INDEX

LIST OF FIGURES

LIST OF TABLES

UNDERTAKING ABOUT ORIGINALITY OF WORK………………………i

ABSTRACT

CHAPTER 1

INTRODUCTION

1.1 INTRODUCTION

1.2 OBJECTIVE

1.3 PROBLEM SPECIFICATION

1.4 LITERATURE SURVEY

1.5 PLAN OF WORK

1.6 MATERIAL /TOOLS REQUIRED

CHAPTER 2

DESIGN: ANALYSIS, DESIGN METHODOLOGY AND IMPLEMENTATION STRATEGY

2.1 DESIGN METHODOLOGY

2.1.1 BLOCK DIAGRAM

2.1.2 FLOW CHART

2.2 COMPONENT DETAILS

2.2.1 ARDUINO MEGA2560

2.2.2 GSM/GPRS MODULE

2.2.3 GPS MODULE

2.2.4 ACCELEROMETER SENSOR

2.2.5 MATRIX KEYPAD 4X4

2.2.6 LCD DISPLAY 16×2

2.2.7 ELECTRIC LOCK

2.2.8  L293D MOTOR DRIVER

2.2.9 PUSH BUTTON

2.2.10 ARDUINO IDE SOFTWARE

2.3 BUSINESS MODEL CANVAS

2.3.1 KEY PARTNERS

2.3.2 KEY ACTIVITIES

2.3.3 VALUE PROPOSITION

2.3.4 CUSTOMER RELATIONSHIPS

2.3.5 CUSTOMER SEGMENTS

2.3.6 KEY RESOURCES

2.3.7 CHANNELS

2.3.8 COST STRUCTURE

2.3.9 REVENUE STREAMS

CHAPTER 3

IMPLEMENTATION

3.1 IMPLEMENTATION

3.2 WORKING

3.3 TEST RESULTS

CHAPTER 4

SUMMARY OF PROJECT

4.1 APPLICATION

4.2 ADVANTAGE

4.3 FUTURE SCOPE

REFERENCES:

Research Paper:

Websites:

APPENDIX……………………………………………………37

APPENDIX A…………………………………………………38

Periodic Progress Reports (PPR)……………………………………38

APPENDIX B…………………………………………………54

BUISNESS MODEL CANVAS……………………………………54

LIST OF FIGURES

Figure 2.1.1 Block Diagram

Figure 2.1.2(a) Flow Chart (Normal Routine)

Figure 2.1.2(b) Flow chart (Emergency Button)

Figure 2.1.3(c) Flow chart  (Accelerometer)

Figure 2.2.1 Arduino Mega2560

Figure 2.2.2 GSM/GPRS Module

Figure 2.2.3(a) GPS Module

Figure 2.2.3(b) Determing Position Using Three Satellite

Figure 2.2.4 Accelerometer Sensor

Figure 2.2.5(a) Matrix Keypad 4X4

Figure 2.2.5(b) Matrix Keypad Internal Connection

Figure 2.2.6(a) LCD Display 16×2

Figure 2.2.6(b) LCD Connection

Figure 2.2.7 Electric Lock

Figure 2.2.8 L293D Motor Driver

Figure 2.2.9 Push Button

Figure 2.3 Business Model Canvas

Figure 3.1 Connection

Figure 3.3(a) Test result of project

Figure 3.3(b) Test result of project

Figure 3.3(c) Test result of project

Figure 3.3(d) Test result of project

Figure 3.3(e) Test result of project

Figure 3.3(f) Test result of project

Figure 3.3(g) Test result of project

LIST OF TABLES

Table 1.5 Plan Of Work

Table 1.6 Materials/Tools Required

Table 2.2.1 Technical specification

Annexure 2

ABSTRACT

This project is about providing secured transportation for liquid materials. In this project, GPS and GSM are used as a core technology with hardware control by Arduino/Microcontroller. A liquid transportation tank will be equipped with GPS tracking module. GPS will continuously monitor the location of system. As soon as tanker comes in geo-location system will further allow pass to the next step of authentication. System will allow the user to enter the password. After matching it allows to operate the lid lock and dispensary valve box lock. Through text message GSM module will send a message to the owner of tanker containing liquid material as the lock gets open which acts as alert to the owner.

Accelerometer is used for monitoring speed of the vehicle and gives alert to the driver if speed is increased beyond predefined speed limit. GSM module sends the location of tanker , speed and lock status at regular interval and help in monitoring the tanker. GSM module is used to provide authentication of lock in emergency cases. In emergency cases, like failure of vehicle, lock can be opened if owner and client both send the message “EMERGENCY_OPEN”. This project can be used for secured transportation mainly for petroleum products, chemicals products and for milk.

