comparison taken are area, speed and power consumed by the final assembly. The multiplier which gives better
performance according to the mentioned parameters is resulted as the best among them for the specified application.
3
Title
 Pulse Diagnosis Method Inspired By Ayurveda
Name of Projectee
 1. POOJA SHENDE, 2. SHREYA RAUT, 3. SHRUTIKA MOON,  4. SHRUTI BABHALE,  5. SNEHA TURANKAR
Name of Guide
 Mr. Abhay Deshpande, Dr. Lalit Jain (Gandhar Ayu Care)
Keywords
Ayurveda, tridosha, prakruti, vikruti, vata, pitta, kapha
Abstract
Someone rightly said that health is wealth. But life has changed a lot today as we do see people running around all the time. Because of this health is getting affected by working continuously without much needed rest. Many factors like changing food habits, changing lifestyles, rising stress contribute to this. Hence it is necessary to take care of our health. In Traditional Indian Medicine (TIM) and Traditional Chinese Medicine(TCM), diagnosis of the diseases is based on pulse detection. Pulse diagnosis technique is used for predicting diseases for thousands of years. Body constitution of a person can be determined from the values of tridosha that are ‘vata’, ‘pitta’ and ‘kapha’. In this project, we have determined the values of tridosha from which normal and abnormal health conditions can be determined. This will lead to understanding our health and taking preventive steps for certain ailments if necessary because prevention is always better than cure.
4
Title
ROBOCHEF
Name of Projectee
1. Pooja Bagde, 2.   Bhumika Prajapati, 3. Priti Patil,  4. Monika Patil
Name of Guide
Prof.  Abhay Deshpande    Mr. Anil Gupta(Raj Bhandar)    
Keywords
Robotic arm, cook
Abstract
we are designing a project named “ROBOCHEF”which is an automatic robotic arm that will cook food easily without any human efforts. We will accomplish this by designing an assembly hardware using servomotor which will be used for controlling the position. This hardware will be based on AVR ATmega 16 which will drive the servomotors to gain various positions .To achieve this we will write  an algorithm which will help us to perform various task such as stirring, chopping, temperature sensing, adding ingredients in the particular time frame.  We will also use a LM35 sensor to maintain the cooking temperature.
5
Title
Low Cost, Low Power, Water Level Controller
Name of Projectee
1.Dhammadiksha Sukhdeve    2.PrachiDahilkar
3. PriyaDhongale  4. Ruchita Bhoyar 5.ShrutiDurge
Name of Guide
Prof. Suresh Gohane
Keywords
Water Level Controller, low power
Abstract
Water scarcity is one of the major problems facing major cities of the world and wastage during transmission has been identified as a major culprit; this is one of the motivation for this project, to deploy computing techniques in creating a barrier to wastage in order to  not only provide more financial gains and energy saving, but also helps the environment and water cycle in turn ensures that we save our water for future. ‘Water Level Controller’ as clear from it is the top level of the overhead tanks in the houses or in the industrial areas. This controller can automatically switch ON and OFF the domestic water pump set depending on the tank water level. In this project an effort is made to design a circuit used in water level indicators which can control the storage level of water in a tank to provide water throughout the day without any wastage.
6
Title
DESIGN OF A COMPACT MICROSTRIP ANTENNA FOR GSM APPLICATION
Name of Projectee
1. PAYAL MANKAR   2.  PRAJAKTA SATHWANE
3. MANISHA GAUPALE         POOJA  MOKADAM
Name of Guide
MS.PRANJALI JUMLE
Keywords
Microstrip antenna,
Abstract
Micro-strip patch antennas are widely used in wireless satellite communication system & radio identification system due to their advantages, conformable  ,inexpensive  etc.. In this paper we made micro-strip antenna for 900 MHz GSM frequency. We have used IE3D software for design &simulation of micro-strip antenna. Various antenna parameters like directivity, gain, band width etc. have been evaluated .For 900 MHz GSM frequency we have achieved  20 MHz bandwidth (0.89-0.91GHz). At 900MHz there is a very large size of antenna but by using shorted plate miniaturization technique ,we have achived 90% compactness as compared to conventional antenna.
