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FIGURE 1.

Study selection process
Study selection process

Absolute and relative frequencies of studies linked to the ICF

ICF CodeICF DescriptorCountRelative frequency (within ICF domain)
Body functions
b152Emotional functions1018%
b215Functions of structures adjoining the eye815%
b140Attention functions713%
b410Heart functions713%
b765Involuntary movement functions611%
b122Global psychosocial functions47%
b125Dispositions and intra-personal functions47%
b830Other functions of the skin35%
b730Muscle power functions24%
b134Sleep functions12%
b265Touch function12%
b310Voice functions12%
b440Respiration functions12%
Activity and participation
d160Focusing attention1422%
d315Communicating with - receiving - nonverbal messages914%
d880Engagement in play711%
d250Managing one’s own behavior58%
d820School education58%
d130Copying35%
d920Recreation and leisure35%
d110Watching23%
d240Handling stress and other psychological demands23%
d335Producing nonverbal messages23%
d350Conversation23%
d115Listening12%
d120Other purposeful sensing12%
d166Reading12%
d330Speaking12%
d440Fine hand use12%
d445Hand and arm use12%
d550Eating12%
d570Looking after one’s health12%
d710Basic interpersonal interactions12%
d720Complex interpersonal interactions12%
d910Community life12%
Environment
e310Immediate family1420%
e360Other professionals1319%
e130Products and technology for education1116%
e355Health professionals710%
e325Acquaintances, peers, colleagues, neighbors and community members69%
e330People in positions of authority69%
e585Education and training services46%
e580Health services, systems and policies34%
e115Products and technology for personal use in daily living23%
e125Products and technology for communication23%
e350Domesticated animals11%

Summary of purpose of WT and ICF codes

ArticleWTPurposeICF Codes
Basic ResearchIntervention (WT is Intervention)Intervention (WT supports Intervention)Function measuredFunction targetContext
Albinali et al., (2012)AccelerometerX X (future)b7563b7563d8201, e325, e330, e360, e5853
Billeci et al., (2016)Enobio Headset and ECG Chest belt  X (Monitoring during intervention)EEG (NC), b410b1403d880, d130, e355, e5800
Billeci et al., (2018)ECG Chest beltX  b410b1403d110, e360
Daniels et al., (2018a)SuperPower Glass System (smart glasses) X d3150d3150, b122, d1600e310, e1301
Daniels et al., (2018b)SuperPower Glass System (smart glasses) X d3150d3150, b122, d1600e125, e360
Di Palma et al., (2017)ECG Chest belt  X (Monitoring during intervention)b410b1403, b1251d130, d8803 e355, e5800
Funahashi et al., (2014)EMG  X (Monitoring during intervention)b7300b1521, b1250, b1251, d335, d2502d880, e310, e355, e580, e350
Goodwin et al., (2014)AccelerometerX X (future)b7653b7653d8201, e325, e330, e360, e5853
Hachisu et al., (2018)FaceLooks Smart headbandXX (future) b140d1600d550, d9200, d8201 e325, e330, e360, e5853
Hirokawa et al., (2016)EMG  X (Monitoring during intervention)b7300, d335b1521, b1250, b1251d880, e3101, e355
Jiang et al., (2016)ProCom chest worn proximity sensor)XX (future) d7204d7204e360, e130, e1301
Keshav et al., (2017)Brain Power Autism System (smart glasses) X b2152, d3150d3150, d1600e310, e1301
Kinsella et al (2017)Google Glass and Holli App X b3100d3501e360, e1251
Lee et al., (2008)Hat Mounted Wireless Camera and Wristband skin conductance sensorX  b830, b140d1600, b1251, b1521, d3503d3503, e310, e360
Liu et al., (2017)Brain Power System X b2152d3150, d1600, d2501e310, e1301
Magrelli et al., (2013)WearCamX  b2152d1600d8803, e360
Magrelli et al., (2014)WearCamX  b2152d1600d8803, e360
Marcu et al., (2012)SenseCam X Everyday participation (NC)Everyday participation (NC)e310
Mazzei et al.,Hatcam and sensorised shirt X b2152, b830, b4400b1520, b1521, d1600e1301, e355
Min et al., (2009)AccelerometerX X (future)b7653b7653Home (ND)
Min et al., (2010)AccelerometerX X (future)b7653b7653, b1521, d2401Therapy and home (ND)
Min et al., (2011)AccelerometerX X (future)b7653b7653, b1521, d2401Therapy and home (ND)
Ness et al., (2017)Biosensor arrayX  b1344,b830, EEG (ND), b410b1340, b1341, b1342, b1343, b1521, b140d570, d1600, e310, e360, e115, everyday participation (ND)=
Rad et al., (2016)AccelerometerX X (future)b7653b7653d8201, e325, e330, e360, e5853
Sahin et al., (2018a)Brain Power System (smart glasses) X b2152,d3150d3150, d1600, d2501e310, e1301
Sahin et al (2018b)Brain Power System (smart glasses) X b2152,d3150d3150, d1600, d2501e310, e1301
Speil et al., (2016)ThinkM headband X b140, b410d2502, b1521e360
Suzuki et al., (2016)EnhancedTouch X b265d1201, d7105d9100, d9201, e325, e330, e355
Takahashi et al., (2016)SmartClothe with ECG sensor  X (Monitoring during intervention)b410b1521d4454, d110, d130, d880, d115, d166, d330, e355, e310
Torrado et al., (2017)LG Urbane Smartwatch X b410b1521d8201, d9201, e310, e330, e1151, e325
Vahabzadeh et al., (2017)Empowered Brain System X b2152,d3150ADHD symptoms (HC)e310, e1301
Voss et al (2016)SuperPower Glass X d3150d3150, b122, d1600e310, e1301
Washington et al (2016)Smart glasses X d3150d3150, b122, d1600e310, e1301
eISSN:
2245-8875
Sprache:
Englisch
Zeitrahmen der Veröffentlichung:
Volume Open
Fachgebiete der Zeitschrift:
Medizin, Vorklinische Medizin, Grundlagenmedizin, andere