1.1 INTRODUCTION

Presently, the theft of costly and rare materials is very prone to theft and tampering during transportation .Petroleum is one of them. In the present situation, while transporting the oil and petroleum products we haven’t introduced any security system in the vehicle. Hence, it leads the theft or adulteration of product by the unauthorized access of tanker. In india there are such many cases of petroleum product thefts have been reporting. On a normal, everyday on the route of Nepal Oil Corporation to Baitalpur of India about 10,500 litres of petroleum product are theft. This is just one such example of petroleum theft which results in adulteration in petroleum products as well.

To solve such problem, we are introducing an advanced security system in the vehicle which is used for transportation of chemical and petroleum products. In this project arduino mega2560 board is used for processing data. By making use of both GPS and GSM/GPRS technologies it avoids the intermediate access to the petroleum products during transportation. To provide additional security in this project matrix Keypad 4×4 is used. Thus, the human intervention is eliminated while transportation and is capable of being accessed only at the source or the destination. At the source or the destination system allow user to enter valid password and allow accessing the lock. System will alert the owner when lock gets opened. Additionally, accelerometer is used for speed monitoring of vehicle. If driver increase speed than the predefined speed, system will give warning to the driver to reduce the speed of vehicle.

1.2 OBJECTIVE

Our main goal is to provide a secured transportation for liquid materials of valuable products and stop adulteration in product which increases quality of products. Objective is to introduce a system which will reduce the theft of liquid material during transportation by using arduino mega2560 microcontroller board with GPRS/GSM module and GPS module.  System will allow the user to access the lock at predefined geo-location only by entering valid pass-code which will alert the owner.

1.3 PROBLEM SPECIFICATION

• Currently , truck tanker locking system based on geo-location is not available.
• Speed monitoring system with alert is not available.
• Presently, Mechanical locking system is present which can be open by unauthorized person.
• Data logging system is not present in  tanker which keeps record of location at regular interval , status of lock , speed of vehicle.

1.4 LITERATURE SURVEY

1. Puneeth Rao, Aravind Rao,“ Location Based Locking System for Transportation” ,     International Journal of Engineering and Techniques – Volume 1 Issue 6, Jan – Feb 2016

• In this project lock of container will open at pre-defined location only.
• As the lock of container are opened an alert message is send to the owner of container.

The limitation of project is

•  It does not provide on demand current location.
• It does not the user to shifting the material from one container to other when it was not in geo-fencing.

2. Farhan Ramju , Ramadhani S. Sinde , Shubi Kaijage , “Development and Testing of Adaptive  Vehicle Speed Monitoring System integrated with Alcoholic Detector for Public Buses”, International Journal of Computer Applications (0975 – 8887) – Volume 127 – No.7, October 2015

• This system monitors the speed of vehicle.
• Alcoholic detector is used to detect whether the driver is drunk or not.
• It warns the driver to reduce the speed and send message to nearest police if driver is found drunk.

3. Mangesh Kolaskar, Aniket Chalke, Madhura Borkar, Kedar Naik, Dr. B.K Lande & Prof. Varsha Suralkar , “ Real Time and Offline GPS Tracker Using Arduino”, (IJIR) Vol-2, Issue-5, 2016

•  In this paper  it describe  real time and offline GPS tracker using Arduino.
• As user makes a call on the number on registered number in GSM shield attached to Arduino, user receives the location coordinates and at the same time data will get stored continuously on SD card.

4. Mr. Pawale S. R. , Mr. M. M. Bokare , Dr. V. M. Thakare , Dr. Mrs. Sadhana Chidrawar,  “Low Cost SMS Based Vehicle Tracking System Using Android” ,  International Journal of Application or Innovation in Engineering & management (IJAIEM) Volume 4, Issue 4, April 2015

• In this system owner  just send  message to the vehicle  and the system  will send you the vehicle current location in the form of web link.
•  User need to click on that link which redirects you  to Google map and  show the vehicle current location .

5. R.Ramani, S.Valarmathy, Dr. N.SuthanthiraVanitha, S.Selvaraju, M.Thiruppathi, R.Thangam, “Vehicle Tracking and Locking System Based on GSM and GPS”, I.J. Intelligent Systems and Applications, 2013, 09, 86-93

• In this system when the vehicle is theft , owner can stop the engine by sending  the stop message .
• Engines of the vehicle cannot start until the owner will send the correct pass-code in the message.