7
Title
GPS AND GSM BASED BUS TRACKING SYSTEM
Name of Projectee
1. Akanksha Pandey 2.Ayushi Bhagat 3.Poonam Sadar, 4. Pragati  Shambharkar  5. Vaishnavi  Khond
Name of Guide
Mrs.PranjaliJumle
Keywords
Gsm,Gps, bus tracking
Abstract
The ‘GPS and GSM based vehicle tracking system’ includes the installation of electronic device in vehicle or fleet of vehicles to enable the third party to track the vehicle’s location in form of latitude and longitude.
This project mainly works on GPS and GSM systems. Vehicle is traced by using information from satellite system and send to GSM system. Vehicle and the user are connected initially by using GSM network. User will send the message to moving vehicle for connectivity, hardware mounted on vehicle react to the message and the GPS will be initiated, it will send the latitude and longitude to the ATMEGA16, and the user will receive the latitude and longitude of position of vehicle from the GSM which is connected to ATMEGA 16. 
8
Title
IOT Based Home Automation
Name of Projectee
1.Bhagyashree A. Zade  2.Megha R. Mangate
3. Priyanka N. Khawshi 4.Rajeshree V. Bhende
5.Shalini I. Bangadkar
Name of Guide
Prof. Aditya Dhanvijay
Keywords
IOT, home automation,wireless
Abstract
The energy consumption in home areas has greater as more home equipments are used. So that energy disaster has required consequence reduction in all over area. For solving this home energy adversity, we consider energy saving At the same time we also have to save the home energy cost, for this, two things must be consider and these are energy consumption. Home automation is the use of one or more computers to control basic home functions and features automatically. The fundamental components of home automation system include computer, various devices to be controlled, internet connection and home system. Home automation gives you access to control devices in your home from anywhere in the world
9
Title
AUTOMOBILE GEOPONICS ROBO
Name of Projectee
1 SwapnilDeo, 2 SagarChopade, 3 PiyushKashyap, 4AshishFulwadhani, 5 NamrataLokhande
Name of Guide
Dr. VivekKapur, Prof. Suresh Gohane
Keywords
Robot, gps,
Abstract
Today, we live in such a fast world that even single minute is important for us. This is a robot designed for agricultural purposes. It is designed to minimize the labor of farmers in addition to increasing the speed and accuracy of the work. Our robo perform three main tasks, mainly ploughing, seed sowing and ground levelling.
In ploughing we will use plougher to dig the farm, whereas in seed sowing we use a container to store seeds and the outlet will contain a one way valve to sow the seeds after specific interval of time.
10
Title
I-SWEEP an Autonomous floor cleaning robot
Name of Projectee
1.Chirayu Barde, 2. NivruttiThosare, 3. Pratik Hanote, 4. SanjogKherkar
Name of Guide
Prof. KetanMachhale
Keywords
Microcontroller, Ultrasonics, Arduino
Abstract
With the advancement of technology, robots are getting more attention of researchers to make life of mankind comfortable. This paper is to presents the design, development and fabrication of autonomous floor cleaning bot (I-SWEEP). Subject robot operates in autonomous mode along with additional features like scheduling for specific time, low noise and powerful mechanism. This work is very useful in improving the life style of mankind.
11
Title
Intelligent Surveillance System with Encrypted Communication
Name of Projectee
1.Anuja S. Saptarishy, 2. Ramna N. Kh, 3. Sayali C. Nagpure, 4. Sukhada M. Dharmadhikari
Name of Guide
Prof. Abhijit Maidamwar                                  Mr. Sajal Tiwari
Keywords
Radar, GPS, Security
Abstract
In this rapidly growing world security becomes an important and basic requirement in each and every place of the world. And as per the requirements technology has done great revolution in the field of security. Now days, in response to the recent incidents of terrorism in the nation, it becomes necessary to design and develop an advance security system against terrorism for national border. Therefore here is attempt made to have security system for national border using ultrasonic sensor network, which helps to protect the nation against terrorism to a great extent. Project goal is to build a more sensitive security system which can prevents terrorism. The development of the system can be achieved by using ultrasonic radar.
