Scalability andSemantic Sustainability
in Electronic Health Record SystemsErik Sundvall
Linköping Studies in Science and Technology. Dissertations. No 1499
Linköping Studies in Science and Technology. Dissertations. No. 1499Department of Biomedical Engineering, Linköping University
SE-581 83 Linköpingwww.liu.se
ISBN 978-91-7519-699-2
Scalability and Semantic Sustainability in Electronic H
ealth Record Systems
Erik Sundvall
2013
I
nodesgraph
visualization
terminology
information
snomed ct
querytermviz
node
layout
systems
figure
force
userstructure
drawing
available
prototype
number
semantic
zooming
queries
focus
different
system
relations
links
terminologies
interactive
icd
graphs
focused
example
edge
complex
text
templates
simulation
set
methods
medical
manually
tasks
doi
data
tool
task
swedish
steps
search
screen
results
prefuse
possible
navigation
java
algorithms
added
multiple
work
users
treestermcoll
slider
sizeshow
sets
root
rendering
reduce
readability
rdf
purple
perform
overview
ontology
view
modified
labels
improvements
improve
fields
field
exploration
expandedexemplified
development
details
crossings
context
concepts
colours
climb
application
II
conc
eptsinterest
common
graph
snom
ed ct
set
terminology
concept
term
viz
prototype
infor
mation
sets
ehrstr
uctu
re
parentsgraphs
clinical
system
visualization
supp
ort
nodes
overview
example
js
focus lcp
least
child
ren
shown
merge
d
imple
mente
d
featu
res
compa
rabil
ity
list
links
shows
hiera
rchic
al
cont
ext
conpart
many
view
toolk
it
terms
terminological
templa
tes
templa
te
study
structures
purposes
pare
nt
node
labels
javas
cript
different
data
cons
isten
t
comple
x
card
iovas
cular
application
web
findin
gs
vessel
providepres
ente
d
point
multiple
illus
tratio
n
graphical
red
explo
ratio
n
enha
nce
cont
entbrowsers
blood
ancestors
tool
visualized
usag
e
types
trunk
sourcereuse
anat
omica
l
resu
lts
project path
ways
visua
lizing
order
open
numbe
r
navigating
mouse
manua
lly
link
inputillustrating
highli
ghte
d
hierarchies
graphic
futu
re
explo
re
comple
xity
appli
catio
ns
appearance
retri
eval
IIIterminology
archetypesnomed ct
archetypesopenehr
editorsystems
information
mostbindingclinical
results
bindings
model
papermodels
content
structure
coordination
tools
system
nodes methods
terms
ehr
view
mapping
integrated
node
user
tool
visualization
termviz
post
definition
concept
text
related
mappings
health
graph
external
concepts
candidate
ontologies
reference
logicalterminologies
support
umls
semantic
presented
nhs
modelling
term
lexical
integration
general
formal
descriptions
bind
specifications
types
semiselecting
resources
reduced
process
methodology
list
language
interoperability
future
format
formalism
exploration
electronic
different
developed
design
data
created context
bound
automatic
approach
applications
matches
urls
suggestions
specified
sources
similar
shared
set
selected
search
round
representations
relations
record
query
queries
publication
processing
pre
order
number
modeller
medical
meaning
uk
interface
intended
inclusion
hierarchy
help
given
free
find
filtering
fields
explored
existing
entries
designed
currently
containing
cfh
care
called
body
automated
assist
application
IVehrdatahttp
id
openehr query
example
system
contribution
systemsrest
queriesserver
time
implem
entation
user
liu eee
uriaql
storagedesign
archetype
client
database
patientcomponents
version
architecture
web
single
object
rm
information
xml
objects
java
content
uris
resources
codeget
access
language
parts
template
cacheusers
multi
interfacebookm
ark
archetypes
builder
performance
support
servers
distributed
clients
work
caching
application
path
cb
terminology
resource
post
network
sharding
javascript
html
component
shared
level
versioned
response
mechanism
s
clinicalsolutions
source
record
queryingmessaging
headerfuture
entry
created
calls
service
stored
request
interfaces
gui
format
developers
templates
prototyping
structures
open instance
implementations
form
contributions
change
versions
specification
value
url
target
section
reference
parameters
log
instances
implemented
ehrs
designed
xquery
comm
it
control
state
results
requests
order
identified
field
details
committer
changes
changed
automatically
returned
development
trigger
records
project
model
lists
health
structure
decision
databases
creating
combined
cases
transfer
updated
type
static
set
sent
scale
representational
reduce
protocol
possibly
pathspart
pages
number
media
links
fields
examples
etag
devices
creation
create
browser
brokers
