XCSE75 – INTERNET OF THINGS
COURSE
CODE
COURSE NAME
XCSE75
INTERNET OF THINGS
C:P:A = 3:0:0
COURSE OUTCOMES
L
T
3
L
3
DOMAIN
0
T
0
P
C
0
3
P H
0
3
LEVEL
CO1
CO2
CO3
CO4
Understand the fundamentals of IoT
Cognitive
Understand
Understand the Standardization Protocol for IoT
Cognitive
Understand
Understand the concepts of Web of Things.
Cognitive
Understand
Understand the concepts of Cloud of Things with Cognitive
Understand
emphasis on Mobile cloud Computing.
CO5
Understand
the
collaborative
production Cognitive
Understand
environment
UNIT I INTRODUCTION
9
Definitions and Functional Requirements –Motivation – Architecture - Web 3.0 View of
IoT– Ubiquitous IoT Applications – Four Pillars of IoT – DNA of IoT - The Toolkit
Approach for End-user Participation in the Internet of Things. Middleware for IoT: Overview
-Communication middleware for IoT –IoT Information Security.
UNIT II IOT PROTOCOLS
8
Protocol Standardization for IoT – Efforts – M2M and WSN Protocols – SCADA and RFID
Protocols – Issues with IoT Standardization – Unified Data Standards – Protocols – IEEE
802.15.4 – BACNet Protocol – Modbus – KNX – Zigbee Architecture – Network layer –
APS layer – Security.
UNIT III WEB OF THINGS
10
Web of Things versus Internet of Things – Two Pillars of the Web – Architecture
Standardization for WoT– Platform Middleware for WoT – Unified Multitier WoT
Architecture – WoT Portals and Business Intelligence. Cloud of Things: Grid/SOA and
Cloud Computing – Cloud Middleware – Cloud Standards – Cloud Providers and Systems –
Mobile Cloud Computing – The Cloud of Things Architecture.
UNIT IV IOT MODELS
9
Integrated Billing Solutions in the Internet of Things Business Models for the Internet of
Things - Network Dynamics: Population Models – Information Cascades - Network Effects Network Dynamics: Structural Models - Cascading Behavior in Networks - The Small-World
Phenomenon.
UNIT V APPLICATION
8
The Role of the Internet of Things for Increased Autonomy and Agility in Collaborative
Production Environments - Resource Management in the Internet of Things: Clustering,
Synchronization and Software Agents. Applications - Smart Grid – Electrical Vehicle
Charging.
LECTURE TUTORIAL TOTAL
45
45
REFERENCES
1. The Internet of Things in the Cloud: A Middleware Perspective - Honbo Zhou – CRC
Press – 2012.
2. Architecting the Internet of Things - Dieter Uckelmann; Mark Harrison; Florian
Michahelles- (Eds.) – Springer – 2011
3. Networks, Crowds, and Markets: Reasoning About a Highly Connected World - David
Easley and Jon Kleinberg, Cambridge University Press - 2010
4. The Internet of Things: Applications to the Smart Grid and Building Automation by Olivier Hersent, Omar Elloumi and David Boswarthick - Wiley -2012
5. Olivier Hersent, David Boswarthick, Omar Elloumi , “The Internet of Things – Key
applications and Protocols”, Wiley, 2012.
Table 1. Mapping of COs with POs:
CO1
PO
1
1
PO
2
3
PO
3
0
PO
4
0
PO
5
0
PO
6
0
PO
7
0
PO8
PO9
CO2
1
CO3
0
PO
10
0
PO
11
0
PO
12
0
0
3
1
0
0
0
0
1
3
2
1
1
0
CO4
1
3
2
2
0
CO5
1
3
2
2
4
12
0
3
PSO
1
1
PSO
2
0
0
0
0
0
0
2
0
0
0
0
0
0
0
3
0
0
0
0
0
0
0
0
1
0
1
0
1
0
1
1
0
1
3
0
1
0
0
0
0
0
0
0
6
0
PO1 PO2 PO3 PO4 PO5 PO6 PO7 PO8 PO9 PO10 PO11 PO12 PSO PSO
1
2
Original
4
12 0
3
1
6
0
0
0
0
0
0
0
0
Scaled
to
0,1,2,3
scale
1
3
0
1
1
0
0
0
0
0
Performance Indicators
P1
1.1
will be able to understand the fundamental concepts of IoT
1.1.1
will know the need for IoT
1.1.2
will understand the Web 3.0
1.1.3
will understand different layers of IoT
0
0
2
0
P2
P3
P4
P5
2.1
Will understand the Standards & Protocols used for IoT
2.1.1
Will understand the BACNet protocol
2.1.2
will understand Network and APS layer
3.1
Will understand the Architecture and standardization for WoT
3.1.1
Will understand Middleware platform for WoT
3.1.2
Will understand the Cloud middleware
3.1.3
Will understand Cloud of Things Architecture
4.1
Will understand billing solutions in IoT business model
4.1.1
Will understand the network dynamics
4.1.2
Will understand the cascading behavior in networks
5.1
Will understand the collaborative production environment
5.1.1
Will understand the resource management
5.1.2
Will understand clustering and synchronization
Table 2: Assessment Template
S.No.
