REMOWZ - Realtime Water Quality Monitoring using ZigBee based WSN (Part I)
1. REAL TIME WATER QUALITY
MONITORING USING ZIGBEE BASED
WIRELESS SENSOR NETWORK (REMOWZ)
_______________________________________________
14th February 2012
@nighthawknitin
2. Overview
• Abstract
• Introduction
• Literature Survey Proposed
• System
• Summary of S 7
• Module Split Up
• Gantt Chart
• References
3. Abstract
• System consists of a WSN, with a number of
sensor nodes with networking capability for
monitoring
• Parameters considered include – temperature,
turbidity and pH
• Reduces the overall cost, increases the flexibility
• ZigBee
4. Introduction
• Keeping our water resources always within the
domestic usage standard is a crucial task
• Industrialization .
• Thus a need for an autonomous, low cost,
reliable and flexible monitoring system
• Project focuses on the use of multiple sensors as
a device to check the level of water quality
5. Introduction
• Remote data acquisition
• Wireless sensor network is used to provide
flexibility, low cost implementation and
reliability
• ZigBee – high transmission power with a
relatively low power consumption
6. Literature Survey Proposed
• Based upon the paper in IJET ‘Water Quality
Monitoring System Using Zigbee Based Wireless Sensor
Network’
• Authors: - Zulhani Rasin and Mohd. Rizal Abdullah
• The critical situation of the polluted natural water
resources in Malaysia was the major motivation behind
the project.
• Low Cost, flexible system
7. System
Base station (Local Admin)
Embedded Module Embedded Module
(Transmission Side) (Reception Side) Online Database
Sensors
8. System
• Sensors – Temperature, turbidity and pH
• 8051 microcontroller AT89C51/AT89S52
• ZigBee – XBee Pro
• Base Station
• Desktop Application
• Online Database
• Web Application
10. Summary of S 7
• Completed the design phase
• Determined the data flow
• Designed Database required using ER Diagram
• Determined the actors and designed the ‘Use-
Case diagram’