1.5 PLAN OF WORK

Table 1.5 Plan Of Work

SR.NO	WORKDONE	EXPECTED DATE	FINAL DATE
1	Identify the purpose of work plan	06/2/2017	06/2/2017
2	Literature survey	07/2/2016	09/7/2017
3	Finalization of  Components	09/2/2017	13/7/2017
4	Purchasing of Remaining Component	14/2/2017	14/8/2017
5	Making Block Diagram	21/2/2017	21/2/2017
6	Business Model Canvas	28/2/2017	06/3/2017
7	Testing Components	06/3/2017	09/3/2017
8	Coding in Arduino IDE	14/3/2017	28/3/2017
9	Implementation of hardware and software	28/3/2017	31/3/2017
10	Testing System	03/4/2017	04/4/2017
11	Patent Drafting Exercise	11/4/2017	13/4/2017
12	Making of 8th Semester Project Report	13/4/2017	15/4/2017

1.6 MATERIAL /TOOLS REQUIRED

Table 1.6 Materials/Tools Required

Sr. No.	Components
1.	GSM/GPRS module
2.	GPS module
3.	Accelerometer
4.	LCD display 16×2
5.	Keypad 4×4
6.	Electronic locks
7.	Jumper
8.	Buzzer
9.	L293D motor driver
10.	Arduino IDE software

2.1 DESIGN METHODOLOGY

The methodology is the general research strategy that outlines the way in which research is to be undertaken and, among other things, identifies the methods to be used in it.

In this project contain several feature like geo-fencing, keypad based password authentication, alert message when lock gets open, speed monitoring , unlocking of lock in emergency cases . Arduino mega 2560 micro-controller board is used to communicated with different components like GSM,GPS, accelerometer sensor, keypad, LCD display. Arduino mega process the input data and give required output.

GPS module and accelerometer sensor are used as input device for micro-controller. GPS is used to obtained co-ordinates .It is used to create a geo-fencing of location. As the system enter in geo-fencing keypad will allow the user to enter password for authentication.. After successful authentication user can access the lock of the tanker.

GSM is used to send and receive the message. It alerts the owner when user opens the lock. It is used to open the lock remotely in emergency cases. It sends the data given by the accelerometer and lock status of tanker to the owner at regular interval. Accelerometer is used for speed monitoring and helps driver to maintain the speed limit of truck . If driver increase speed buzzer will starts and if speed not reduce within 2 min over speed message is send to the owner and client with speed and location.

For the safety of driver, push button provided in the system, In an emergency if driver push the push button a message containing  text “EMERGENCY  with location” is send to the owner.so that help is provide to the driver to solve the problem .

2.1.1 BLOCK DIAGRAM

Mobile Unit in Truck Tanker GPS Module ARDUINO MEGA2560 Push Button Electric Lock Buzzer Accelerometer LCD Display 16×2 Numeric Keypad 4×4                   GSM/GPRS Module     Control unit

Figure 2.1.1 Block Diagram

In this project arduino mega2560 microcontroller board is used. It requires 5v dc to work. Arduino mega 2560 is used for processing data . 12V and 5V power supply used that can be obtained from the battery of vehicle. 12 V is given to the GPS module. GPS is used as input device which will provide coordinates of location. It is used to create a geo-fencing.

GSM/GPRS is used to send and receive the alert or messages. GSM/GPRS module requires 9V-12V to work. In emergency cases it provide authentication  to open the lock. Both GSM requires two only pin Rx and Tx to transmit and  received the data with common GND pin.

Electric lock is connected to external 12V supply. Numeric keypad  is used as input device to enter password display in geo-location.5V power supply is used for accelerometer and LCD. LCD display is used to see the message by microcontroller.

Accelerometer is used to monitor speed of vehicle .As the speed of vehicle increased by pre-defined speed buzzer start and display warning to reduce the speed of vehicle. Push switch is used in emergency situation by driver. Electric lock is used to lock the lid of tanker and dispenser valve box. Client can open the lock in emergency situation by send the message “EMERGENCY_OPEN” from the authorized mobile number.