Task
Marks
1
CA 1
(Class
Test- 1)
CA 2
(Class
Test- 2)
CA3
CA 4End
Semeste
r
Total
15
15
15
15
20
50
20
50
2.5
10
100
100
20
2
3
4
Weigh CO
tage
1
%
7.5
CO
2
CO
3
CO
4
CO
5
7.5
Weigh
tage
Form
ative
Weig
htage
Sum
mativ
e
50
7.5
7.5
2.5
10
2.5
10
2.5
10
10
10
20
20
20
20
50
50
50
Table 3: COs Versus Real Marks
S.No.
1
2
3
4
Assessment
Type
CA 1
(Class TestDescriptive 60% + 2
Marks 20% + MCQ
20%)
CA 2
(Class TestDescriptive 60% + 2
Marks 20% + MCQ
20%)
CA3 (3) tools
CA 4- End Semester
Pattern (MCQ – 10%
+ 2 Marks 10%
Descriptive 80%)
Total
Marks Weigh
tage%
F
50
15
F
50
15
S
100
CO1
24
CO2 CO3 CO4 CO5
26
24
26
2.5
20
2.5
2.5
2.5
50
20
20
20
20
10
20
100
Table 4. Question Paper versus COs Mapping - CA 1
CA1
MCQ10x1 = 10
Type
Compulsory
Compulsory
2 marks – 5
x2=10
15 marks –
2x15 = 30
Total 50
Either or
CO1
CO2
Q.No.
Mark
Domain Level
Q.No.
Mark
Domain Level
1
2
3
1
1
1
Cog,R
Cog,R
Cog,R
7
8
9
1
1
1
Cog,R
Cog,R
Cog,R
4
1
Cog,R
10
1
Cog,R
5
1
Cog,R
6
1
Cog,R
Q.No.
Mark
Domain Level
Q.No.
Mark
Domain Level
11
12
2
2
Cog,U
Cog,U
13
14
15
2
2
2
Cog,U
Cog,U
Cog,U.
Q.No.
Mark
Domain Level
Q.No.
Mark
Domain Level
16.a
8
Cog,U
18.a
7
Cog,U.
16.b
7
Cog,U
18.b
8
Cog,U.
17.a
8
Cog,U
19.a
7
Cog,U.
17.b
7
Cog,U
19.b
8
Cog,U.
25
25
Table 5 Question Paper versus COs Mapping - CA 2
CA2
MCQ10x1 = 10
Type
Compulsory
Compulsory
2 marks – 5
x2=10
15 marks –
2x15 = 30
Either or
CO3
CO4
Q.No.
Mark
Domain Level
Q.No.
Mark
Domain Level
1
2
3
1
1
1
Cog,R
Cog,R
Cog,R
7
8
9
1
1
1
Cog,R
Cog,R
Cog,R
4
1
Cog,R
10
1
Cog,R
5
1
Cog,R
6
1
Cog,R
Q.No.
Mark
Domain Level
Q.No.
Mark
Domain Level
11
12
2
2
Cog,U
Cog,U
13
14
15
2
2
2
Cog,U
Cog,U
Cog,U.
Q.No.
Mark
Domain Level
Q.No.
Mark
Domain Level
16.a
8
Cog,U
18.a
7
Cog,U.
16.b
7
Cog,U
18.b
8
Cog, U.
17.a
8
Cog,U
19.a
7
Cog, U.
17.b
7
Cog,U
19.b
8
Cog, U.
