[56] |
2020 |
Stroke (Hemiparesis) |
Mi Band 3 (Xiaomi Inc., Beijing, China) |
Assess asymmetry between affected and unaffected limb |
[57] |
2019 |
Stroke (Hemiparesis) |
ActiGraphs GT3X+ (ActiGraph, Pensacola, FL, USA) |
Assess asymmetry between affected and unaffected limb |
[58] |
2019 |
Stroke |
outREACH (Custom made wrist-worn) |
Impairment determination of the upper limb based on asymmetry |
[59] |
2020 |
Stroke (Hemiparesis) |
Wrist-worn |
Identification and quantification of the level of hemiparesis |
[60] |
2020 |
[61] |
2020 |
Not specified |
[62] |
2021 |
[63] |
2023 |
CP |
ActiGraphs GT3X+ (ActiGraph, Pensacola, FL, USA) |
Track and measure gross upper-limb movement |
[64] |
2021 |
Stroke (Hemiparesis) |
Custom wrist-worn composed by SEN-14001 board (Spark Fun Inc., Niwot, CO, USA) and IMU MPU9250, (InvenSense-TDK Co., San Jose, CA, USA) |
Quantify arm use |
[65] |
2021 |
Stroke |
TENZRTM Neuro Tracker V4 X. (BioInteractive Technologies Inc., Vancouver, BC, Canada) |
Assessment of reach and grasp activity |
[66] |
2019 |
[67] |
2020 |
Stroke |
IMU network (ST LSM330DLC manufactured by STMicroelectronics, Geneva, Switzerland) |
Assessment of reach and grasp activity |
[68] |
2022 |
Not specified |
Bicep and forearm band (model no specified) and Logitech C270 (Logitech International S.A, Riviera, Switzerland) |
Joint angles estimation in real-time during rehabilitation |
[69] |
2021 |
Musculoskeletal disorders |
17 IMUs MTws (Xsens Technologies, Enschede, The Netherlands) |
Joint angles estimation for ergonomic risk assessment |
[70] |
2023 |
Not specified |
WT901BLECL5.0 (Wit-MotionCompany, ShenZhen, China) |
Madgwick filter-based Joint angles |
[71] |
2020 |
Not specified |
IMU network of BNO055 sensor (Bosch Sensortec GmbH, Stuttgart, Germany) |
Joint angles of the shoulder and elbow |
[72] |
2023 |
Not specified |
Shimmer3 (Shimmer, Dublin, Ireland) |
ROM assessment enabling the simultaneous estimation of joint angles and positions |
[73] |
2023 |
Stroke |
Wristwatch SCW-V2 (The Hong Kong Polytechnic University, Hung Hom, Hong Kong) |
Arm ROM measurement |
[74] |
2021 |
Hand surgery, stroke, rheumatoid and arthritis |
InSense (Arsalis, Louvain-la-Neuve, Belgium) |
Upper-limb assessment during Manual Activities of Daily Living |
[75] |
2023 |
Stroke |
MYO armbands (Thalmic labs, Kitchener, ON, Canada), IMU network and EMG bracelets (models not specified) |
Upper-limb assessment during Manual Activities of Daily Living |
[76] |
2023 |
Perinatal brain injury (Not specified) |
Axivity AX3 (Axivity Ltd., Newcastle, UK) |
Assessment scores of infants’ motor activity |
[77] |
2023 |
Neonatal brachial plexus palsy |
Actigraph GT9X Link (ActiGraph, Pensacola, FL, USA) |
Quantification of the duration and magnitude of patient-initiated arm movements |
[78] |
2019 |
SCI |
ReSense [88] |
Assess upper-limb compensation |
[79] |
2020 |
Not specified |
Custom armband composed by MPU6050 (TDK InvenSense, Tokyo, Japan) and nRF24L01 (Nordic Semiconductor, Trondheim, Norway) |
Armband geared towards data transmissibility in the context of mobile medicine |
[80] |
2022 |
Stroke |
Finger-worn not specified |
Reliability of inertial finger registration for treatment customization |
[81] |
2021 |
Stroke |
Custom upper-limb band (IMU sensor from STMicroelectronics, Geneva, Switzerland)) |
Quantify hand and wrist motor function |
[82] |
2020 |
Ataxia |
Wrist-worn composed by MPU9250 (TDK InvenSense, Tokyo, Japan), LPC1768 Microcontroller (NXP Semiconductors, Eindhoven, The Netherlands) and GS2011MIZ (GSI Technology, Sunnyvale, CA, USA); and a Kinect v2 (Microsoft, Seattle, WA, USA) |
Diagnosis and monitoring of ataxia progression |
[83] |
2022 |
PD |
Custom wrist-worn composed by Arduino (Arduino Srl, Turin, Italy) and MPU6050 (TDK InvenSense, Tokyo, Japan) |
Monitoring upper-limb tremor detection |
[84] |
2021 |
PD |
Kinesia One (Great Lakes Neurotechnologies Inc, Independence, OH, USA) |
Monitor progression and define the onset of manifestation |
[85] |
2021 |
Stroke |
Actigraph GT9X (ActiGraph, Pensacola, FL, USA) |
Monitoring, and predicting the motor evolution of patients after their first stroke |
[86] |
2023 |
Unilateral Spastic CP |
Axivity AX3 (Axivity Ltd., Newcastle, UK) |
Monitor upper-limb function during AOT |
[87] |
2023 |
Dyskinetic CP |
XSens MTw Awinda (XSens Technologies, Enschede, The Netherlands) |
Detect pathological movements in individuals with Dyskinetic CP. |