2.1.2 FLOW CHART

(NORMAL ROUTINE)

 NoNo No

                                                                                     Yes

                                                                  No

Yes

                                                               No

   Yes

Figure 2.1.2(a) Flow Chart (Normal Routine)

Flow chat (Emergency Button)

Figure 2.1.2(b) Flow chart (Emergency Button)

Flow chat (Accelerometer)

Figure 2.1.3(c) Flow chart  (Accelerometer)

2.2 COMPONENT DETAILS

2.2.1 ARDUINO MEGA2560

Figure 2.2.1 Arduino Mega2560

Arduino Mega2560 microcontroller board is based on ATmega2560. Arduino is a simple i/o board with microcontroller.Arduino can be used to develop a interactive objects that connect to arduino software on your computer using a cable.Arduino IDE is  an open-source software used to program the arduino.Arduino mega is compatible with all existing shield.Arduino has a support community that makes task easy to work with embedded electronics.Arduino IDE Software comes with several sample examples which make task easy to work with arduino. It contains everything needed to support the microcontroller; simply connect it to a computer with a USB cable or power it with a AC-to-DC adapter or battery to get started.

Technical Specification

Table 2.2.1 Technical specification

Microcontroller	ATmega2560
Operating Voltage	5V
Input Voltage (recommended)	7-12V
Input Voltage (limit)	6-20V
Digital I/O Pins	54(of which 15 provide PWM output)
Analog Input Pins	16
DC Current per I/O Pin	20 mA
DC current for 3.3V Pin	50 mA
Flash Memory	256 KB of which 8 KB used by Bootloader
SRAM	8 KB
EEPROM	4 KB
Clock Speed	16 MHz
LED_BUILTIN	13
Length	10152 mm
Width	53.3 mm
Weight	37 g

2.2.2 GSM/GPRS MODULE

Figure 2.2.2 GSM/GPRS Module

GSM/GPRS module is used to send and receive the message. It supports frequency two frequency band 900MHz/1800 MHz It can be use with any sim operator. Power requirement ranges from 9V-12V.  In this GSM/GPRS module we need to connect only two pin from Rx and Tx to the Arduino Tx and Rx respectively. It can communicate easily with the shield using the “AT”commands.

LIST OF COMMANDS:

TO CHANGE SMS SENDING MODE:

AT+CMGF=1

TO CHANGE SMS RECEIVING  MODE:

AT+CMGR=1

TO MAKE A VOICE CALL:

ATD9876543210;

TO RECEIVE INCOMING CALL:

ATA

TO CHECK SIMCARD STATUS:

AT+CPIN?

TO SHOW UP AN INCOMING CALL:

AT+CLIP

TO HANG UP CALL:

ATH

TO DELETE MESSAGE:

AT+CMGD=1

2.2.3 GPS MODULE

Figure 2.2.3(a) GPS Module

Global Positioning System is a receiver unit which process the signals received from minimum four GPS satellites and performs necessary calculations in order to determine it’s current position and for Navigational purpose.

GPS module receives the signal “Almanac” & “Ephemeris” data transmitted from GPS satellites.GPS uses satellite as reference nodes and computes their position with data provided by satellites themselves.Atleast three satellites are needed to determine location of GPS receiver on earth.By using three satellite signals will provide two dimensional determination and by using four or more satellites we can get absolute 3D position.

GPS will collect data from three or more satellites and by using triangulation method in which time and position of satellite are considered and calculations are done,and with respect to it Location of GPS receiver is determined.

Figure 2.2.3(b) Determing Position Using Three Satellite

GPS abbreviated as Global Positioning System. It provides location and time information. The concept of GPS is based on time & known position of certain satellites. The satellites contain stable Atomic clocks which are synchronized with each other and with ground clocks. Any shift from true time maintained on the ground is corrected regularly. Likewise, the satellite locations are determined with great precision. GPS receivers have clocks; and are basically not synchronized with true time, and are less stable. GPS satellites continuously send its current time and position. A GPS receiver monitors multiple satellites and solves equations to determine the precise location of receiver and its deviation from true time. At least, four satellites must be in range of the receiver in order to compute unknown quantities. In our project we are using it to find coordinates of vehicle and for geo fencing application to prevent liquid material from unauthorized access.

2.2.4 ACCELEROMETER SENSOR

Accelerometer sensor electromechanical device which measures acceleration forces like static force, dynamic force such as caused by moving or vibrating accelerometer and constant gravitational force  of pulling at your feet.

when an acceleration is applied to a device the developed force displaces the mass with respect to Newton’s second law(F=m*a).there is a small mass etched in silicon surface in IC suspended by tiny beams .the beams act as spring and fluid act as damper which results in lumped physical system of second order.

