<<

t
   3.2 EASY START
   8. HOT-KEYS and ICONS TABLE
t1
tab-delimited
tables
   4.1 GENERAL COMMANDS
   5.4 OPTIONS
   6.3 EXCEL TABLES OF ANALYSIS VALUES
   Table of Contents
tabs
   2.10 Analogue to digital sampled data
   2.7 DATA ANALYSIS
   3.1 EQUIPMENT
   3.2 EASY START
   4.1 GENERAL COMMANDS
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   8. HOT-KEYS and ICONS TABLE
taken
   2.7 DATA ANALYSIS
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.4 OPTIONS
takes
   1. Help – SHORT DESCRIPTION
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.7 DATA ANALYSIS
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   3.1 EQUIPMENT
   3.2 EASY START
   5.4 OPTIONS
   7.5 Spino-Cerebellar Ataxia
   9.4 SwayStar™ OPERATES SLOWER THAN NORMAL
tall
tandem
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   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
   5.4 OPTIONS
   7.1 Peripheral Vestibular Loss
   7.4 Simulator (Non-organic balance disorder) (226 BB)
   7.5 Spino-Cerebellar Ataxia
tapered
tasks
   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
   2.8 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
   5.4 OPTIONS
   5.5 HELP
   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)
technical
techniques
template
temporarily
temporary
   5.4 OPTIONS
   8. HOT-KEYS and ICONS TABLE
tendency
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   7.6 Total Hip Replacement after severe osteoarthritis (316:1&2 FP4)
tends
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   7.1 Peripheral Vestibular Loss
terminated
tester
tests
   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
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   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)
   Table of Contents
text
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   6.3 EXCEL TABLES OF ANALYSIS VALUES
than
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   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
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.2 RECORD (ALT + R)
   5.4 OPTIONS
   6.3 EXCEL TABLES OF ANALYSIS VALUES
   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)
   9.2 TIME STAMP PROBLEM ERROR MESSAGE
that
   1. Help – SHORT DESCRIPTION
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   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
   4.5 VIEW DATA
   5. MAIN MENU
   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
   7.1 Peripheral Vestibular Loss
   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.
the
   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. 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)
   5.3 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)
   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
their
   3.1 EQUIPMENT
   4.3 LOG AND EXPORT DATA
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   5.5 HELP
them
   5.1 DATA (Alt + D)
   5.5 HELP
themselves
then
   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.
   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
   7. SAMPLE CASE HISTORIES
thin
   2.7 DATA ANALYSIS
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
third
   2.7 DATA ANALYSIS
   4.3 LOG AND EXPORT DATA
   5.1 DATA (Alt + D)
   5.4 OPTIONS
thirdly
those
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   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.
   3.2 EASY START
   4.1 GENERAL COMMANDS
   4.5 VIEW DATA
   5.4 OPTIONS
   7.6 Total Hip Replacement after severe osteoarthritis (316:1&2 FP4)
though
   7.1 Peripheral Vestibular Loss
   7.6 Total Hip Replacement after severe osteoarthritis (316:1&2 FP4)
three
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   5.1 DATA (Alt + D)
   7.3 Whiplash Associated Disorder. (60 BB)
thresholds
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   5.4 OPTIONS
through
thus
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.7 DATA ANALYSIS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   5.4 OPTIONS
   6.3 EXCEL TABLES OF ANALYSIS VALUES
   7.1 Peripheral Vestibular Loss
   7.3 Whiplash Associated Disorder. (60 BB)
   7.5 Spino-Cerebellar Ataxia
ticked
   3.2 EASY START
   4.3 LOG AND EXPORT DATA
   4.5 VIEW DATA
   5.4 OPTIONS
tightened
tightly
tile
   4.5 VIEW DATA
   8. HOT-KEYS and ICONS TABLE
time-frame
timer
times
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.10 Analogue to digital sampled data
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.7 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
   4.2 PRINT DATA
   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
   7.4 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)
   9.2 TIME STAMP PROBLEM ERROR MESSAGE
   9.4 SwayStar™ OPERATES SLOWER THAN NORMAL
   Table of Contents
to
   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. 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. 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. 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