Total 50
25
25
Table 6: Mapping Course Outcome with Assessment for CA3 (20%)
CA 3
Components
Assignment
Review Paper
Product Design
Total
Marks %
CO1
CO2
5
5
10
20
2.5
2.5
2.5
2.5
CO3
CO4
2.5
2.5
2.5
2.5
CO5
10
10
Table 7 CA 3 Rubrics – 20 MARKS
Tool 1: Assignment
Excellent
Criterion
100
Very
Good
75
Weightage: 5%
Domain
s
Good
Fair
50
25
Needs
Improv
ement
CO
s
Mar
ks
Levels
10
Submission
20%
Submitted
Submitted
on nth day
on
Submitted
on (n+1)th
day
Submitted Submitt
on (n+2)
ed on
day
(n+3)da
y after
20
20
( n-1)th day
Given
almost all
contents
Given key
points
Given
basic
contents
Given
only a
portion of
contents
Complet
ely off
track
Neat and
correct
usage of
grammar,
no spelling
mistakes,
appropriate
diagrams
used
Neat and
correct
usage of
grammar,
no spelling
mistakes,
few
diagrams
used
Few
writing
with
grammar
and
spelling
mistakes
,no
diagrams
used
Careless
writing
with
grammar
and
spelling
mistakes
Below
standard
Coherence
20%
Coherent
and
completely
organized
coherent
and
reasonably
organized
fairly
coherent
some
confusion
and
vagueness
missed
the point
complet
ely
References
20% (Text
books,
magazines,
e-references,
journals, ejournals,
NPTEL)
Sources
are cited
and are
used
critically
Sources
are cited
and some
are used
critically
Some
sources
are
missing
Sources
are not
cited
Did not
include
Content
Clarity
20%
Presentation
20%
20
1&
2
Cog(U)
20
20
Tool 2: Review Paper (5% Weightage)
Criterion
Excellent
Very Good
75%
100%
Good
Fair
50%
25%
Needs
Improvement
CO
Ma
rks
Dom
ain /
Level
50
Cog.
–
0%
Understanding,
Clarity in
presentation
50%
References 50%
Understands
the concepts
clearly and
presented
all
the
points
neatly
without
grammatical
and spelling
mistakes.
Understands
the concepts
clearly but
presented
some
the
points
neatly
without
grammatical
and spelling
mistakes.
Understands
the concepts
clearly
and
presented
some
the
points with
some
grammatical
and spelling
mistakes.
Understands
a
few
concepts
clearly and
presented
some
the
points with
many
grammatical
and spelling
mistakes.
Misunderstood
the
concepts
and
gave
wrong answer
All
latest
10 papers
referred and
cited
in
review
properly
All
10
papers
referred and
cited
in
review
properly
Not all 10 papers
No reference
papers
referred but given
referred and not cited in
cited
in review
review
properly
properly
3&4
Und.
50
Cog.
Und
Tool 3: Product Design
Excellent
100
Very Good
75
Weightage: 10%
Good 50
Satisfacto
ry 25
CO
Ma
rks
Task
Feature
Identification
(30%)
Technical design
(40%)
References
(10%)
Communication
(20%)
All features
of the product
have been
identified
correctly
Most of the
features of
the product
have been
identified
correctly
Few
features
have been
identified
correctly
One
or
two
features
only
identified
Given details
of design for
all the
features
Design
for
most of the
features
given
Design for
few of the
features
given
Design for
one or two
features
given
References
quoted
properly
Most
references
given
properly
Few
references
given
One
or
two
references
given
Good
Language,
body
language and
eye to eye
contact
Good
Language
Adequate
language
skill
Pronunciat
ion is not
clear
30
40
CO5
10
20
Dom
ains
Leve
ls
Table 8 CA 4 Mapping – 100 MARKS
CA4
MCQ 10x1=
10
2 Marks
5 x2=10
15
Marks
4x15=60
Typ
e
Co
mpu
lsor
y
100
CO2
Q.N
o.
M
ar
ks
Doma
ins /
Level
s
1
1
2
M
ar
ks
Cog-R
4
1
1
Cog-R
5
1
3
1
Cog-R
6
1
Co
mpu
lsor
y
11
2
CogU
Eith
er
or
16
a.i
8
16
a.ii
7
16
b. i
8
16
b. ii.
7
2
17.
a.i.
8
CogU
17.
a.ii.
7
Cog-
17
b. i
8
17
b.ii.
7
20
a
5
CogU
20
12
M
ar
ks
CogU
U
Co
mpu
lsor
y
Q.
No.
CO3
Q.
No
.
Eith
er
or
20
Marks
1x20=20
CO1
Dom
ains/
Leve
ls
Cog- 13
U
Cog- 18
U
U
7
8
7
Cog
Cog
Cog
U
CogU
22
Cog
U
b.ii
20
C05
Q.N
o.
M
ar
ks
Dom
ains/
Leve
ls
Q.
No.
M
ar
ks
Dom
ains/
Leve
ls
7
1
Cog
-R
8
1
9
1
10
1
Cog R
CogR
CogR
14
2
CogU
15
2
CogU
20
c
10
CogApp
Cog
-U
U
b.i
Cog- 18
Do
mai
ns/
Lev
els
Cog
-R
Cog
-R
Cog
-R
U
a.ii
Cog- 18
U
8
a.i
Cog- 18
U
2
CO4
19
a.i
8
19
b.i
7
19
a.ii
8
19
b.ii
7
20
b
5
Cog
U
Cog
U
Cog
U
Cog
U
21
Cog
Und
17
COURSE PLAN
Unit Topic Subtopic
Teaching
Method
Teaching
Aids /
Venue
Targeted
learning
domain
No.
of
Hrs.
