<<

a
   1. Help – SHORT DESCRIPTION
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.10 Analogue to digital sampled data
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.5 AUXILIARY TEST EQUIPMENT
   2.6 TEST PROTOCOLSAND SEQUENCES
   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
   4.2 PRINT DATA
   4.3 LOG AND EXPORT DATA
   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
   7. SAMPLE CASE HISTORIES
   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
   9.1 SENSOR FAILURE
   9.2 TIME STAMP PROBLEM ERROR MESSAGE
   9.3 UNABLE TO INSTALL ON A CORPORATE SYSTEM
   9.5 Bluetooth permanently turned off.
   Help for SwayStar
   Table of Contents
abbreviated
abbreviations
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   6.3 EXCEL TABLES OF ANALYSIS VALUES
ability
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
able
abnormal
   7.1 Peripheral Vestibular Loss
   7.2 Bilateral Peripheral Vestibular Loss. (15 SSB)
   7.3 Whiplash Associated Disorder. (60 BB)
   7.5 Spino-Cerebellar Ataxia
abnormalities
abort
about
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.5 AUXILIARY TEST EQUIPMENT
   5.4 OPTIONS
   5.5 HELP
   Table of Contents
above
   2.6 TEST PROTOCOLSAND SEQUENCES
   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
   4.4 COLLECT DATA
   5.4 OPTIONS
   7. SAMPLE CASE HISTORIES
   7.1 Peripheral Vestibular Loss
   7.5 Spino-Cerebellar Ataxia
absence
accepted
   3.2 EASY START
   4.1 GENERAL COMMANDS
   5.1 DATA (Alt + D)
accesses
   2.6 TEST PROTOCOLSAND SEQUENCES
   3.1 EQUIPMENT
   5.1 DATA (Alt + D)
accidentally
accommodate
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.5 AUXILIARY TEST EQUIPMENT
accomplished
   3.1 EQUIPMENT
   4.5 VIEW DATA
account
accuracy
accurate
accurately
achieved
   1. Help – SHORT DESCRIPTION
   2.7 DATA ANALYSIS
acknowledgement
acoustic
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   5.4 OPTIONS
acquired
   3.1 EQUIPMENT
   3.2 EASY START
   5.5 HELP
acquisition
   2.7 DATA ANALYSIS
   3.2 EASY START
   5.4 OPTIONS
across
   2.5 AUXILIARY TEST EQUIPMENT
   2.7 DATA ANALYSIS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   5.4 OPTIONS
   7.5 Spino-Cerebellar Ataxia
act
   2.5 AUXILIARY TEST EQUIPMENT
   2.6 TEST PROTOCOLSAND SEQUENCES
action
   4.1 GENERAL COMMANDS
   5.1 DATA (Alt + D)
activated
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   3.1 EQUIPMENT
   3.2 EASY START
   4.1 GENERAL COMMANDS
   4.5 VIEW DATA
   5.4 OPTIONS
   5.5 HELP
activation
active
   4.3 LOG AND EXPORT DATA
   5.1 DATA (Alt + D)
   5.2 RECORD (ALT + R)
   5.4 OPTIONS
   5.5 HELP
   8. HOT-KEYS and ICONS TABLE
activity
actual
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   6.3 EXCEL TABLES OF ANALYSIS VALUES
acute
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   7.1 Peripheral Vestibular Loss
   Table of Contents
adapter
adaptor
added
   1. Help – SHORT DESCRIPTION
   2.6 TEST PROTOCOLSAND SEQUENCES
   2.7 DATA ANALYSIS
   3.2 EASY START
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   8. HOT-KEYS and ICONS TABLE
addition
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   5.1 DATA (Alt + D)
   5.2 RECORD (ALT + R)
   5.4 OPTIONS
   7.5 Spino-Cerebellar Ataxia
additional
   3.1 EQUIPMENT
   5. MAIN MENU
   5.1 DATA (Alt + D)
   5.5 HELP
   7.5 Spino-Cerebellar Ataxia
adjacent
adjustable
adjusted
   2.5 AUXILIARY TEST EQUIPMENT
   4.5 VIEW DATA
administered
administrations
administrative
administrator
advantages
   1. Help – SHORT DESCRIPTION
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   5.2 RECORD (ALT + R)
