20231128143346PM-590966446-12562812-799351622_CLT318683
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School
Arya Institute of Engineering And Technology *
*We aren’t endorsed by this school
Course
311
Subject
Information Systems
Date
Nov 24, 2024
Type
Pages
7
Uploaded by SuperHumanRaven413
11/28/23,
12:24
AM
Assessment
2:
Evaluative
Design
Solution
Report
Assessment
2:
Evaluative
Design
Solution
Report
Start
Assignment
Due
Dec
7
by
23:59
Points
100
Submitting
a
file
upload
Attempts
O
Allowed
Attempts
2
Overview
In
this
assessment,
you’ll
work
on
designing
the
solution
to
a
real-world
problem
from
a
Ubiquitous
Computing
perspective. You
will
utilise
and
evaluate
different
interaction
design
models
to
meet
real-
world
requirements
along
with
designing
a
blueprint
for
the
development
of
actual
systems.
You
will
encounter
design
issues,
design
constraints and
choices,
and
consider
how
a
part
of
your
solution
can
be
implemented
using
a
mobile
device
software
API.
Learning
Outcomes
This
assessment
covers
the
following
learning
outcomes:
LO2:
Apply
service
architecture
models
of
sensor
technology
and
sensor
networks
to
model
context
aware
and
adaptive
systems.
LO3:
Evaluate
the
efficacy
of
interaction
designs
from
ubiquitous
computing
systems.
LO4:
Justify
the
design
of
autonomous
systems
to
support
self-operation
in
dynamic
and diverse
environments.
Conditions
o
Itis
recommended
that
you
spend
25
to
35
hours
on
this
assessment.
¢
You
can
access
all
course
materials
and
any
other
resources
you
wish
to
use
as
you
work
on
this
assessment.
e
The
work
you
submit
must
be
your
own
work.
»
You
can
ask
your
lecturer
to
clarify
the
instructions
and
for
advice,
but
they
cannot
assist
you
in
completing
the
tasks
required
—
you
must
carry
out
the
tasks
yourself!
https://learn.mywhitecliffe.com/courses/1253/assignments/11144
117
11/28/23,
12:24
AM
Assessment
2:
Evaluative
Design
Solution
Report
||
Scenario
This
assessment
follows
on
from
Assessment
1.
Consider
the
scenario
that
you
have
worked
on
in
Assessment
1.
Your
proposed
Smart
Utility
System
design
has
been
accepted
by
Kainga
Ora
and
now
your
company,
Smart
Build,
has
been
contracted
to
move
to
the
next
stage
and
submit
design
options
and
plans.
Your
manager
has
asked
you
to
complete
a
report
covering
the
following
five
tasks
as
the
foundation
for
the
design
option
discussions.
Task
1:
System
Design
Design
an
overall
system
model
for
the
loT-based
Smart
Utility
monitoring
system
based
on
the
functionalities
and
requirements
mentioned
in
Assessment
1.
Your
proposed
model
must
apply
the
core
properties
and
key
features
of
ubiquitous
computing,
such
as
human-computer
interactions,
context-awareness,
adaptiveness,
intelligence,
autonomic
computing
and
mobile
computing
to
access/record
data
on
the
move.
You
must
include
these
when
designing
the
smart
devices,
services
and
sensor
technology
required
for
implementing
your
proposed
system.
Include
in
discussion
of
your
design
the
application
of
any
Al/agent
techniques
that
could
be
used
and
justify
your
motivation
for
including
them
in
the
overall
system
design.
At
this
stage
you
need
to
include
drawings
of
a
conceptual
design
for
the
loT-based
Smart
utility
monitoring
system,
not
the
implementation
or
prototype.
This
section
should
be
around
1200
words,
excluding
the
figures/diagrams.
Task
2:
Architecture
Design
Design
a
3-layered
architecture
for
your
proposed
model.