   9.4 SwayStar™ OPERATES SLOWER THAN NORMAL
   9.5 Bluetooth permanently turned off.
   Table of Contents
to-and-fro
todt
toe
together
   2.7 DATA ANALYSIS
   3.1 EQUIPMENT
   5.4 OPTIONS
toggled
tone
too
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   3.2 EASY START
   4.5 VIEW DATA
   9.4 SwayStar™ OPERATES SLOWER THAN NORMAL
tool
   2.7 DATA ANALYSIS
   4.5 VIEW DATA
   5.4 OPTIONS
   7. SAMPLE CASE HISTORIES
toolbar
top
   2.7 DATA ANALYSIS
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   3.2 EASY START
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
torso
total
   2.7 DATA ANALYSIS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   6.3 EXCEL TABLES OF ANALYSIS VALUES
   7.6 Total Hip Replacement after severe osteoarthritis (316:1&2 FP4)
   8. HOT-KEYS and ICONS TABLE
   Table of Contents
touched
touches
toward
traces
   2.10 Analogue to digital sampled data
   3.2 EASY START
   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)
transducers
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   2.3 ANGULAR VELOCITY SENSORS MEASURING TRUNK SWAY
   5.4 OPTIONS
transferred
   2.10 Analogue to digital sampled data
   3.2 EASY START
   4.2 PRINT DATA
   4.5 VIEW DATA
   5.5 HELP
translations
   2.10 Analogue to digital sampled data
   5.4 OPTIONS
transmission
trapezoid
tray
treatment
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   7.1 Peripheral Vestibular Loss
tree
tremor
   7.5 Spino-Cerebellar Ataxia
   7.7 Parkinsonian Disease with bilateral STN stimulators ON and OFF (4 SSB)
trend
trial
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.7 DATA ANALYSIS
   5.4 OPTIONS
   6.3 EXCEL TABLES OF ANALYSIS VALUES
triangles
   2.7 DATA ANALYSIS
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   7.1 Peripheral Vestibular Loss
tries
   3.1 EQUIPMENT
   3.2 EASY START
   5.4 OPTIONS
   7.2 Bilateral Peripheral Vestibular Loss. (15 SSB)
triggers
   2.7 DATA ANALYSIS
   3.2 EASY START
   5.4 OPTIONS
trip
true
trunk
   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.
   3.1 EQUIPMENT
   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)
   7.5 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)
   Table of Contents
trunk-angular
trunk-sway
   2.1 CONCEPT OF BALANCE CONTROL ANALYSIS
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
try
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   3.2 EASY START
tschanz
turned
   2.2 SwayStar™ LITERATURE ON TRUNK SWAY DURING STANCE ANDGAIT
   3.1 EQUIPMENT
   3.2 EASY START
   4.4 COLLECT DATA
   9.5 Bluetooth permanently turned off.
   Table of Contents
twice
two
   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
   2.8 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
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   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
two-legged
   2.4 MEASUREMENT-TASK PRINCIPLES FOR DIFFERENT PROTOCOLS
   2.8 BALANCE CONTROL SUMMARY and INDEX (BCI), SENSORY ANALYSIS.
   7.4 Simulator (Non-organic balance disorder) (226 BB)
types
   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
   3.2 EASY START
   4.5 VIEW DATA
   5.1 DATA (Alt + D)
   5.4 OPTIONS
   6.3 EXCEL TABLES OF ANALYSIS VALUES
   7.2 Bilateral Peripheral Vestibular Loss. (15 SSB)
   Table of Contents
typical
   2.9 Examples of Balance Control Summary and Index with Sensory Analysis
   5.4 OPTIONS
   7.1 Peripheral Vestibular Loss
   7.3 Whiplash Associated Disorder. (60 BB)
typically

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