Department of Computer Science and Engineering
Question Bank
Course title
Course type
Course code
Teaching Hours/Week
(L:T:P)
Credits
Internet of Things(IoT)
Core
20AD603 CIE
Marks
(3:0:0)
SEE
Marks
Exam
Hours
50
50
03
Course Outcomes:
CO1:
CO2:
CO3:
CO4:
CO5:
To understand and learn Industrial IoT basics, I-IoT data flow, Industrial Protocols and apply
the knowledge of IoT. (Understanding, Application)
To develop I-IoT data flow. (Synthesis)
To learn I-IoT platform and Architecture and implement custom platforms (Comprehension,
Application)
To gain practical knowledge by using I-IoT Analytics (Synthesis)
To analyse the latest IoT techniques used in Industry- to carry out the industrial case study prepare a technical document and make a presentation (Analysis, Syntheses and Evaluation)
Q.No
UNIT-1
1.
1Discuss the technology enabling factor that have led
. to the evolution of IoT eco systems
2.
2Analyse
. i)
Similarities between IoT and I-IoT
ii)
Difference between IoT and I-IoT
3.
3With suitable diagram, demonstrate CIM pyramid
.
4.
4IoT is not just a specific technological innovation,
but radical change that will impact the whole human
society. Justify
5.
5Differentiate between
i)
Sensors and Actuators
ii)
Continuous Process and Discrete Process
6.
6With suitable diagram, explain I-IoT data flow in a
factory
7.
7Illustrate elements of an automated industrial system
with neat diagram
8.
8Discuss control and measurement systems illustrating
communication network functionalities, device and
resources
9.
9Analyze Industrial process classification with
suitable diagram
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Q.No
1With suitable diagram, demonstrate CIM pyramid
0
1Analyze how a typical automation architecture is
1represented with reference to CIM pyramid using
devices and networks
1With regard to CIM pyramid, illustrate Level 1 ,
2Level 2 and Level 3-5 networks
1With neat diagram, illustrate IIoT data flow from
3sensors to the cloud
1Discuss the following:
4i)
Edge device
ii)
Industrial IIoT data flow in the cloud
1List and explain the types of networks with regard to
5the CIM pyramid
1Define OPC. Brief the functionalities of OPC
6
With suitable diagram, Analyse I-IoT devices and
protocols in factory
Outline the measurement and actuator chain to
generate control signals with suitable diagram
Explain the characteristics of sensor in detail
Explain the characteristics of actuator in detail.
Illustrate the last control operation.
Differentiate between micro controllers and micro
processor
Illustrate the usage and features of a microcontroller
Discuss the following
i)
DCS
ii)
PLCs
Differentiate between DCS and PLCs
Derive the EPA model from OSI model and explain
in detail with suitable diagram
Analyze the complexity and functionalities of field
bus layers and protocols used in the field network
What is SCADA. Explain the characteristics of
SCADA
What is Historian. Explain the characteristics of
Historian
Discuss the following
i)
ERP
ii)
MES
What is asset model? Demonstrate S95/S88 model
with suitable diagram
Describe the equipment entities and relationships in
ISA 95 model.
Outline the usage of asset model in an LNG company
with the equipment hierarchy of S88 standard
UNIT-2
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26.
With suitable diagram demonstrate OPC layering of
OPC Classic
Analyze how OPC UA security model is
implemented though secure channel
Answer the following:
i.
Advantages and Disadvantages of PLC
ii.
Advantages and Disadvantages of SCADA
With suitable diagram demonstrate OPC UA stack
model and information model
Synthesize macro components of I-IoT edge and
Develop I-IoT edge architecture with suitable
diagrams
Answer the following:
i.
Advantages and Disadvantages of DCS
ii.
Advantages and Disadvantages of Historians
Outline the limitations of OPC Classic
Illustrate the implementation of data retrieval using
both COM and DCOM interface
What are the aims of OPC classic standard. Explain
how OPC classic works in detail
What are the aims of OPC UA standard. Explain how
OPC UA works in detail
Explain the OPC UA Security model. Give OPC
security layer representation with suitable diagram
Analyze how the data is retrieved in OPC Classic
Develop sequence diagram to establish a connection
between OPC UA client and OPC UA Server
Demonstrate I-IoT Edge Architecture with neat
diagram
Analyze strength and weakness of edge on OPC
Classic
With neat diagram illustrate OPC UA on controller
Mention the advantages and disadvantages of
SCADA
Analyze strength and weakness of edge on OPC UA
With neat diagram illustrate Edge on OPC Proxy
Mention the advantages and disadvantages of
Historian
Analyze strength and weakness of edge on field bus
set up
Mention the advantages and disadvantages of DCS
Analyze strength and weakness of edge on OPC
DCOM
Outline OPC UA notification mechanism with
suitable diagram
Illustrate the macro components of the edge with neat
diagram
Describe the important features of edge device in
detail
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27. Differentiate between
i)
IoT edge and I-IoT edge
ii)
Fog vs I-IoT edge
28. List and explain edge internet protocols
29. Why it is not possible to connect all the signals to
cloud. Give the reasons
30. Represent I-IoT data flow schema used in I-IoT
devices and protocols with neat diagram
31. With neat diagram illustrate Edge on OPC UA
32. With neat diagram illustrate Edge on OPC DCOM
33. With neat diagram illustrate Edge on fieldbus
Q.No
UNIT-3
1.