An Accelerometer sensor is a device which calculates acceleration. Accelerometer is used to measure vehicle acceleration. It can measure vibration on cars, process & control systems and safety installations. They can also measure machine vibration, inclination and speed with or without the influence of gravity

Figure 2.2.4 Accelerometer Sensor

2.2.5 MATRIX KEYPAD 4X4

Figure 2.2.5(a) Matrix Keypad 4X4

Matrix keypads comprises of four rows and four columns to provide button states to the host device, typically a microcontroller. Inside it there is a pushbutton, which has one end connected to a row, and the other connected to a column. It is used to enter pass code in our project.

Figure 2.2.5(b) Matrix Keypad Internal Connection

Key Specifications

Maximum Rating: 24 VDC, 30 mA

• Interface: 8-pin access to 4×4 matrix
• Operating temperature: 32 to 122 °F

(0 to 50°C)

Dimensions:

Keypad, 2.7 x 3.0 in (6.9 x 7.6 cm)

Cable: 0.78 x 3.5 in (2.0 x 8.8 cm)

2.2.6 LCD DISPLAY 16×2

Figure 2.2.6(a) LCD Display 16×2

Figure 2.2.6(b) LCD Connection

A liquid crystal display (LCD) is a flat, thin display device made up of any number of monochrome or color pixels arrayed in front of a light source or reflector. Each pixel consists of a column of liquid crystal molecules suspended between two transparent electrodes, and two polarizing filters, the axes of polarity of which are perpendicular to each other.  Without the liquid crystals between them, light passing through one would be blocked by the other. The liquid crystal twists the polarization of light entering one filter to allow it to pass through the other.

For an 8-bit data bus, the display requires a +5V supply plus 11 I/O lines. For a 4-bit data bus it only requires the supply lines plus seven extra lines. When the LCD display is not enabled, data lines are tri-state and they do not interfere with the operation of the microcontroller.

The LCD also requires 3 control lines from the microcontroller:

1. Enable (E)

This line allows access to the display through R/W and RS lines. When (E) line is high, the LCD checks the state of the two control lines and responds accordingly. When this line is low, the LCD is disabled and ignores signals from RS and R/W.

2. Read/Write (R/W)

This line determines the direction of data between the LCD and microcontroller. When it is high, data is read from the LCD. When it is low, data is written to the LCD.

3. Register select (RS)

With the help of this line, the LCD interprets the type of data on data lines. When it is low, an instruction is being written to the LCD. When it is high, a character is being written to the LCD.

2.2.7 ELECTRIC LOCK

Figure 2.2.7 Electric Lock

Electronic Lock is used to provide keyless locking solution for cabinets of vehicles . It can be mounted horizontally or vertically which can it easy and flexible installation. The Electronic lock is made using motor and gear mechanism .There is a lock status pin in lock which give lock status. The electronic lock is robust, energy saving, cost efficient, easy to install and suitable for one or multiple locking applications.

2.2.8  L293D MOTOR DRIVER

Figure 2.2.8 L293D Motor Driver

L293D is a typical Motor driver or Motor Driver IC which allows DC motor to drive on both direction.L293D is a 16-pin IC which can control a set of two DC motors simultaneously in either direction. It means that with single L293D IC you can control two DC motor . Motor is used in lock to move the shaft in and out in this system.

L293D comprises two inbuilt H-bridge driver circuits. In its common mode of operation, two DC motors can be driven at the same time, both in forward and reverse direction. The motor operations of two motors can be controlled by input logic at pins 2 & 7 and 10 & 15. The corresponding motor will stop if input logic is 00 or11. Motor will rotate it in clockwise and anticlockwise directions, if logic 01 and 10 will respectively.

To start operate motor, enable pins 1 and 9 (corresponding to the two motors) must be high for motors. The associated driver gets enabled when an enable input is high. As a result, the outputs become active and work in phase with their inputs. Similarly driver is disabled, when the enable input is low and their outputs are off and in the high-impedance state.

2.2.9 PUSH BUTTON

Figure 2.2.9 Push Button

Push button is a small 2 pin SPST button switch. It is useful in bread board circuit as reset button in microcontroller. It is also known as mini switch, tactile key, tactile switch or mini push button switch. In this project it is used as interrupt switch.

2.2.10 ARDUINO IDE SOFTWARE

Arduino IDE is open-source software. It is used to program the arduino board. It comes with preloaded examples which make easy to use arduino with software. It is available for Windows, MAC OS X and Linux.

