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   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   5.3 PRINT (ALT + P)
   8. HOT-KEYS and ICONS TABLE
   Table of Contents
pad
pages
   3.1 EQUIPMENT
   3.2 EASY START
   4.3 LOG AND EXPORT DATA
pairs
   2.7 DATA ANALYSIS
   3.1 EQUIPMENT
   4.1 GENERAL COMMANDS
   5.4 OPTIONS
   6.3 EXCEL TABLES OF ANALYSIS VALUES
   8. HOT-KEYS and ICONS TABLE
pane
panel
   5.1 DATA (Alt + D)
   5.4 OPTIONS
paper
parameters
   2.6 TEST PROTOCOLSAND SEQUENCES
   3.2 EASY START
   5.4 OPTIONS
   6.3 EXCEL TABLES OF ANALYSIS VALUES
paresis
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   7.1 Peripheral Vestibular Loss
parkinson
parkinson’s
   2.6 TEST PROTOCOLSAND SEQUENCES
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   Table of Contents
parkinsonian
parkinsons’s
participant
particular
   2.6 TEST PROTOCOLSAND SEQUENCES
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   5.1 DATA (Alt + D)
particularly
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   5.5 HELP
parts
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.7 DATA ANALYSIS
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   3.1 EQUIPMENT
   3.2 EASY START
   4.1 GENERAL COMMANDS
   5.1 DATA (Alt + D)
passed
   4.3 LOG AND EXPORT DATA
   4.5 VIEW DATA
   5.5 HELP
passes
paste
   2.10 Analogue to digital sampled data
   2.7 DATA ANALYSIS
   4.5 VIEW DATA
   Table of Contents
pasted
   2.7 DATA ANALYSIS
   5.4 OPTIONS
path
   2.7 DATA ANALYSIS
   4.3 LOG AND EXPORT DATA
   5.4 OPTIONS
   6.3 EXCEL TABLES OF ANALYSIS VALUES
pathologic
pathological
pathways
patient’s
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   4.1 GENERAL COMMANDS
   7.5 Spino-Cerebellar Ataxia
patients
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.7 DATA ANALYSIS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   3.1 EQUIPMENT
   3.2 EASY START
   4.1 GENERAL COMMANDS
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   6.3 EXCEL TABLES OF ANALYSIS VALUES
   7.1 Peripheral Vestibular Loss
   7.2 Bilateral Peripheral Vestibular Loss. (15 SSB)
   7.3 Whiplash Associated Disorder. (60 BB)
   7.4 Simulator (Non-organic balance disorder) (226 BB)
   7.5 Spino-Cerebellar Ataxia
   7.6 Total Hip Replacement after severe osteoarthritis (316:1&2 FP4)
   7.7 Parkinsonian Disease with bilateral STN stimulators ON and OFF (4 SSB)
   8. HOT-KEYS and ICONS TABLE
   Table of Contents
patients’
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
pattern
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   3.1 EQUIPMENT
   7.2 Bilateral Peripheral Vestibular Loss. (15 SSB)
   7.3 Whiplash Associated Disorder. (60 BB)
pause
pay
   4.5 VIEW DATA
   7.6 Total Hip Replacement after severe osteoarthritis (316:1&2 FP4)
   9.4 SwayStar™ OPERATES SLOWER THAN NORMAL
pdf
   2.10 Analogue to digital sampled data
   Help for SwayStar
peak-to-peak
   2.10 Analogue to digital sampled data
   2.7 DATA ANALYSIS
   4.5 VIEW DATA
   6.3 EXCEL TABLES OF ANALYSIS VALUES
   7.1 Peripheral Vestibular Loss
pelvis
pendulum
pentium
people
per
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.7 DATA ANALYSIS
   3.2 EASY START
   5.4 OPTIONS
percent
percentage
percentile
   2.7 DATA ANALYSIS
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   4.3 LOG AND EXPORT DATA
   6.3 EXCEL TABLES OF ANALYSIS VALUES
   7.6 Total Hip Replacement after severe osteoarthritis (316:1&2 FP4)
performance
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   3.1 EQUIPMENT
   7.1 Peripheral Vestibular Loss
performs
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.7 DATA ANALYSIS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   3.1 EQUIPMENT
   3.2 EASY START
   4. OPTIMAL USE OF THE DATA ANALYSIS WINDOW AND ICON DEFINITIONS
   4.1 GENERAL COMMANDS
   4.3 LOG AND EXPORT DATA
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   7.1 Peripheral Vestibular Loss