12
Title
Color Sensor
Name of Projectee
1.Akanksha  Wankar, 2.Divya Rajurkar, 3.Ruchi  Godbole, 4.Snehal  Motikar, 5. Swechha Singh
Name of Guide
Mr. Aditya Dhanvijay &      Mr. Suresh Gohane
Keywords
Color Sensor, RYB
Abstract
In 18th century color theory was originally formulated in terms of three “primary” or   “primitive” colors – Red, Yellow and Blue (RYB) – because these colors were believed  capable of mixing all other colors. This color mixing behavior had long been known to printers, dyes and painters. But these color mixtures were too dull i.e. unsaturated. In the late 19th century that color perception is best described in terms of a different set of primary colors – Red, Green and Blue(RGB).Mixing of colors can take place in two ways—subtractive mixing and additive mixing. In subtractive mixing, reflecting properties of pigments are used, which absorb all wavelengths but for their characteristic color wavelengths. When pigments of two or more colors are mixed, they reflect wavelengths which are common to both. Since the pigments are not quite saturated (pure in color) they reflect a fairly wide band of wavelengths. This type of mixing takes place in painting and color printing. In additive mixing which forms the basis of color television, light from two or more colors obtained either from independent sources or through filters can create a combined sensation of a different color. Thus different colors are created by mixing pure colors and not by subtracting parts from white. The additive mixing of three primary colors— red, green and blue in adjustable intensities can create most of the colors encountered in everyday life. The impression of white light can also be created by choosing suitable intensities of these colors. Red, green and blue are called primary colors.
13
Title
8*8*8 3D RGB LED CUBE
Name of Projectee
1.Asawari Pathode,  2.Ashwini Burde, 3.Neha Dhomne, 4.Pooja Gaikwad, 5.Shrawani Bhoyar    
Name of Guide
Mrs. Devashree Marotkar
Keywords
3D LED, matrix
Abstract
3D LED Displays come in all manner of shape and sizes. It has the ability to changing light patterns in 3D. A typical 3D LED display is a collection of LEDs, anywhere from 8 to thousands, somehow connected and arranged in 3D pattern and controlled so that the LEDs can be made to turn on and off or vary in brightness in a controlled manner, thus creating interesting and pleasant patterns of light.
The one of the type of 3D LED display is the LED cube. 3D matrix is constructed either by soldering the terminals of the LEDs directly together or by constructing a matrix of wire which form a frame. There are also many different ways to control a 3D LED display cube which vary in complexity, the simplest is probably a single micro controller, with more methods using special LED Driver ICs or even direct PC control.
14
Title
Study and Design of VoIP algorithm on MATLAB
Name of Projectee
Riddhi Kadu, Shubhada Budhe, Priti Zade, Kirti Kshatriya, Ayushi Agrawal  
Name of Guide
Prof.Abhijit Maidamwar                    Prof. Suhas Kakde
Keywords
Voip,G.729,Encoder,Decoder
Abstract
The algorithm described below is the 8 kb/s speech coding algorithm. The algorithm is based on a CS-ACELP (Conjugate-Structure Algebraic Code Excited Linear Prediction) coding technique. Short term synthesis filter is based on a 10th order Linear Prediction filter for every 10ms frame. The idea of the algorithm is to predict the next coming signals by means of linear prediction. It also uses statistical data to distinguish the resemblance of the signal to special signals in its codebook. It uses the fixed codebook and adaptive codebook. Long-term pitch synthesis filter is implemented using the adaptive-code book.  The codec delivers quality of speech equivalent to that of 32 kb/s ADPCM (Adaptive Delta Pulse Code Modulation) for most operating conditions. This algorithm gives the reduced bit rates at the cost of lower quality. The coder structure will be discussed in detail and also the reasons behind certain design choices.
15
Title
3-D Holography
Name of Projectee
1.Mudit Babel, 2. Aniket Umredkar, 3.Rushabh Padole, 4. Shrirang Sapate, 5.Ashutosh Deo
Name of Guide
MRS. Manisha P Khorgade
Keywords
Holography, 3-D image
Abstract
Hologram aren’t just beautiful and fascinating, they have a certain high-tech mystique about them. Hologram’s are simply layered variations of an image/video each one causing light reflection in a different way. A photograph of an interference pattern which, when suitably illuminated, produces a three-dimensional image.