Based
on
Task
1,
apply
a
3-layered
architecture
for
your
proposed
loT-based
Smart
Utility
monitoring
system
using
sensor
technology
and
sensor
networks
to
model
a
context
aware
and
adaptive
system.
Make
sure
this
3-layered
architecture
includes
the
input,
processing,
and
output
layers.
Include
in
your
design
the
components
(i.e.,
hardware
or
software
units)
necessary
for
each
layer
to
achieve
the
desired
functionality
based
on
the
specified
requirements.
In
the
explanation
of
your
design,
justify
why
you
have
included
these
components
and
explain
how
they
perform
the
desired
system
functionalities.
This
section
should
be
around
600
words,
excluding
the
figures/diagrams.
https://learn.mywhitecliffe.com/courses/1253/assignments/11144
2/7
11/28/23,
12:24
AM
Assessment
2:
Evaluative
Design
Solution
Report
Task
3:
Data
Acquisition
Explain
how
you
will
get
data
from
the
physical
sensors/devices
deployed
in
the
environment.
Draw
a
diagram
showing
how
to
interface
different
I/O
devices
or
components
with
Arduino
microcontroller.
Explain
how
to
apply
the
sensors/devices
used
in
the
environment
to
supply
the
data
to
the
system.
This
section
should
be
around
400
words,
excluding
the
figures/diagrams.
Task
4:
System
Implementation
Describe
and
evaluate
how
a
part
of
your
system
application
can
be
implemented
using
a
mobile
device
software
API
such
as
Android.
Using
a
mobile
device
software
API,
such
as
Android,
demonstrate
how
a
part
of
your
Smart
Utility
System
application
can
be
implemented
and
evaluate
the
design
implications
of
using
this
device
software
and
its
overall
efficacy.
Please
note,
this
does
not
mean
implementing
the
application
but
relating
your
application
design
model
to
specific
device
APIs,
to
explain
how
the
main
part
of
your
design
could
be
implemented
using
the
APIs
/
programming.
This
section
should
be
around
500
words,
excluding
the
figures/diagrams.
Task
5:
Autonomous
Learning-based
System
Convert
your
Smart
Utility
System
into
an
autonomous
learning-based
system.
The
people
living
in
Social
Housing
will
have
different
lifestyles
and
health
requirements.
Your
Smart
Utility
Design
needs
to
explore
how
the
system
can
learn
and
respond
accordingly
to
the
needs
of
the
people
living
in
the
home.
Think
about
how
you can
convert
your
Smart
Utility
System
design
into
an
autonomous
system
that
can
learn,
a
learning-based
system.
Provide
a
block
diagram
to
show
the
autonomous
learning-based
system,
then
discuss
and
justify
the
changes
to
your
proposed
Smart
Utility
System
design
that
will
support
autonomous
operation
in
the
real-life
dynamic
and
diverse
social
housing
environment.
This
section
should
be
around
500
words,
excluding
the
necessary
figures/diagrams.
Submission
Instructions
https://learn.mywhitecliffe.com/courses/1253/assignments/11144
37
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11/28/23,
12:24
AM
Assessment
2:
Evaluative
Design
Solution
Report
Work
through
each
of
the
tasks
below.
When
you
are
done,
upload
all
of
the
assessment
documents
to
Canvas.
Success
Criteria
You
are
required
to
obtain
a
minimum
of
50%
of
the
total
available
marks
to
be
successful
in
this
assessment.
The
assessment
will
be
marked
according
to
the
rubrics
below.
Please
take time
to
read
it.
You
are
allowed
a
maximum
of
two
attempts.
The
maximum
percentage
to
be
awarded
on
a
second
assessment
attempt
is
50%.
This
written
assessment
contributes
to
70%
of
the
final
course
grade.
