This project is for the vehicle controlling and its positioning through GSM and GPS.
Thus we can control the different parts of a vehicle as; Switching on and off engine Door opening AC on and off ,Headlights on and off ,And through GPS we can do positioning of a vehicle. As well as controlling we can also find the position of our vehicle. we can control our car through the world and if any time we want our position of our car then we can track our car through GPS.
TABLE OF CONTENTS
CHAPTER 1
1.2. BLOCK DIAGRAM OF THE SYSTEM
1.3. WORKING OF THE SYSTEM
CHAPTER 2
HARDWARE USED
2.1. ATmega328
2.1.1. Technical specifications
2.2. Temperature sensor(LM-35)
2.2.1. Why Use LM35s To Measure Temperature?
2.2.2. What Does an LM35 Do? How does it work?
2.2.3. How Do You Use An LM35? (Electrical Connections)
2.3. Heart beat sensor
2.3.1. What do you mean by Heartbeat?
2.3.2. Two Ways to Measure a Heartbeat
2.3.3. Principle of Heartbeat Sensor
2.3.4. Working of a Heartbeat Sensor
2.4. ANALOG TO DIGITAL CONVERTER (ADC)
2.5. LCD DISPLAY(MONITOR)
2.6. GSM INTERFACE
1. Um interface
2. Abis interface
3. A interface
4. B interface
5. C interface
6. D interface
7. E interface
8. F interface
9. G interface
10. H interface
11. I interface
2.7. FEATURES AND DESCRIPTION OF HARDWARE COMPONENTS
2.7.1. TEMPERATURE SENSOR-LM35D
2.7.2. LCD DISPLAY
2.7.3. BUZZER
2.7.4. SWITCHES
2.7.5. HEARTBEAT SENSOR
2.7.6. LED(LIGHT EMITTING DIODE)
2.7.7. BLOOD PRESSURE SENSOR
2.7.8. GUI DESIGN
2.7.9. GSM MODULE
2.7.10. Microcontroller(ATmega328)
CHAPTER 3
HIGHLIGHTING FEATURES OF THE PROJECT
3.1. APPLICABLE CONDITIONS
3.2. DS1307 RTC (REAL-TIME CLOCK)
3.3. A/D CONVERTER
3.4. System Design
3.5. Design and implementation
3.6. Hardware Implementation
1) Temperature sensor:
2) Heart beat sensor:
3) Blood Pressure sensor:
4) ATmega8 Microcontroller
5) GSM Modem
CHAPTER 4
MICROCONTROLLER (ATmega328)
4.1.Key parameters for ATmega328
4.2. Introduction to ATmega32 (AVR Series) 8bit Microcontroller
4.2.1. Arduino Digital and Analog I/O Pins
4.2.2. Arduino Analog I/O
4.3. PWM – Pulse Width Modulation
4.4. APPLICATIONS
CHAPTER 5
GSM MODULE AND SENSORS
5.1 GSM MODULE
5.2 GSM Modem Principle
FACTS OF GSM MODEM:
5.3 GSM Data Calls:
5.4 SENSORS
Sensor deviations
Resolution
CHAPTER 6
RESULTS AND CONCLUSION
6.1 FUTURE SCOPE
6.2. CONCLUSION
REFERENCES