advisable
advise
affects
   2.7 DATA ANALYSIS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   5.4 OPTIONS
   5.5 HELP
after
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.7 DATA ANALYSIS
   3.1 EQUIPMENT
   3.2 EASY START
   4.1 GENERAL COMMANDS
   5.1 DATA (Alt + D)
   5.2 RECORD (ALT + R)
   5.4 OPTIONS
   6.3 EXCEL TABLES OF ANALYSIS VALUES
   7.1 Peripheral Vestibular Loss
   7.6 Total Hip Replacement after severe osteoarthritis (316:1&2 FP4)
   9.5 Bluetooth permanently turned off.
   Table of Contents
again
   3.1 EQUIPMENT
   3.2 EASY START
   4.1 GENERAL COMMANDS
   4.5 VIEW DATA
   5.2 RECORD (ALT + R)
   5.4 OPTIONS
   7.4 Simulator (Non-organic balance disorder) (226 BB)
age-matched
ages
   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
   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)
ahead
   4.1 GENERAL COMMANDS
   5.1 DATA (Alt + D)
aid
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
air
al
alarm
alfen
all
   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.
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   3.1 EQUIPMENT
   3.2 EASY START
   4.1 GENERAL COMMANDS
   4.2 PRINT DATA
   4.3 LOG AND EXPORT 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
   9.4 SwayStar™ OPERATES SLOWER THAN NORMAL
   Table of Contents
allows
   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
allum
almost
alone
along
   2.7 DATA ANALYSIS
   3.2 EASY START
already
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   3.1 EQUIPMENT
   4.3 LOG AND EXPORT DATA
also
   1. Help – SHORT DESCRIPTION
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.10 Analogue to digital sampled data
   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
   7.1 Peripheral Vestibular Loss
   7.2 Bilateral Peripheral Vestibular Loss. (15 SSB)
   7.7 Parkinsonian Disease with bilateral STN stimulators ON and OFF (4 SSB)
   9.1 SENSOR FAILURE
   9.2 TIME STAMP PROBLEM ERROR MESSAGE
alt
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.3 PRINT (ALT + P)
   5.4 OPTIONS
   8. HOT-KEYS and ICONS TABLE
   Table of Contents
altered
   2.6 TEST PROTOCOLSAND SEQUENCES
   2.7 DATA ANALYSIS
   3.2 EASY START
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   Table of Contents
alternate
   3.1 EQUIPMENT
   5.4 OPTIONS
   7. SAMPLE CASE HISTORIES
   8. HOT-KEYS and ICONS TABLE
   Table of Contents
alternative
   2.7 DATA ANALYSIS
   3.1 EQUIPMENT
   3.2 EASY START
   5.4 OPTIONS
alternatively
   3.2 EASY START
   5.4 OPTIONS
although
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   4.1 GENERAL COMMANDS
   5.1 DATA (Alt + D)
   9.5 Bluetooth permanently turned off.
altogether
always
   5.1 DATA (Alt + D)
   5.4 OPTIONS
among
amount
   2.7 DATA ANALYSIS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
amplitudes
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.6 TEST PROTOCOLSAND SEQUENCES
   2.7 DATA ANALYSIS
   3.2 EASY START
   4.1 GENERAL COMMANDS
   6.3 EXCEL TABLES OF ANALYSIS VALUES
   7.7 Parkinsonian Disease with bilateral STN stimulators ON and OFF (4 SSB)
an
   2.10 Analogue to digital sampled data
   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
   3.1 EQUIPMENT
   3.2 EASY START
   4.1 GENERAL COMMANDS
   5.1 DATA (Alt + D)
   5.2 RECORD (ALT + R)
   5.4 OPTIONS
   5.5 HELP
   6.3 EXCEL TABLES OF ANALYSIS VALUES
   7.1 Peripheral Vestibular Loss
   7.4 Simulator (Non-organic balance disorder) (226 BB)
   9.3 UNABLE TO INSTALL ON A CORPORATE SYSTEM
   Table of Contents
analog
analogue
   2.10 Analogue to digital sampled data
   2.7 DATA ANALYSIS
   3.1 EQUIPMENT
   3.2 EASY START
   5.4 OPTIONS
   Table of Contents
analyses
analysis
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.10 Analogue to digital sampled data
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.6 TEST PROTOCOLSAND SEQUENCES
   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
   4.2 PRINT DATA
   4.3 LOG AND EXPORT DATA
   4.5 VIEW DATA
   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)
   7.4 Simulator (Non-organic balance disorder) (226 BB)
   7.5 Spino-Cerebellar Ataxia
   8. HOT-KEYS and ICONS TABLE
   Table of Contents
analyze
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   5.1 DATA (Alt + D)
and
   1. Help – SHORT DESCRIPTION
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.10 Analogue to digital sampled data