   7.4 Simulator (Non-organic balance disorder) (226 BB)
   7.5 Spino-Cerebellar Ataxia
   7.7 Parkinsonian Disease with bilateral STN stimulators ON and OFF (4 SSB)
period
   2.7 DATA ANALYSIS
   3.2 EASY START
   5.2 RECORD (ALT + R)
   6.3 EXCEL TABLES OF ANALYSIS VALUES
peripheral
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   5.4 OPTIONS
   7.1 Peripheral Vestibular Loss
   7.2 Bilateral Peripheral Vestibular Loss. (15 SSB)
   Table of Contents
permanently
   2.6 TEST PROTOCOLSAND SEQUENCES
   9.5 Bluetooth permanently turned off.
   Table of Contents
permits
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   4.5 VIEW DATA
   5.2 RECORD (ALT + R)
   5.4 OPTIONS
   5.5 HELP
   7.1 Peripheral Vestibular Loss
person
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   3.2 EASY START
   5.4 OPTIONS
person’s
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.5 AUXILIARY TEST EQUIPMENT
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
personal
personnel
ph
phase
phenomenon
photoshop
pich
pick
pictogram
   2.7 DATA ANALYSIS
   3.2 EASY START
picture
pieterse
pin
pitch-
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.3 ANGULAR VELOCITY SENSORS MEASURING TRUNK SWAY
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.7 DATA ANALYSIS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   3.2 EASY START
   4.1 GENERAL COMMANDS
   4.5 VIEW DATA
   5.4 OPTIONS
   6.3 EXCEL TABLES OF ANALYSIS VALUES
   7.1 Peripheral Vestibular Loss
   7.2 Bilateral Peripheral Vestibular Loss. (15 SSB)
   7.3 Whiplash Associated Disorder. (60 BB)
   7.4 Simulator (Non-organic balance disorder) (226 BB)
   7.5 Spino-Cerebellar Ataxia
   Table of Contents
pitch-roll
pitch-time
pixels
placement
places
   2.10 Analogue to digital sampled data
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.7 DATA ANALYSIS
   3.1 EQUIPMENT
   3.2 EASY START
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   5.5 HELP
   8. HOT-KEYS and ICONS TABLE
   Table of Contents
places’
   3.1 EQUIPMENT
   3.2 EASY START
plane
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.3 ANGULAR VELOCITY SENSORS MEASURING TRUNK SWAY
plastic
platform
please
plotted
   2.10 Analogue to digital sampled data
   2.7 DATA ANALYSIS
   3.2 EASY START
   4.1 GENERAL COMMANDS
   4.2 PRINT DATA
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   Table of Contents
plugged
   3.1 EQUIPMENT
   3.2 EASY START
   9.5 Bluetooth permanently turned off.
plus
   2.7 DATA ANALYSIS
   3.2 EASY START
   5.1 DATA (Alt + D)
   5.4 OPTIONS
pointer
points
   2.7 DATA ANALYSIS
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   3.2 EASY START
   5.4 OPTIONS
   7.1 Peripheral Vestibular Loss
polarity
   3.2 EASY START
   5.4 OPTIONS
policies
poor
   7.1 Peripheral Vestibular Loss
   7.5 Spino-Cerebellar Ataxia
pops
populations
portable
portion
ports
   3.1 EQUIPMENT
   3.2 EASY START
   5.2 RECORD (ALT + R)
   5.4 OPTIONS
   5.5 HELP
   9.1 SENSOR FAILURE
   Table of Contents
positions
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.5 AUXILIARY TEST EQUIPMENT
   2.6 TEST PROTOCOLSAND SEQUENCES
   2.7 DATA ANALYSIS
   4.1 GENERAL COMMANDS
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.4 OPTIONS
possibility
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.7 DATA ANALYSIS
   3.2 EASY START
possible
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.6 TEST PROTOCOLSAND SEQUENCES
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   3.1 EQUIPMENT
   3.2 EASY START
   4.1 GENERAL COMMANDS
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   7.4 Simulator (Non-organic balance disorder) (226 BB)
   9.4 SwayStar™ OPERATES SLOWER THAN NORMAL
post-hoc
post-operative
   7.6 Total Hip Replacement after severe osteoarthritis (316:1&2 FP4)
   7.7 Parkinsonian Disease with bilateral STN stimulators ON and OFF (4 SSB)
post-operatively
post-traumatic
posttraumatic
postural
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   Table of Contents
posture
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.7 DATA ANALYSIS
posturographic
posturography
potential
powered
   3.1 EQUIPMENT
   3.2 EASY START
   4.4 COLLECT DATA
   5.4 OPTIONS
   9.1 SENSOR FAILURE
   9.2 TIME STAMP PROBLEM ERROR MESSAGE
pre-defined