16
Title
Intelligent Surveillance System with Encrypted Communication
Name of Projectee
1. Anuja Saptarishy, 2. Ramna Khode, 3. Sayali Nagpure,   4. Sukhada Dharmadhikari
Name of Guide
Prof. Abhijit Maidamwar      Mr. Sajal Tiwari (N/W Manager,Capgemini,Pune)
Keywords
Communication, Surveillance, IR sensors, ultrasonic sensor
Abstract
In this rapidly growing world security becomes an important and basic requirement in each and  every aspect. And as per the requirements technology has done great revolution in the field of security. Now days, in response to the recent incidents of terrorism in the nation, it becomes necessary to design and develop an advance security system against terrorism for national border and headquarters. Therefore here is attempt made to secure headquarters from intruders using ultrasonic sensors and IR sensors. The aim of this project is to design a less time consuming security system without any human interference and with great accuracy.
17
Title
MOBILE PHONE BASED ELECTRONIC VOTING SYSTEM
Name of Projectee
1. NIRMAL KATRE, 2. KIRTI MANKAR, 3.POOJA KALAMKAR,4.PREM PATLE,5. MAITHILI PISE
Name of Guide
MRS. MANISHA P. KHORGADE    MR. HEMANT UMAP
Keywords
Wireless Mobile communication, LCD,DTMF Receiver, AVR ATMEGA16.
Abstract
Mobile voting system is very secure, efficient and easy way to caste vote. In this voting system the candidaterequires only a registered code word in mobile phone, which acts as a basic identification system to cast his vote, thusproviding confidentiality as well as eliminating thetrouble to actually visit the voting center. 
18
Title
Flying Eye
Name of Projectee
1. Anuradha Dani, 2. Rinal Dongare, 3. ShitalFande, 4.Gauri Chaudhari, 5.SanjivaniKharde
Name of Guide
Dr. VivekKapur, Ms. Swati Kukde (Asst. Prof. RGCER)
Keywords
Quadcoptor, Raspberry pi, Camera
Abstract
Indian agriculture needed production and protection materials to achieve high productivity. Agriculture fertilizer and chemical frequently needed to kill insects and growth of crops. The WHO (World Health Organization) estimates there are more than 1 million pesticide cases in every year. In that more than one lakh deaths in each year, especially in developing countries due to the pesticides sprayed by human being. The pesticide affects the nervous system of humans and also leads to disorders in body. A remote controlled UAV (Unmanned Aerial Vehicle) is used to spray the Pesticide as well as fertilizer to avoid the humans from pesticide poison. This model is used to spray the pesticide content to the areas that can’t easily accessible by humans. The Universal Sprayer system is used to spray the liquid as well as solid contents which are quadcopter by the universal nozzle.Web camera is used to capture the remote sensing images which is given input to the detector  which are used to identify the  shape circle for  dead crops  and spray pesticides on alive crops.
19
Title
Recognition of Vehicle Number Plate Using MATLAB
Name of Projectee
1. MinalGhugul, 2. RoshniPise, 3. Surksha Bageshwar, 4. PriyaWadighare, 5. SamikshaWanaskar
Name of Guide
Prof. ManishaRaut
Keywords
Character recognition , MATLAB, Segmentation
Abstract
Number plate recognition system plays an important role in traffic management system, parking lots etc.The detection of Indian vehicles by their number plates is the most challenging research topic from past few years. It is observed that the number plates of vehicles are in different shape in various countries. In this project a number plate recognition system has been designed using MATLAB software. This system contains of three main parts namely number plate detection, plate character segmentation and character recognition. This approach is simplified to segmented all letters used in the number plate by using bounding box method. This will identify each number separately.
20
Title
LOW COST WIRE CUTTING MACHINE FOR WIRE HARNESSING INDUSTRY
Name of Projectee
1.Akshay Upate, 2.Shubham Bhajane, 3.Amol Metkar, 4.Shyam Dafar, 5.Archit Khare
Name of Guide
Prof. Dhanashree Tajne, Mr. Anil Kumar (ECDS Enterprises)
Keywords
Microcontroller 89c52, stepper motor
Abstract
Today's insulation material make toughest possible demand on cutting of wires. An automatic wire cutting machine is a special idea which makes wire cutting safer than before. The working of this machine is very simple; once you install program in
microcontroller IC, IC start works on that installed program. According to the program stepper motor takes one rotation in 20 steps which of 1.8 degree per rotation. In program, delay of few seconds is given for the cutting of wire using mechanical hand hold cutter which works on DC motor as DC motor rotate in clockwise and anticlockwise direction, cutter simultaneously moves upward and downward direction. According to the delay stepper motor itself and mechanical cutter cuts the wire. This machine has usage in different industries as per the requirement. In future we can detect the faulty wire using sensor and GSM is used to convey the message that how much work has done. This is one of the advantageous machine that we had ever seen.