2.3 BUSINESS MODEL CANVAS

Figure 2.3 Business Model Canvas

2.3.1 KEY PARTNERS

• Our key partners include the chemical & petroleum industries from whom we obtained the information about the techniques used by Thieves to steal the products from containers during Transportation.

• We also received details of the types of vehicles used so that we can get clear idea about the Implementation of our project.

• We received GPS Module from the manufacturer “ublox” which would be used to obtain Location co-ordinates.
• We received GSM Modem from its manufacturer “SIMCOM” which will be used for communication purpose.

• We will use Arduino Mega 2560 controller board from its manufacturer “Arduino”.

2.3.2 KEY ACTIVITIES

• Our Key Activities includes the soldering and mounting components.
• Interfacing the Modules with controller board.
• Cutting metal sheet and making the lock.
• The Testing of the system.

2.3.3 VALUE PROPOSITION

• Our system solves the customer’s problem by ensuring security to its Valuables.
• Our system is Reliable and is more Accurate with its cost effectiveness.

2.3.4 CUSTOMER RELATIONSHIPS

• For effective Adaption of our system we will provide personal Assistance to customers.
• We will also provide the Helpline number in case of any need Arises.

2.3.5 CUSTOMER SEGMENTS

• Our product can be used by all petroleum Industries & chemical companies.

2.3.6 KEY RESOURCES

• Our key resources include components such as Arduino board, GPS Module, GSM Modem.
• Man Power will be required for Assembling of parts, Making Customized lock, wiring etc.

2.3.7 CHANNELS

• We will do Marketing of our product by sales Executives, Banners, social Media, television Advertisements.

2.3.8 COST STRUCTURE

• Arduino Mega :- Rs. 800/-
• GSM Modem:-Rs. 800/-
• GPS Module:-Rs. 1200/-
• Keypad Matrix:-Rs. 130/-
• Accelerometer:-Rs. 120/-
• LCD display 16×2:-Rs. 130/-
• Lock:-Rs. 2000/-
• L293D IC :-80
• Making cost:-Rs. 1500/-
• Total cost:-Rs.6778/-

2.3.9 REVENUE STREAMS

• Our Revenue generation will be executed by selling the product.
• On Demand services.
• Maintenance charges.

3.1  IMPLEMENTATION

Figure 3.1 Connection

3.2  WORKING

(Normal Routine)

The process starts with the owner sending message which contains the “Location co-ordinates of both the source & destination” to the registered number. Then controller board will process the location co-ordinates obtained through SMS and it will set the Geo-fencing area of both the source & destination location. Now controller will monitor the location through GPS module, and if the vehicle is in Geo-fencing area then only it will allow the user to enter the pass-code. After the pass-code is entered it will check whether the pass-code is matched or not. If the entered pass-code is matched then it will allow the user to access the Lock of container. Now as the lock gets opened by user, it will send the message “Lock opened at co-ordinate” to the owner and client both. Arduino will send the message with location of vehicle, lock status & speed of vehicle on regular 30 min of interval.

(Push Button)

The process starts with the driver of vehicle pressing the “Push Button “in some emergency situations such as accidents. By pressing the push button the normal routine is stopped and the system sends the message “EMERGENCY” along with vehicle’s current location through GSM modem to the owner. Further the owner can take the appropriate actions.

(Speed Monitoring)

Accelerometer will continues gets the speed of vehicles. As soon  as speed of vehicle increase from the predefined speed ,buzzer will start alerting the driver to reduce speed and also display over speeding message on LCD display .If driver don’t reduce with 3 min controller send the message to the owner with speed and location  so that necessary action can be taken.

3.3  TEST RESULTS

Figure 3.3(a) Test result of project

Figure 3.3(b) Test result of project

Figure 3.3(c) Test result of project

Figure 3.3(d) Test result of project

Figure 3.3(e) Test result of project

Figure 3.3(f) Test result of project

Figure 3.3(g) Test result of project

4.1 APPLICATION

The GPS fencing based secured transportation for liquid material finds its   applications

in the present transportation scenario for:

• Oil and petroleum transportation
• Chemical Transportation
• Milk transportation vehicles

It also can be used for the following:

• Couriers
• Transportation of confidential government and company documents.
• Military and defense applications.

4.2 ADVANTAGE

• Theft of liquid material is reduced.
• Regular information of tanker during transportation can be obtained.
• Speed  monitoring of the vehicle can be done .
• Intermediate access and adulteration of product can be stop.

4.3 FUTURE SCOPE

• We will add data logger module to record information like speed, lock status, gps location at regular interval.