Relation
to COs
1.1
Definitions and Functional Chalk and
Requirements
Talk
BB/ Class
Room
Cog.-R,U
1
1
1.2
Motivation – Architecture -
PPT
Cog.- R,U
1
1
1.3
Web 3.0 View of IoT–
PPT
Cog.- R,U
1
1
1.4
Ubiquitous IoT Applications
PPT
Cog.- R,U
1
1
1.5
Four Pillars of IoT
PPT
Cog.- R,U
1
1
1.6
DNA of IoT
PPT
Cog.- R,U
1
1
1.7
The Toolkit Approach for
End- user Participation in the
Internet of Things
PPT
Cog.- R,U
1
1
1.8
Middleware for IoT:
Overview -–Communication
middleware for IoT
PPT
Cog.- R,U
1
1
Cog.- R,U
1
1
1
INTRODUCTION
Slip test
using
Google
Form
9
TOTAL
2
2.1 Protocol Standardization for
IoT – Efforts
PPT
Cog.- R,U
1
2
M2M and WSN Protocols
PPT
Cog.- R,U
1
2
SCADA and RFID Protocols
PPT
Cog.- R,U
1
2
Issues with IoT
Standardization - Unified
Data Standards
PPT
Cog.- R,U
1
2
Protocols – IEEE 802.15.4
PPT
Cog.- R,U
1
2
BACNet Protocol
PPT
Cog.- R,U
1
2
Modbus, KNX
PPT
Cog.- R,U
1
2
Zigbee Architecture,
Network layer
PPT
Cog.- R,U
1
2
APS layer, Security.
PPT
Cog.- R,U
1
2
Assignment
Announcement
TOTAL
3
3.1 Web of Things versus
Internet of Things, Two
Pillars of the Web
9
PPT
Cog.- R,U
1
3
Architecture Standardization
for WoT, Platform
Middleware for WoT
PPT
Cog.- R,U
1
3
Unified Multitier WoT
Architecture
PPT
Cog.- R,U
1
3
WoT Portals and Business
Intelligence
PPT
Cog.- R,U
1
3
Cloud of Things: Grid/SOA
and Cloud Computing
PPT
Cog.- R,U
1
3
Cloud Middleware
PPT
Cog.- R,U
1
3
Cloud Standards
PPT
Cog.- R,U
1
3
Cloud Providers and
Systems
PPT
Cog.- R,U
1
3
Mobile Cloud Computing
PPT
Cog.- R,U
1
3
The Cloud of Things
Architecture
PPT
Cog.- R,U
1
Assignment Submission
10
TOTAL
4
4.1 Integrated Billing Solutions
in the Internet of Things:
Introduction, Cost involved
at various levels, benefits
Framework of billing
solution
PPT
Cog.- R,U
1
4
PPT
Cog.- R,U
1
4
Business Models for the
Internet of Things: Business
model, Business model &
innovation
Business model for various
applications
Network Dynamics:
Population Models
PPT
Cog.- R,U
1
4
PPT
Cog.- R,U
1
4
PPT
Cog.- R,U
1
4
5
Information Cascades
PPT
Cog.- R,U
1
4
Network Effects
PPT
Cog.- R,U
1
4
Network Dynamics:
Structural Models:
Cascading Behavior in
Networks
The Small-World
Phenomenon
Review Paper Submission
Product design
Announcement
TOTAL
PPT
Cog.- R,U
1
4
PPT
Cog.- R,U
1
4
5.1 The Role of the Internet of
Things for Increased
Autonomy and Agility in
Collaborative Production
Environments, Introduction,
Challenges of Networked
Enterprises
PPT
Cog.- R,U
1
5
Fundamental Concepts of
Agility and Autonomy,
Enabling Autonomy and
Agility by the Internet of
Things
PPT
Cog.- R,U
1
5
Technical Requirement for
satisfying new demands in
production logistics
PPT
Cog.- R,U
1
5
Agents for behavior of
objects, Application
Automotive TaillightsIntelligent product
PPT
Cog.- R,U
1
5
Challenges by Developing
IOT, Resource Management
in the Internet of Things:
Clustering, Synchronization
and Software
Agents:Clustering, Software
Agents
PPT
Cog.- R,U,
1
5
9
Assumptions and
Definitions, Clustering for
scalability, Software Agents
for Object Representation
PPT
Cog.- R,U
1
5
Data synchronation,
Requirements and challenges
PPT
Cog.- R,U
1
5
Applications -Smart Grid,
Electrical Vehicle Charging
PPT
Cog.- R,U
1
5
Product design submission
PPT
Cog.- R,U
1
5
TOTAL
8