   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
   2.5 AUXILIARY TEST EQUIPMENT
   2.6 TEST PROTOCOLSAND SEQUENCES
   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
   4.3 LOG AND EXPORT DATA
   4.4 COLLECT DATA
   4.5 VIEW DATA
   5. MAIN MENU
   5.1 DATA (Alt + D)
   5.2 RECORD (ALT + R)
   5.4 OPTIONS
   5.5 HELP
   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
   9.1 SENSOR FAILURE
   9.2 TIME STAMP PROBLEM ERROR MESSAGE
   9.3 UNABLE TO INSTALL ON A CORPORATE SYSTEM
   9.4 SwayStar™ OPERATES SLOWER THAN NORMAL
   9.5 Bluetooth permanently turned off.
   Table of Contents
ang
angles
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.5 AUXILIARY TEST EQUIPMENT
   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
   4.1 GENERAL COMMANDS
   4.5 VIEW DATA
   5.4 OPTIONS
   7.1 Peripheral Vestibular Loss
   7.2 Bilateral Peripheral Vestibular Loss. (15 SSB)
   7.3 Whiplash Associated Disorder. (60 BB)
   7.5 Spino-Cerebellar Ataxia
   7.6 Total Hip Replacement after severe osteoarthritis (316:1&2 FP4)
   Table of Contents
angular
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.3 ANGULAR VELOCITY SENSORS MEASURING TRUNK SWAY
   2.6 TEST PROTOCOLSAND SEQUENCES
   2.7 DATA ANALYSIS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   4.1 GENERAL COMMANDS
   4.5 VIEW DATA
   5.4 OPTIONS
   6.3 EXCEL TABLES OF ANALYSIS VALUES
   Table of Contents
animated
ankle
another
   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
   3.1 EQUIPMENT
   3.2 EASY START
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   5.5 HELP
   9.4 SwayStar™ OPERATES SLOWER THAN NORMAL
answers
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   4.3 LOG AND EXPORT DATA
   5.1 DATA (Alt + D)
any
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.5 AUXILIARY TEST EQUIPMENT
   2.6 TEST PROTOCOLSAND SEQUENCES
   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
   7.3 Whiplash Associated Disorder. (60 BB)
apart
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.5 AUXILIARY TEST EQUIPMENT
   7.5 Spino-Cerebellar Ataxia
   7.6 Total Hip Replacement after severe osteoarthritis (316:1&2 FP4)
apparent
apparently
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   7.4 Simulator (Non-organic balance disorder) (226 BB)
appear–
appears
   2.10 Analogue to digital sampled data
   2.6 TEST PROTOCOLSAND SEQUENCES
   2.7 DATA ANALYSIS
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   3.2 EASY START
   4.1 GENERAL COMMANDS
   4.3 LOG AND EXPORT DATA
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   5.5 HELP
   9.2 TIME STAMP PROBLEM ERROR MESSAGE
   9.4 SwayStar™ OPERATES SLOWER THAN NORMAL
applicable
   2.7 DATA ANALYSIS
   3.2 EASY START
   5.4 OPTIONS
application
   3.1 EQUIPMENT
   3.2 EASY START
apply
   2.7 DATA ANALYSIS
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   9.3 UNABLE TO INSTALL ON A CORPORATE SYSTEM
appropriate
   2.7 DATA ANALYSIS
   3.2 EASY START
   5.1 DATA (Alt + D)
   5.4 OPTIONS
approval
approximate
approximately
   2.10 Analogue to digital sampled data
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
architecture
archive
are
   1. Help – SHORT DESCRIPTION
   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
   2.5 AUXILIARY TEST EQUIPMENT
   2.6 TEST PROTOCOLSAND SEQUENCES
   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
   4.2 PRINT DATA
   4.3 LOG AND EXPORT DATA
   4.4 COLLECT DATA
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.3 PRINT (ALT + P)
   5.4 OPTIONS
   5.5 HELP
   6.3 EXCEL TABLES OF ANALYSIS VALUES
   7. SAMPLE CASE HISTORIES
   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)
   9.1 SENSOR FAILURE
   9.2 TIME STAMP PROBLEM ERROR MESSAGE
   9.4 SwayStar™ OPERATES SLOWER THAN NORMAL
area
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.7 DATA ANALYSIS
   4.1 GENERAL COMMANDS
   4.5 VIEW DATA
   5.4 OPTIONS
   6.3 EXCEL TABLES OF ANALYSIS VALUES
area-defined
armless
armrests
arms
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.5 AUXILIARY TEST EQUIPMENT
   3.2 EASY START
arose
around
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.7 DATA ANALYSIS
   3.2 EASY START
arranged
   5.1 DATA (Alt + D)
   5.4 OPTIONS
arrowhead
arrows
   2.7 DATA ANALYSIS
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   4.3 LOG AND EXPORT DATA
   4.5 VIEW DATA