REFERENCES:

Research Paper:

1. Puneeth Rao, Aravind Rao,“ Location Based Locking System for Transportation” ,     International Journal of Engineering and Techniques – Volume 1 Issue 6, Jan – Feb 2016.

2. Farhan Ramju , Ramadhani S. Sinde , Shubi Kaijage , “Development and Testing of Adaptive  Vehicle Speed Monitoring System integrated with Alcoholic Detector for Public Buses”, International Journal of Computer Applications (0975 – 8887) – Volume 127 – No.7, October 2015

3. Mangesh Kolaskar, Aniket Chalke, Madhura Borkar, Kedar Naik, Dr. B.K Lande & Prof. Varsha Suralkar , “ Real Time and Offline GPS Tracker Using Arduino”, (IJIR) Vol-2, Issue-5, 2016

4. Mr. Pawale S. R. , Mr. M. M. Bokare , Dr. V. M. Thakare , Dr. Mrs. Sadhana Chidrawar,  “Low Cost SMS Based Vehicle Tracking System Using Android” ,  International Journal of Application or Innovation in Engineering & management (IJAIEM) Volume 4, Issue 4, April 2015

5. Arjun .M ,Manojkumar .M ,Subburaj .S, Venkatesh .T,” Digital Vehicle Locking System Using GSM” , International Journal of Emerging Technology and Innovation in Engineering(IJETIE) Volume 1, Issue 3, March 2015

Websites:

1.          http://www.circuitstoday.com/interface-gsm-module-with-arduino
2.          https://www.arduino.cc/en/Tutorial/HelloWorld
3.          http://arduiniana.org/libraries/tinygpsplus

APPENDIX A

Periodic Progress Reports (PPR)

Student Name : Bhagat Mahek Hitendrabhai

Enrollment No : 130860111003

PPR1

 

1. What Progress you have made in the Project ?

I have interfaced GSM Module with Arduino mega 2560 to recieve message and parsing message to control relay.

2. What challenge you have faced ?

Problem to decoded the sender mobile number.

3. What support you need ?

Required guidance to decode the sender mobile number.

4. Which literature you have referred ?

Vehicle Tracking and Locking System Based on GSM and GPS

Comment by Internal Guide :

None

Comment by HOD :

good work

PPR2

 

1. What Progress you have made in the Project ?

I have interfaced 4×4 keypad matrix module with arduino to enter the password .

2. What challenge you have faced ?

Faced problem to clear the previously enter password which creates problem in matching newly entered password.

3. What support you need ?

Requires material to understand all types of loops.

4. Which literature you have referred ?

Digital Vehicle Locking System Using GSM

Comment by Internal Guide :

None

Comment by HOD :

good work by students

PPR3

1. What Progress you have made in the Project ?

I have interfaced GPS module and decoded the latitude and longitude . I have also decoded mobile number of received message from GSM module so that authorized user only get acess to the system.

2. What challenge you have faced ?

Facing problem in creating Geo-Fencing area.

3. What support you need ?

Requires guidance about Geo-fencing.

4. Which literature you have referred ?

Low Cost SMS Based Vehicle Tracking System Using Android

Comment by Internal Guide :

good work

Comment by HOD :

None

PPR4

1. What Progress you have made in the Project ?

Project completed.

2. What challenge you have faced ?

Faced difficulties in interfacing GPS module and GSM module on same arduino at a time.

3. What support you need ?

–

4. Which literature you have referred ?

–

Comment by Internal Guide :

good work

Comment by HOD :

None

Student Name : Bhandari Jinesh Jitendra

Enrollment No : 130860111004

PPR1

1. What Progress you have made in the Project ?

I have interfaced GSM Module with Arduino mega 2560 to recieve message and parsing message to control relay.

2. What challenge you have faced ?

Problem to decoded the sender mobile number.

3. What support you need ?

Required guidance to decode the sender mobile number.

4. Which literature you have referred ?

Vehicle Tracking and Locking System Based on GSM and GPS

Comment by Internal Guide :

None

Comment by HOD :

good work

PPR2

1. What Progress you have made in the Project ?

I have interfaced 4×4 keypad matrix module with arduino to enter the password .

2. What challenge you have faced ?

Faced problem to clear the previously enter password which creates problem in matching newly entered password.

3. What support you need ?

Requires material to understand all types of loops.

