agriculture field monitoring
TRANSCRIPT
WIRELESS AGRICULTURAL FIELD MONITORING AND
MOTORN CONTROLLING FOR ILLETERATE FARMERS
PRESENTED BY:
K.ANUSHA(12RH1D5512)
CONTENTS
• Introduction.• Existing system.• Proposed system.• Description.• Block diagrams.• Hardware tools.• Software tools.• Conclusion.
AIM
Design and development to Monitor and control
various Agriculture parameters Using wireless sensor
networks
INTRODUCTION
• Integrating the embedded technology in the agriculture field to monitor and control various parameters.
• ECSN are mainly designed to be application specific, The energy consumption is minimum as the battery powerd nodes.
EXISTING SYSTEM
• There are many system which are used to help the farmers in agriculture field..
• All these systems are for limited distance.
• At present monitoring of parameter took place.
PROPOSED SYSTEM
• The RF module will receive the data from the sensor section and send the message to the farmers mobile.
• Controlling of parameters are designed if any threshold value crosses.
BLOCK DIAGRAM (SENSOR NODE)
Micro
Controller
Micro
Controller
Power SupplyPower Supply
2.4GHZ
Temperature Sensor
Temperature Sensor
LDR sensorLDR sensor
DC FAN FOR LDR
WATER SENSOR
WATER SENSOR
ZIGBEE ZIGBEE
RelayRelay Heating Col for Temp
Heating Col for Temp
RelaySPDT
RelaySPDT
L293DL293DMOTOR
BLOCK DIAGRAM (MONITOR NODE)
Micro
Controller
Micro
Controller
Power SupplyPower Supply2.4GHZ
LCDDisplayLCD
Display
ZIGBEE
HARDWARE TOOLS
• AT89S52• Tarang F4 RF module• Temperature, • LDR sensors• Water sensor• Max232• LCD• DC motor• Heating Coil• Relay
SOFTWARE TOOLS
• Embedded ‘C’ – Programming language• Keil Uvision – Compiler• ISP3.0 - Burning tool• Proteus 7.0 – Schematic capture
ADVANTAGES
• Remote monitoring is possible from field to formers home.
• Continuous surveillance is done through monitoring section.
• Low power consumption • Easy to install
.
APPLICATIONS
• It can be implemented in Paddy fields• Any environmental application• Industrial applications• Domestic applications.