   5.4 OPTIONS
artificial
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   3.2 EASY START
as
   1. Help – SHORT DESCRIPTION
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.10 Analogue to digital sampled data
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.5 AUXILIARY TEST EQUIPMENT
   2.6 TEST PROTOCOLSAND SEQUENCES
   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
   4.3 LOG AND EXPORT DATA
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   5.5 HELP
   7. SAMPLE CASE HISTORIES
   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
   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)
   9.3 UNABLE TO INSTALL ON A CORPORATE SYSTEM
   9.4 SwayStar™ OPERATES SLOWER THAN NORMAL
   Help for SwayStar
asked
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   3.2 EASY START
   4.3 LOG AND EXPORT DATA
   5.1 DATA (Alt + D)
   9.3 UNABLE TO INSTALL ON A CORPORATE SYSTEM
aspects
   1. Help – SHORT DESCRIPTION
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.6 TEST PROTOCOLSAND SEQUENCES
   4.1 GENERAL COMMANDS
   7.1 Peripheral Vestibular Loss
assess
assessment
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   5.4 OPTIONS
assigned
   2.7 DATA ANALYSIS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   3.1 EQUIPMENT
   3.2 EASY START
   4.1 GENERAL COMMANDS
   4.3 LOG AND EXPORT DATA
   4.5 VIEW DATA
   6.3 EXCEL TABLES OF ANALYSIS VALUES
assignments
   3.1 EQUIPMENT
   3.2 EASY START
   4.1 GENERAL COMMANDS
   4.5 VIEW DATA
   5.4 OPTIONS
assistance
assistants
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   3.2 EASY START
assisted
associated
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   3.2 EASY START
   4.1 GENERAL COMMANDS
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   5.5 HELP
   7.3 Whiplash Associated Disorder. (60 BB)
   Table of Contents
assumes
   1. Help – SHORT DESCRIPTION
   3.1 EQUIPMENT
   5.2 RECORD (ALT + R)
   5.4 OPTIONS
assumption
asymmetry
at
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   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
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   5.5 HELP
   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)
   9.4 SwayStar™ OPERATES SLOWER THAN NORMAL
   Help for SwayStar
at-automatiserungstechnik
ataxia
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   7.5 Spino-Cerebellar Ataxia
   Table of Contents
attached
   3.1 EQUIPMENT
   9.1 SENSOR FAILURE
attempts
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.6 TEST PROTOCOLSAND SEQUENCES
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   9.3 UNABLE TO INSTALL ON A CORPORATE SYSTEM
attention
   4.5 VIEW DATA
   7.6 Total Hip Replacement after severe osteoarthritis (316:1&2 FP4)
   9.4 SwayStar™ OPERATES SLOWER THAN NORMAL
auditory
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.6 TEST PROTOCOLSAND SEQUENCES
   3.1 EQUIPMENT
   3.2 EASY START
   5.4 OPTIONS
authorisation
authorization
authorized
auto-scaled
   2.10 Analogue to digital sampled data
   2.6 TEST PROTOCOLSAND SEQUENCES
   3.2 EASY START
   4.5 VIEW DATA
   5.4 OPTIONS
automatically
   2.10 Analogue to digital sampled data
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   3.2 EASY START
   4.1 GENERAL COMMANDS
   4.3 LOG AND EXPORT DATA
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   5.5 HELP
autostart
auxiliary
available
   1. Help – SHORT DESCRIPTION
   2.10 Analogue to digital sampled data
   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.
   3.1 EQUIPMENT
   3.2 EASY START
   4.1 GENERAL COMMANDS
   4.2 PRINT DATA
   4.4 COLLECT DATA
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.2 RECORD (ALT + R)
   5.3 PRINT (ALT + P)
   5.4 OPTIONS
   5.5 HELP
   7. SAMPLE CASE HISTORIES
   7.5 Spino-Cerebellar Ataxia
   9.1 SENSOR FAILURE
   Help for SwayStar
   Table of Contents
averaged
   2.7 DATA ANALYSIS
   5.2 RECORD (ALT + R)
   6.3 EXCEL TABLES OF ANALYSIS VALUES
avoids
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
aware
   2.6 TEST PROTOCOLSAND SEQUENCES
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
away
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   3.2 EASY START
axial
axis
   2.7 DATA ANALYSIS
   3.2 EASY START
   4.5 VIEW DATA
   8. HOT-KEYS and ICONS TABLE

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