bookmarking
c
within
tree
table
stomp
specifications
sha
semantics
se
scaling
run
result
representations
real
rather
programming
posted
patients
overout
org
modified
message
mechanism
manuscript
make
made
logged
link
json
included
include
frameworks
formats
contains
containing
constraints
computers
com
cachedvariable
build
benefits
appendix
addition
we
well
valuesvalidation
usage
two
technical
retrievalresearch
redirection
provide
processing
particular
overview
named
metadata messages
versioning
long
iso
help
healthcare
headers
g
filefetched
event
environment
distribution
considered
comm
and
architectural
allows
additional
main
which
view
valid
uses
under
their
t
summ
aries
sharing
scalability
resulting
requested
representation
read
proposed
production
process
potentially
optimized
operations
necessary
methods
limited
keep
interesting
graphical
given
files
fetches
features
fast
efficient
during
due
do
default
corresponding
clinicians
certain
calling
bookmarks
availability
applications
analysis
aims
according
shows
www
wide
who
upgrade
updates
update
those
things
test
supplied
studies
store
specified
small
skeleton
simple
similar
working
share
shard
served
separation
security
rules
return
relevant
rapid
q
provides
privacy
population
pointing
pointers
partly
our
V
xml
databasetimesqueries
openehr
response
databases
data
ehrarchetype
siscolo
id
records
epidemiological
systemsexam
node
results
querytime
examsitems
cytological
basex
order
number
documents
population
histological
size
performance
relational
mysql
eee
sedna
archetypesclinical
value
result
performed
patient
existehrs
study
set
dataset
record
persistence
instance
health
generated
db
space
context
cells
berkeley
rm
magnitude
version
slower
obs
model
table
evaluation
datasets
created
approach
women
wide
type
stores
run
return
research
original
namespace
mechanism
long
liu
large
http
declarecom
position
aql
indexes
xquery
start
scenario
reference
queryingpatients
multi
level interval
individual
stored
hoc
events
evaluated
document
described
corresponding
contains
ad
about
www
xsi
tables
system
store
sql
sizes
short
requirements
realistic
production
processaccess
orders
open
observation
models
modelling
meaning
lesions
language
java
intervals
information
included
important
implem
entation
ids
histologyhealthcare
head
gbytes
example
electronic
domain
designed
deep
containing
compliant
compared
classes
changes
cervical
care
anonymized
perform
VIopenehrarchetypearchetypes
data
clinicalrm
model
ehr
examplesystems
semantics
structuresystem
templates
tools
parts
learning
time
technical
learn
entry
teach
reference user
difficult
describe
structures
hard
design
information
approach
models
learners
examples
editor
survey
understandquestions
tool
classes
health
approaches
users
reuse
queries
perspective
people
part
overview
metaphors
lego
language
discussions
common
xml
attributes
useful
class
template
specs
specifications
set
process
paths
teaching
observations
form
environment
diagrams
details
constraints
paper
understanding
type
terminology
software
simple
query
point
level
knowledge instance
help
graphical
focus
feeder audit
editors
development
developers
context
content
complex
building
defined
uml
patient
participations
maximal
instruction
informatics educators
easier
domain
properties
date
contain
combined
clinicians
clinicianblocks
architecture
am
action
study
suggestions
subject
state
rules
reusability
requirements
representations
record
read
qualitative
attribute
observation
object
number
names
modifying
kashfi
issues
interface
im
heard
gummer
further
foundation
figure
explain
evaluation
especially
documents
decision
dataset
create
contexts
concepts
concept
composition
community
comments
bricks
background
practical
VII timeearth
visualization
data
informationevents
environment
view
openehr
map
facets
region
prototyping
images
usernotes
http
approach aggregation
system
polar
navigationentry
usability
different
visual
systems
paper
axis
zoom
users
methods
timelines
studies
space
www
overviews
overview
timeline
linear lab
interaction
clinical
body
approaches
placemark
web
summ
arized
shown
showing
see
represented
regions
records
maps
health
future
ehrs
display
detailed
create
content
combined
clinergy
circle
between
aspects
aroundinteresting
would
text
structured
show
select
relating
recording
record
plots
patients
parts
order
open
medical
labels
ways
interest
image
history
graphical
features
event
entries
electronic
efficient
current
color clinicians
charts
categoriescamera
archetype