1Differentiate between ERP or e-commerce data
model and IoT asset model
2.
2Compare monolith, OSGi and microservices with
appropriate diagram
3.
3What is microservice? Demonstrate its important
features in detail
4.
4What is docker? Demonstrate its usage in detail
5.
5List and explain different types of cloud orchestrators
6.
6Illustrate end to end data flow on the I-IoT with
suitable diagram
7.
7Discuss cloud based TSDBs with any one example
8.
8Demonstrate asset registry and asset structure with
suitable example and diagram
9.
9List I-IoT analytics classifications. Compare them
10.
1Analyze how EMAs are useful in analytics
0
11.
1Analyze Monolithic, OSGI and microlithic services
1with suitable diagrams
12.
1Elaborate end to end flow of I-IoT data on the client
2side with suitable diagram
13.
1Demonstrate Kafka architecture with help of diagram
3
14.
1Analyze ERP Data model and IoT asset model with
4suitable diagrams
15.
1What is asset registry? Illustrate with suitable
5diagram an asset structure using asset hierarchy
example
16.
1Demonstrate how time series data is stored on
6Apache Cassandra
17.
Illustrate how mosquitto used as MQTT data broker
with suitable commands
18.
Demonstrate how Apache Kafka is used as a data
dispatcher
19.
Illustrate how time series data is stored on Apache
Cassandra
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20.
Demonstrate steps to build asset registry to store
asset information
Discuss pros and cons of the development platform
of I-IoT
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UNIT- 4
Outline the concept of I-IoT analytics in detail
Explain different classes of analytics in detail
Analyze how descriptive analytics is useful. Mention
and explain the techniques
Analyze how diagnostics analytics is useful. Mention
and explain the techniques
Analyze how Predictive analytics is useful. Mention
and explain the techniques
Analyze how Prescriptive analytics is useful.
Mention and explain the techniques
Illustrate the scope of CBM in prescriptive analytics
Demonstrate technologies related to I-IoT analytics
Demonstrate Analytics development workflow with
suitable diagram
Analyze how data is affected by issues and its impact
in the data analytics
Illustrate different methods of triggering analytics
Illustrate batch and streaming analytics in detail with
suitable diagram
Explain different classes of I-IoT Analytics
Demonstrate Analytics development workflow based
on Exploratory Data Analysis
Differentiate between
Marks
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Condition based analysis and interactive
analysis
ii)
Data driven model and physics-based
model
19. Demonstrate anomaly detection algorithm with ML
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Q.No
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15.
i)
ii)
Stream analysis and Batch Analysis
Analytics on the cloud and Analytics on
the edge
16. Explain I-IoT analytics technologies in detail
17. Demonstrate Open System Architecture and analyze
how it is applied to the I-IoT
18. Differentiate between
i)
Q.No
UNIT- 5
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Illustrate Industrial automation and control systems
reference model with suitable diagram
Demonstrate CPwE reference model with suitable
diagram
Discuss the importance of CPwE Resilient network
design
What is REP? Illustrate REP notification mechanism
and Reconvergence in detail
Outline factory wireless LAN architecture with
suitable diagram,
Analyze Industrial automation control protocols
Analyse how securities are applied in connected
factories
Demonstrate edge computing in the connected
factory
Illustrate Profinet bus protocol in detail
Demonstrate NAT scheme in detail
Outline the traditional methods of power generation
stages in power utility networks
Discuss any 6 tiers of grid block reference
architecture
Illustrate primary substation grid block in detail
Demonstrate traditional SCADA substation network
with serial attached RTUs with suitable diagram
Analyze IEC 61850 model with suitable diagram
Explain network resiliency protocols in the
substation with suitable diagram
Discuss substation WAN in detail
Illustrate Field Area Network grid block with suitable
diagram
Discuss smart grid security considerations
Blooms Level
Description
L1:
Remembering
L2:
Understanding
L3:
Applying
L4:
Analysing
L5:
Evaluate
L6:
Create
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