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.6 TEST PROTOCOLSAND SEQUENCES
   2.7 DATA ANALYSIS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   3.2 EASY START
   4.1 GENERAL COMMANDS
   5.4 OPTIONS
pre-operative
pre-processed
precise
predefined
predictive
preferably
   2.5 AUXILIARY TEST EQUIPMENT
   3.2 EASY START
presence
   2.7 DATA ANALYSIS
   5.5 HELP
   7.7 Parkinsonian Disease with bilateral STN stimulators ON and OFF (4 SSB)
presentations
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
presented
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   3.1 EQUIPMENT
   3.2 EASY START
   5.5 HELP
   6.3 EXCEL TABLES OF ANALYSIS VALUES
preserve
pressed
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   3.1 EQUIPMENT
   3.2 EASY START
   4.1 GENERAL COMMANDS
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.2 RECORD (ALT + R)
   5.4 OPTIONS
   8. HOT-KEYS and ICONS TABLE
prevent
preview
   4.2 PRINT DATA
   5.4 OPTIONS
previous
   3.2 EASY START
   5.1 DATA (Alt + D)
previously
   3.2 EASY START
   5.2 RECORD (ALT + R)
   5.4 OPTIONS
prime
principles
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.6 TEST PROTOCOLSAND SEQUENCES
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
printed
   2.7 DATA ANALYSIS
   3.2 EASY START
   4.1 GENERAL COMMANDS
   4.2 PRINT DATA
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.3 PRINT (ALT + P)
   5.4 OPTIONS
   5.5 HELP
   8. HOT-KEYS and ICONS TABLE
printers
   3.1 EQUIPMENT
   4.2 PRINT DATA
   4.3 LOG AND EXPORT DATA
   5.3 PRINT (ALT + P)
   5.4 OPTIONS
   8. HOT-KEYS and ICONS TABLE
   Table of Contents
prior
   3.1 EQUIPMENT
   4.1 GENERAL COMMANDS
   5.4 OPTIONS
probability
probably
problems
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   5.4 OPTIONS
   5.5 HELP
   7.1 Peripheral Vestibular Loss
   7.2 Bilateral Peripheral Vestibular Loss. (15 SSB)
   7.4 Simulator (Non-organic balance disorder) (226 BB)
   7.5 Spino-Cerebellar Ataxia
proc
procedures
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   3.1 EQUIPMENT
   3.2 EASY START
   5.4 OPTIONS
proceed
   3.1 EQUIPMENT
   3.2 EASY START
   5.5 HELP
processes
   3.2 EASY START
   4.1 GENERAL COMMANDS
   5.1 DATA (Alt + D)
   5.4 OPTIONS
processor
produces
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   3.1 EQUIPMENT
   5.4 OPTIONS
production
programmed
programs
   1. Help – SHORT DESCRIPTION
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.6 TEST PROTOCOLSAND SEQUENCES
   3.1 EQUIPMENT
   3.2 EASY START
   4.3 LOG AND EXPORT DATA
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.2 RECORD (ALT + R)
   5.4 OPTIONS
   5.5 HELP
   6.3 EXCEL TABLES OF ANALYSIS VALUES
   8. HOT-KEYS and ICONS TABLE
   9.2 TIME STAMP PROBLEM ERROR MESSAGE
   9.3 UNABLE TO INSTALL ON A CORPORATE SYSTEM
   9.4 SwayStar™ OPERATES SLOWER THAN NORMAL
progresses
   3.2 EASY START
   5.4 OPTIONS
projects
prompted
   4.1 GENERAL COMMANDS
   9.3 UNABLE TO INSTALL ON A CORPORATE SYSTEM
properly
   3.1 EQUIPMENT
   3.2 EASY START
   5.4 OPTIONS
   9.1 SENSOR FAILURE
properties
proportional
proportions
proprioceptive
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
prosthetic
protocols
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.6 TEST PROTOCOLSAND SEQUENCES
   2.7 DATA ANALYSIS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   3.2 EASY START
   4.1 GENERAL COMMANDS
   4.4 COLLECT DATA
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.2 RECORD (ALT + R)
   5.4 OPTIONS
   5.5 HELP
   6.3 EXCEL TABLES OF ANALYSIS VALUES
   8. HOT-KEYS and ICONS TABLE
   Table of Contents
prototype
   3.1 EQUIPMENT
   3.2 EASY START
provides
   1. Help – SHORT DESCRIPTION
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.6 TEST PROTOCOLSAND SEQUENCES
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   3.1 EQUIPMENT
   3.2 EASY START
   4.3 LOG AND EXPORT DATA
   5. MAIN MENU
   5.1 DATA (Alt + D)
   5.2 RECORD (ALT + R)
   5.4 OPTIONS
   5.5 HELP
pseudo-random
psychiatry
pulled
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.7 DATA ANALYSIS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
pulse
purchasers
purposes
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   3.1 EQUIPMENT
   3.2 EASY START
   5.1 DATA (Alt + D)
   5.4 OPTIONS
put
pv

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