A PROJECT REPORT
ON
IMPLENTATION OF DATA MONITORING
SYSTEM IN CONTEXT WITH INDUSTRIAL 4.0
IDP project
Submitted By
Group: 15140
Sr. Name of student Enrollment No.
1. Baria Nived Jyotishbhai 150450107004
2. Patel Kruparthkumar 150450107035
3. Patel Utsavkumar Kiritkumar 150450107040
4. Pujari Kavitabahen Rajubhai 160453107007
in
Academic Year: 2018-19
In partial fulfilment for the award of the degree of
BACHELOR OF ENGINEERING
in
Computer Engineering
Shri S’ad Vidhya Mandal Institute of Technology, Bharuch-392001
Gujarat Technological University, Ahmadabad
Guided by:
Mrs. Jignasa Patel
(Faculty Guide)
Prof. Nital Prajapati
Head of the Department
I
CERTIFICATE
This is to certify that project work embodied in this report entitled
“IMPLEMENTATION OF DATA MONITORING SYSTEM IN CONTEXT
WITH INDUSTRIAL 4.0” carried out by following students (of semester VII) at Shri
S’ad Vidhya Mandal Institute of Technology, Bharuch [045] for partial fulfilment of
Bachelor of Computer Engineering degree to be awarded by Gujarat Technological
University. This work has been carried out under our supervision and it is up to our
satisfaction.
Sr. Name of student Enrollment No.
1. Baria Nived Jyotishbhai 150450107004
2. Patel Kruparthkumar 150450107035
3. Patel Utsavkumar Kiritkumar 150450107040
4. Pujari Kavitabahen Rajubhai 160453107007
Date:
Place: S.V.M.I.T, BHARUCH
Signature and Name of Guide Signature and Name of
Head of Department
Prof. Jignasa Patel Prof. Nital Prajapati
SVM Institute of Technology, Bharuch SVM Institute of Technology, Bharuch
II
EXAMINER’S CERTIFICATE OF APPROVAL
This is to certify that project work embodied in this report entitled
“IMPLEMENTATION OF DATA MONITORING SYSTEM IN CONTEXT
WITH INDUSTRIAL 4.0” carried out by following students (of semester VII) at Shri
S’ad Vidhya Mandal Institute of Technology, Bharuch [045], in partial fulfilment of the
requirement for the award of the degree “Bachelor of Engineering in Computer
Engineering” by Gujarat Technological University is hereby approved.
Sr. Name of student Enrollment No.
1. Baria Nived Jyotishbhai 150450107004
2. Patel Kruparthkumar 150450107035
3. Patel Utsavkumar Kiritkumar 150450107040
4. Pujari Kavitabahen Rajubhai 160453107007
Date:
Place: S.V.M.I.T, BHARUCH
Signature and Name of Examiners
III
ACKNOWLEDGEMENT
We take this occasion to thank God, almighty for blessing us with his grace and taking
our endeavor to a successful culmination. We extend our sincere and heartfelt thanks to
our esteemed guide, Prof. Jignasa Patel for providing us with the right guidance and
advice at the crucial junctures and for showing us the right way.
We extend our sincere thanks to our respected Head of Department Prof. Nital
Prajapati for allowing us to use the facilities available. We would like to thank the
other faculty members also, at this occasion.
The project would not have been successfully completed without continues support,
motivation extended by friends during work. Finally, thank to Shri Sa’d Vidhya
Mandal Institute of Technology for providing us the platform to present this system.
Baria Nived Jyotishbhai (150450107004)
Patel Kruparthkumar (150450107035)
Patel Utsavkumar Kiritkumar (150450107040)
Pujari Kavitabahen Rajubhai (160453107007)
IV
ABSTRACT
Industry 4.0 is a trend of data analyzing system in industries which consist of IOT,
Cyber-Physical system and cloud computing. It is pure-automated, secured and most
efficient then industrial 3.0. It came in the effect as because previous version industry
3.0 worked on the Semi-automatic concept which means Machines were subordinated
by humans for work. In Industry the various machine's and sensor's data is stored on
daily basis which is highly dependent on human operator (worker).
And the operator stores the data manually in log book or in some application (excel),
which increase the risk data efficiency or accuracy. In some industries data recording
is done by connecting high terminal cables which is not portable and highly expensive.
To overcome this overhead load, we have decided to make a system which stores the
daily operational data on cloud Database, which makes the mechanism purely portable,
accurate, easily-accessed and cheap. The cloud data is accessed and represented in
graphical form.
V
TABLE OF CONTENTS
ACKNOWLEDGEMENT IV
ABSTRACT V
LIST OF FIGURES VII
CHAPTER 1 INTRODUCTION 1
1.1 Problem Summary
1.2 Aim and objectives of the project
1.3 Problem Specifications
1.4 Brief literature review and Prior Art Search Ab out The Project
1.5 Plan of the work
1.6 Materials/Tools Required
CHAPTER 2 DESIGN 9
2.1 Analysis
2.2 Design Methodology
2.3 Implementation strategy
2.4 canvas
2.4.1 AEIOU Summary
2.4.2 Empathy Summary
2.4.3 Ideation
2.4.4 Product Development
CHAPTER 3 IMPLEMENTATION 15
CHAPTER 4 SUMMARY OF RESULT 16
4.1 Advantages
4.2 Disadvantages
4.3 Features
4.4 Future Work Plan
CHAPTER 5 CONCLUSION 17
REFERENCES 18
VI
LIST OF FIGURES
FIGURE NO. FIGURE NAME PAGE NO
1. Paho API Structure 9
2. Usecase Diagram 10
3. Activity Diagram 10
4. Class Diagram 11
5. AEIOU Summary Canvas 12
6. Empathy Canvas 13
7. Ideation Canvas 14
8. Product Development Can C 14
9. Publisher and subscriber 15
VII