4. Which literature you have referred ?

Digital Vehicle Locking System Using GSM

Comment by Internal Guide :

None

Comment by HOD :

good work by students

PPR3

1. What Progress you have made in the Project ?

I have interfaced GPS module and decoded the latitude and longitude . I have also decoded mobile number of received message from GSM module so that authorized user only get acess to the system.

2. What challenge you have faced ?

Facing problem in creating Geo-Fencing area.

3. What support you need ?

Requires guidance about Geo-fencing.

4. Which literature you have referred ?

Low Cost SMS Based Vehicle Tracking System Using Android

Comment by Internal Guide :

good work

Comment by HOD :

None

PPR4

1. What Progress you have made in the Project ?

Project completed.

2. What challenge you have faced ?

Faced difficulties in interfacing GPS module and GSM module on same arduino at a time.

3. What support you need ?

–

4. Which literature you have referred ?

–

Comment by Internal Guide :

good work

Comment by HOD :

None

Student Name : Bhandari Nirmalkumar Bhupendrabhai

Enrollment No : 130860111005

PPR1

1. What Progress you have made in the Project ?

I have interfaced GSM Module with Arduino mega 2560 to recieve message and parsing message to control relay.

2. What challenge you have faced ?

Problem to decoded the sender mobile number.

3. What support you need ?

Required guidance to decode the sender mobile number.

4. Which literature you have referred ?

Vehicle Tracking and Locking System Based on GSM and GPS

Comment by Internal Guide :

None

Comment by HOD :

good work

PPR2

1. What Progress you have made in the Project ?

I have interfaced 4×4 keypad matrix module with arduino to enter the password .

2. What challenge you have faced ?

Faced problem to clear the previously enter password which creates problem in matching newly entered password.

3. What support you need ?

Requires material to understand all types of loops.

4. Which literature you have referred ?

Digital Vehicle Locking System Using GSM

Comment by Internal Guide :

None

Comment by HOD :

good work by students

PPR3

1. What Progress you have made in the Project ?

I have interfaced GPS module and decoded the latitude and longitude . I have also decoded mobile number of received message from GSM module so that authorized user only get acess to the system.

2. What challenge you have faced ?

Facing problem in creating Geo-Fencing area.

3. What support you need ?

Requires guidance about Geo-fencing.

4. Which literature you have referred ?

Low Cost SMS Based Vehicle Tracking System Using Android

Comment by Internal Guide :

good work

Comment by HOD :

None

PPR4

1. What Progress you have made in the Project ?

Project completed.

2. What challenge you have faced ?

Faced difficulties in interfacing GPS module and GSM module on same arduino at a time.

3. What support you need ?

–

4. Which literature you have referred ?

–

Comment by Internal Guide :

good work

Comment by HOD :

None

Student Name : Patel Priyankkumar Ashvinbhai

Enrollment No : 130860111042

PPR1

1. What Progress you have made in the Project ?

I have interfaced GSM Module with Arduino mega 2560 to recieve message and parsing message to control relay.

2. What challenge you have faced ?

Problem to decoded the sender mobile number.

3. What support you need ?

Required guidance to decode the sender mobile number.

4. Which literature you have referred ?

Vehicle Tracking and Locking System Based on GSM and GPS

Comment by Internal Guide :

None

Comment by HOD :

good work

PPR2

1. What Progress you have made in the Project ?

I have interfaced 4×4 keypad matrix module with arduino to enter the password .

2. What challenge you have faced ?

Faced problem to clear the previously enter password which creates problem in matching newly entered password.

3. What support you need ?

Requires material to understand all types of loops.

4. Which literature you have referred ?

Digital Vehicle Locking System Using GSM

Comment by Internal Guide :

None

Comment by HOD :

good work by students

PPR3

1. What Progress you have made in the Project ?

I have interfaced GPS module and decoded the latitude and longitude . I have also decoded mobile number of received message from GSM module so that authorized user only get acess to the system.

2. What challenge you have faced ?

Facing problem in creating Geo-Fencing area.

3. What support you need ?

Requires guidance about Geo-fencing.

4. Which literature you have referred ?

Low Cost SMS Based Vehicle Tracking System Using Android

Comment by Internal Guide :

good work

Comment by HOD :

None

PPR4

1. What Progress you have made in the Project ?

Project completed.

2. What challenge you have faced ?

Faced difficulties in interfacing GPS module and GSM module on same arduino at a time.

3. What support you need ?

–

4. Which literature you have referred ?

–

Comment by Internal Guide :

good work

Comment by HOD :

None

APPENDIX B

BUISNESS MODEL CANVAS