Declaration
By
submitting
your
work,
you
are
indicating
that
you
agree
to
the
following
declaration:
"The
work
presented
in
this
assessment
is
to
the
best
of
my
knowledge
original,
except
as
acknowledged
in
the
text,
and
the
material
has
not
already
been
submitted,
either
in
whole
or
in
part,
for
any
academic
award
at
this
or
any
other
tertiary
institution.
|
promise
not
to
share
this
assessment
in
part
or
whole
with
any
other
student
at
Whitecliffe
or
outside
this
campus.”
IT8106
A2:
Evaluative
Design
Solution
Report
https://learn.mywhitecliffe.com/courses/1253/assignments/11144
4/7
11/28/23,
12:24
AM
Criteria
Task
1:
System
Design
Model
Task
2:
3-
Layered
Architecture
Design
Task
3:
Data
Acquisition
20
to
>16.0
pts
Detailed,
professional
design
model
demonstrates
critical
application
of
many
core
properties
and
key
features
of
ubiquitous
computing,
modelling
a
context
aware
and
adaptive
system.
There
is
in-depth
discussion
and
mstifisationpts
pretvideg
fppihes
3pRYsation
of
Al
teehnnLgy,
teiae
HOSGSNAHSI
Hation
ef
thpwystem.
Processing
and
Output
layers.
All
required
components
are
clearly
labelled
and
included
in
each
layer.
There
is
in-depth
justification
for
20dexpRogtion
of
Biagynn/oReNAN}
ihdasdnleisely
show
interface
between
different
I/O
devices
or
components
and
Arduino
microcontroller.
A
detailed
discussion
gives
and in-depth
explanation
of
the
application
of
the
Assessment
2:
Evaluative
Design
Solution
Report
Ratings
16
to
>13.0
pts
A
coherent
design
model
demonstrates
application
of
the
main,
core
properties
and
key
features
of
ubiquitous
computing,
modelling
a
fairly
context
aware
and
adaptive
system.
There
is
discussion
and
justification
for
1thecappdiggiien
of
Apprebrishasr
tesrAddbewell,
vrsiRiasHaBR
application
of
Input,
Processing
and
Output
layers.
The
key
required
components
are
included
in
each
layer.
Explanations
of,
and
justifications
for,
the
use
of
components
in
¢0qb
R0
P8
prayidatds
show
interface
between
different
I/O
devices
or
components
and
Arduino
microcontroller.
The
discussion
is
brief
but
explains
the
application
of
the
sensors/devices
used
in
the
https://learn.mywhitecliffe.com/courses/1253/assignments/11144
13
t0
>10.0
pts
An
adequate
design
model
demonstrates
reasonable
application
of
some
core
properties
and
key
features
of
ubiquitous
computing,
modelling
a
system
that
it
limited
in
its
context-awareness
and
adaptiveness.
13here1ig.bipited
Agistes
siemand/or
siisd#ication
for
thj‘
tHigsluYguathise
liinithg
system
appfitgftion
of
Input,
Processing
and
Output
layers.
Some
key
components
are
missing
in
each
layer.
Explanations
of,
and
justifications
for,
the
use
of
TR0t
BRAjrdayler
are
soia@Rhat
shows
interface
between
different
1/0O
devices
or
components
and
Arduino
microcontroller.
The
discussion
is
too
brief
or
missing
key
information.
It
shows
limited
10
to
>0
pts
Little
to
no
attempt
to
produce
a
design
model
with
any
clear
application
of
the
core
properties
and
key
features
of
ubiquitous
computing.
The
system
model
fails
to
be
context-
aware
or
10adardipesand/
Literetieris
no
attefiapers
pply
seflifsiuss
Al
tedRABOGYEMany
Input,
Processing
and
Output
layers
are
not
identified
or
missing.
The
required
components
are
not
included.
Explanations
are
irrelevant
to
the
design
or
10isstr@pidhere
is
DNa
guishific
akion
Areyiigdatioufot
dhewanef
iARSPRRBHYENBen
Ifocielayes
or
components
and
the
Arduino
microcontroller.
