5. ABSTRACT
This project is developed to measure the faults in the structured
things which are caused by the small cracks and bending's.
Because of these small cracks and bending's the structured things
undergoes the very dangerous destruction and lots if life can be
in harms. This project also aims in showing the capability of
wireless sensors and its robustness.
6. MOTIVATION AND OBJECTIVE
Motivation:
• Our project [Real Time Visualization of Structured Things ] is used to provide
a facility of real time monitoring for man made things.
• It makes possible to get faults in the man made things which can cause the
hazards or destruction.
• It provides the online facility to get physical data from the sensors to the cloud
and then it is processed and given to client front end application for further
analysis.
Objective:
• The main objective of our project is to know the faults and damages in the structured
things which cause the hazards and save the life of the common peoples.
8. EXISTING SYSTEM
• The existing system is associated with traditional sensors which
have problems in installing and keeping their cables in proper
working condition.
• The failure detection of one component is very hard and rebuilding it
takes heavy manpower which is time consuming and cost ineffective.
• They required huge chunks of power and connecting wires to make
the system working.
9. DISADVANTAGES IN EXISTING
SYSTEM
• Requires huge power to make the system functional.
• Uses long and expensive wire set to connect the components with each other.
• Lose of data occurs due to frequent disconnection of components.
• Entire system was mechanical.
• Hard to make changes.
• The system was not robust.
10. PROPOSED SYSTEM
• In our proposed system we are using totally wireless system.
• The up time of our system is 24/7 because of its low power consumption and its
robustness.
• The traditional sensors and microcontroller are not used in our system since they are
not flexible and ineffective.
• The data is transferred with the help of the Wi-Fi module to the cloud and further
the data is processed and shown to the users.
11. ADVANTAGES OF PROPOSED
SYSTEM
• Totally wireless system.
• Less connections are required.
• Less power consumption.
• More flexible, robust and efficient.
• Fast data transfer and high processing power.
• Accessible anywhere where internet is available.
13. ARCHITECTURE OF THE SYSTEM
Cloud
Webpage
Android App
Structured Things
Physical Data
Processed Data
Mems
sensor
Vibration
sensor
Microcontroller
Wi-Fi
14. MODULES OF THE SYSTEMS
User Module:
• With sensors we are creating digital nervous system.
• Incorporated to measure physical quantities
• Interconnects the physical and digital world
• Collects and process the real time information(Reports)
• Report generation
• Capturing of periodic sensory data
• Data Analytics (Extracts relevant information from massive amount of raw data)
• Streaming Analytics (Process real time data)
• Ensures security and privacy of data.
15. Gateway and the network Module:
• Robust and High performance network infrastructure.
• Supports the communication requirements for latency, bandwidth or security.
• Allows multiple organizations to share and use the same network independently.
SENSOR MODULE:
• Provides a user interface for using the system.
• Sense the physical data from the structured things and provides all the data
to cloud for further analysis.
17. UML DIAGRAMS
• The Unified Modeling Language allows the software engineer to express an analysis
model using the modeling notation that is governed by a set of syntactic semantic and
pragmatic rules.
• A UML system is represented using five different views that describe the system from
distinctly different perspective. Each view is defined by a set of diagram, which is as
follows:
30. ADVANTAGES OF THE SYSTEM
• Totally wireless system.
• Less connections are required.
• Less power consumption.
• More flexible, robust and efficient.
• Fast data transfer and high processing power.
• Accessible anywhere where internet is available.
31. DISADVANTAGE'S OF THE SYSTEM
• Requires internet connection all the time.
• Heavy load may leads to slow the system a little bit.
• Weather conditions also effect the signal quality.
33. TESTING RESULTS:
Test Case ID Test Case Name Test Case Description Expected value Actual value Result
Tc #1
Hardware
Check all the hardware are
working or not.
All must be working
condition
All the hardware were
working.
Pass
Tc #2
Check all the hardware are
taking input and giving output
All must give accurate
output and input.
The result are checked
based on input and
output.
Pass
34. CONCLUSION
• Thus we have proposed a wireless effective system to sense the real time
data from the physical structures things with the help of MEMS and vibration
sensor.
• By implementing this we can know the unhealthy part of the physical things
and the errors which are present in them and save or stop the many
dangerous hazards.
35. FUTURE WORKS
• Using GSM modules for bad weather conditions.
• For illiterate users we can put alarms and gates on the structured things.
• Using more powerful AWS cloud for analyzing the data.