21
Title
AUTOMATED RAILWAYTRACK PEDESTRIAN CROSSING WITHOUT USING STAIRCASE
Name of Projectee
1. Pranoti  Thaware, 2. Bhavana  Tijare, 3. Shruti Shinde, 4. Tejswini Kathane  5. Utkarsha  Innamwar
Name of Guide
Mrs.Shilpa Katre 
Keywords
Mobile app for train platform, microcontroller
Abstract
This project is used for automatically close or opens the mobile platforms in between the track trains. Normally the mobile platform connects the two platforms through which the passenger can walk on the platform to reach on the next platform. Sensors are placed on the two sides of track. If the train reaches one sensor the mobile platform will automatically close and allows the train to go through the tracks and then when the train leaves the second sensor the mobile platform will automatically open the bridging platforms. The microcontroller will sense the presence of train by using infrared sensor. So on sensing the train on one path controller will give pulses to the stepper motor to close the mobile platform automatically.
22
Title
Server Based Home Automation
Name of Projectee
1.Onkar Deshpande  2. Shubham Rokde, 3.    Mayur Kalpe, 4. Shubham Warghade 5.Yash Khasne                                                                          
Name of Guide
Prof. Ashish Charbe
Keywords
voice recognition, microcontroller,search
Abstract
In this project, we are controlling electronic appliances with online assistance and voice recognition through server.
It detects different conditions like temperature, motion, humidity, smoke and LPG gas leakage. After detection; it gives us notification on our devices with online assistance. Another upcoming technology is natural language processing which enable us to command and control things with our voice. Combining all of these, our project is a IOT based automation system over the cloud which is a microcontroller based voice controlled automation using server. This device will enable users to have control over every appliance in his/her room with their voice and he/she will get replied through voice. It is just like an interaction with your home, hotel room, research center, control room of any company or any organization, etc. where you implement this device.In this control circuit consists of microcontroller, which processes the user commands and controls the switching of devices.
23
Title
Power Monitoring System
Name of Projectee
1. Shreya Gajghate 2. Shrutika Mahurkar
3.Aniket Sardar 4.Shubham Thakre  
Name of Guide
Prof. Apurva Ganar
Keywords
Home energy, power monitoring
Abstract
Measuring your home’s energy con­sumption is the first step toward finding ways to decrease it. While almost every residence has an electric meter, it usually only shows total household energy (kWh) consumed, although some include instantaneous power being used (kW). And the meter is usually placed where it is convenient for the utility—not for you—to read. But conservation-minded homeowners and renters can choose from several products that measure and record electricity consumption to reveal the energy hogs. The information is shown on a convenient countertop display or remotely on a Smartphone or a computer screen.
24
Title
Plasma Speaker Audio Modulated Solid State Tesla Coil
Name of Projectee
1. VARAD MOLKAR 2. AJINKYA THENGRE 3. AKHILESH RAUT 4. AKSHAY AGNIHOTRI 5. KUSHAL DEOTALE                 
Name of Guide
Mrs. Shilpa Katre, Mrs. M.L.Keote (Asst. Prof. Y.C.C.E)
Keywords
MOSFET, TESLA COIL, ANALOG
Abstract
The project explores into the acoustic qualities of Tesla Coils and the physics of sound generation. It includes the construction of a solid state Tesla Coil capable of replicating the audio production properties of a conventional speaker, as well as a unique musical interface designed to transform the coil into a non-conventional musical instrument. A tesla coil is a device used for obtaining high voltage at high frequency. The initial purpose of Nikola Tesla was to transmit energy and advances in electronics have helped people build Tesla coils that can produce music, the lightning sparks acting like a speaker. The central idea of the project is to transmit wireless electricity and produce sound without using any speakers. The software’s which we are using are L.T.Spice for simulation and Proteus for designing PCB.