Little
to
no
attempt
to
discuss
the
application
of
the
sensors/devices
Pts
20
pts
20
pts
20
pts
5/7
11/28/23,
12:24
AM
Criteria
Task
4:
System
Implementation
Task
5:
Autonomous
Learning-
based
System
sensors/devices
used
in
the
ehraridémtso
BupriRetABYata
to
finfailadem.
description
of
the
implementation
of
part
of
the
System
using
a
mobile
device
software
APL.
Comprehensive
evaluation
of
the
design
implications
and
efficacy
of
using
this
device
software
is
provided,
with
a
eI
Whts
cdionalsidgr
the
ehwssigisoftware
derhansecitisdhe
dffiplativentation
POPeRRI8ion
of
the
Smart
Utility
System
into
an
autonomous
learning-based
system.
An
extensive,
clearly
labelled,
well
designed
block
diagram
shows
the
autonomous
learning-based
system.
Detailed
explanation
and
a
well-reasoned
justification
are
provided
about
the
changes
that
can
be
made
to
the
proposed
Smart
Utility
System
design
to
support
Assessment
2:
Evaluative
Design
Solution
Report
Ratings
environment
to
understanding
of
|
supply
the
datato
|
the
#feteyxtéf.pts
dérsorided
RS
Mostly
accurate
Liviied
ang/or
description
of
the
|
PRGIRMment
implementation
of
|
daarshHiew
afdpe
part
of
the
yuplarantatientne
System
using
a
gfPaxhof
the
mobile
device
software
APL.
Reasonable
evaluation
of
the
design
implications
and
efficacy
of
using
this
device
software
is
provided,
with
some
rationale
fob
tae>alyor
s
sRéevigand
agemointthtes
igiespdation
RIéRe&Rsion
of
the
Smart
Utility
System
into
an
autonomous
learning-based
system.
A
good
block
diagram
is
provided
to
show
the
Autonomous
learning-based
system.
Reasonable
explanation
and
justification
are
provided
about
the
changes
that
can
be
made
to
the
proposed
Smart
Utility
System
design
to
support
autonomous
operation
in
the
https://learn.mywhitecliffe.com/courses/1253/assignments/11144
System
using
a
mobile
device
software
API.
Design
implications
are
identified
but
insufficiently
evaluated.
Rationale
for
choosing
the
software
and
agsaeiatedlo
pts
inqpasyegiation
PY¥IRGAdtrates
ugelprifKRANMBK
to
arguestiginal
Smart
Utility
Design,
but
its
conversion
into
an
autonomous
learning-based
system
lacks
clarity.
The
block
diagram
is
too
brief
or
missing
key
information.
The
changes
suggested
and
justification
provided
to
support
them
lack
key
details
or
reasoned
argument,
and
only
briefly
consider
the
new
system’s
autonomous
operation
in
the
used
in
the
environment
or
W
#eth@pirupply
kladeans
the
ayferoRt.
to
describe
the
implementation
of
part
of
the
System
using
a
mobile
device
software
API.
Identification
of
the
design
implications
and
efficacy
of
using
this
device
software
is
missing
or
incomplete,
with
o
evaluation
erfptosd
i
atismRiogiven
for
hansingtthe
oflyrreratitk
ssanirtastility
imgiamentatiomn
rag®SAomous
learning-based
system.
Block
diagram
is
missing
or
poorly
executed.
Little
to
no
attempt
to
justify
changes
made
or
to
consider
the
new
system’s
autonomous
operation
in
the
real-life
dynamic
and
diverse
social
Pts
20
pts
20
pts
housingTotal
Points:
100
environment.
6/7
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11/28/23,
12:24
AM
Assessment
2:
Evaluative
Design
Solution
Report
autonomous
real-life
dynamic
real-life
dynamic
operation
in
the
and
diverse
social
and
diverse
social
real-life
dynamic
housing
housing
and
diverse
social
environment.
environment.
housing
environment.
https://learn.mywhitecliffe.com/courses/1253/assignments/11144
77