25
Title
Gsm Based Car Theft Prevention System Using Face Recognition
Name of Projectee
1.Tushar Zade, 2.Rajas Bhagwat, 3.Aniruddh Burade, 4.Shashikant Tule, 5.Aman Raghuwanshi
Name of Guide
Dr.Vivek Kapur
Keywords
GSM, MATLAB, Face Recognition
Abstract
Automotive theft has been a persisting problem around the world and greater challenge comes from professional thieves. This paper deal with the design and development of a theft control system for an automobile which is being used to prevent and control the theft of vehicle. The developed system makes use of a embedded system based on GSM technology and image processing. Design and developed system is installed in vehicle. Here, GSM links owner’s mobile with his car engine by means of message. This unit compares the driver’s image with the default owner’s image and generate output if they are unmatched. Response from owner ceases the engine immediately. Driver’s captured image can also be used for further police investigation. The main intention of this project is to reduce car theft attempts
26
Title
Smart Door Locking System
Name of Projectee
1. Shreya Pant  2. Mohini Akhare  3. Ashwini Jadhav, 4. Rutuja Hiwase 5. Akshay Sable
Name of Guide
Prof. Poonam Agarkar,  Mr. Bhushan Kalamkar
Keywords
GSM, PIR sensor, Android Applications
Abstract
Smart Home is the term commonly used to define a residence that uses a home controller to integrate the residence's various home automation systems. The most popular home controllers are those that are connected to a Windows based PC. In our research we presenting a part of smart home technology which using GSM, so it will more easy and efficient to use. It also based on Android application. The concept door locking and unlocking system uses GPRS to open and close the door using android application. In addition to this security will be provided in case any unauthorized access. The main aim of this project is to provide security to homes, offices, etc. the system automatically locks the door as soon as it receives predefined message from the user. The user will have to first register. His information will be stored in the database. Whenever the message will be received for the registered number, the controller will accordingly give instruction to the electric lock. In case of unauthorized access,PIR sensor will sense the action and send the alert message to the registered user using GSM module. 
27
Title
Blind Spot Detection Using Ultrasonic Sensor
Name of Projectee
1. Anuja Pathak, 2. Kalyani Masram, 3. Shubham Savankar, 4. Wyomkesh Thakre, 5. Sanket Karemore, 6. Nikhil Polampalli
Name of Guide
Prof. Poonam Agarkar,                            Prof. Priyanka Ikhar
Keywords
89C51 microcontroller, RF module
Abstract
Day by day traffic density is increasing drastically. Because of which driving our vehicle in such conditions is becoming tough part. We observe so many incidents; some of them took place while overtaking. Normally on highways lot of accidents happen while overtaking. The reason behind this is, inability of driver is to see whether any vehicle is overtaking him or not due to some situations. There are Blind Spots on both sides of vehicle where the vehicle which is overtaking is not visible in the side mirrors and also not visible directly. These Blind Spots are mostly the reason of accidents. As driver doesn’t come to know about overtaking vehicle and driver also changes its lane at the same time. So to avoid this, we are designing a system in which there will be sensors placed on the both side of vehicle which keep checking for any vehicle is there or not in Blind Spot. If any vehicle is detected in the Blind Spot, driver will be immediately alarmed by buzzer as well as lights. Similarly the driver entering different zones will be detected and alert will be given to the driver by displaying zone. By this Driver can take respective care while driving in the particular zone.
28
Title
Automatic Irrigation System
Name of Projectee
1.HimanshuMeshram,  2.Gaurav Umredkar,  3.PayalDhanore, 4.TejashreeLaxne
Name of Guide
Prof. Ashish Charbe
Keywords
Atmega 328, Irrigation
Abstract
Irrigation is the method in which a controlled amount of water is supplied to plants at regular intervals for agriculture. It is used to assist in the growing of agricultural crops, maintenance of landscapes, and revegetation of disturbed soils in dry areas and during periods of inadequate rainfall. Additionally, irrigation also has a few other uses in crop production, which include protecting plants against frost, suppressing weed growth in grain fields and preventing soil consolidation. In contrast, agriculture that relies only on direct rainfall is referred to as rain-fed or dry land farming.Irrigation systems are also used for dust suppression, disposal of sewage, and in mining. Irrigation is often studied together with drainage, which is the natural or artificial removal of surface and sub-surface water from a given area.Irrigation has been a central feature of agriculture for over 5,000 years and is the product of many cultures. Historically, it was the basis for economies and societies across the globe, from Asia to the Southwestern United States.
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