Codamotion
Introducing Ultium Motion
Ultium Motion, Noraxon’s next-generation inertial motion capture system, is equipped with a patent-pending state-of-the-art sensor design that delivers accurate & reliable kinematic data for all types of movement – including high velocity and high impact conditions – while maintaining the advantages of the multi-device myoRESEARCH software platform through the universal connectivity of the Ultium receiver.
Improving Human Activity Recognition Performance by Data Fusion and Feature Engineering
This study proposes a feature selection method that can obtain feature subsets for HAR as well as a sensor-to-segment coordinate alignment algorithm and a joint angle estimation algorithm. Comparing with other feature selection algorithms, the proposed algorithm can greatly discard features and maintain comparable classification performance. The sensor coordinate calibration algorithm is proved to be beneficial for HAR.
Dynamically measure feet through entire heel to toe contact
Sally Crawford of Resilience Code uses a Kintread Pressure Treadmill to dynamically measure feet through entire heel to toe contact in order to help improve overall foot health with comfortable shoes & optimal orthotics. Pairing barefoot dynamic structure and footwear....in motion. A static shoe or orthotic fit to match one frame of gait is good but what if you can measure dynamically through entire heel to toe contact and pair to your most ...
Kinematics and temporospatial parameters during gait from inertial motion capture in adults with and without HIV: a validity and reliability study
Inertial measurement unit (IMU)-based motion capture systems are gaining popularity for gait analysis outside laboratories. It is important to determine the performance of such systems in specific patient populations. We aimed to validate and determine within-day reliability of an IMU system for measuring lower limb gait kinematics and temporal–spatial parameters (TSP) in people with and without HIV.
Ergonomic Analysis of Workers During Cannabis Cultivation Activities to Reduce Musculoskeletal Injury
The National Cannabis Risk Management Association (NCMRA) is interested in minimizing the strain undergone by cannabis workers, specifically at the trimming station, to reduce repetitive motion injuries and ensure worker safety. The team determined that creating an ergonomic table would best improve worker safety.
Noraxon Presenting Information in an Integrated Care Environment
Sally Crawford explores how to present information in an integrated care environment and showcases her experience using technology to enhance integrated care and precision medicine through case studies.
Pedalling improves gait ability of hemiparetic patients with stiff-knee gait: fall prevention during gait
Stiff-knee gait, which is a gait abnormality observed after stroke, is characterized by decreased knee flexion angles during the swing phase, and it contributes to a decline in gait ability. This study aimed to identify the immediate effects of pedaling exercises on stiff-knee gait from a kinesiophysiological perspective.
Noraxon : MR3 software, New Features & Updates
Zach Scarano, Director of Product Management Noraxon, discusses the new features and updates that are available in the latest version of MR3, unified software solution.
Introducing Ultium Motion
Ultium Motion, Noraxon’s next-generation inertial motion capture system, is equipped with a patent-pending state-of-the-art sensor design that delivers accurate & reliable kinematic data for all types of movement – including high velocity and high impact conditions – while maintaining the advantages of the multi-device myoRESEARCH software platform through the universal connectivity of the Ultium receiver.
Dynamically measure feet through entire heel to toe contact
Sally Crawford of Resilience Code uses a Kintread Pressure Treadmill to dynamically measure feet through entire heel to toe contact in order to help improve overall foot health with comfortable shoes & optimal orthotics. Pairing barefoot dynamic structure and footwear....in motion. A static shoe or orthotic fit to match one frame of gait is good but what if you can measure dynamically through entire heel to toe contact and pair to your most ...
Ergonomic Analysis of Workers During Cannabis Cultivation Activities to Reduce Musculoskeletal Injury
The National Cannabis Risk Management Association (NCMRA) is interested in minimizing the strain undergone by cannabis workers, specifically at the trimming station, to reduce repetitive motion injuries and ensure worker safety. The team determined that creating an ergonomic table would best improve worker safety.
Noraxon Presenting Information in an Integrated Care Environment
Sally Crawford explores how to present information in an integrated care environment and showcases her experience using technology to enhance integrated care and precision medicine through case studies.
Introducing Ultium Motion
Ultium Motion, Noraxon’s next-generation inertial motion capture system, is equipped with a patent-pending state-of-the-art sensor design that delivers accurate & reliable kinematic data for all types of movement – including high velocity and high impact conditions – while maintaining the advantages of the multi-device myoRESEARCH software platform through the universal connectivity of the Ultium receiver.
Noraxon : MR3 software, New Features & Updates
Zach Scarano, Director of Product Management Noraxon, discusses the new features and updates that are available in the latest version of MR3, unified software solution.
Improving Human Activity Recognition Performance by Data Fusion and Feature Engineering
This study proposes a feature selection method that can obtain feature subsets for HAR as well as a sensor-to-segment coordinate alignment algorithm and a joint angle estimation algorithm. Comparing with other feature selection algorithms, the proposed algorithm can greatly discard features and maintain comparable classification performance. The sensor coordinate calibration algorithm is proved to be beneficial for HAR.
Kinematics and temporospatial parameters during gait from inertial motion capture in adults with and without HIV: a validity and reliability study
Inertial measurement unit (IMU)-based motion capture systems are gaining popularity for gait analysis outside laboratories. It is important to determine the performance of such systems in specific patient populations. We aimed to validate and determine within-day reliability of an IMU system for measuring lower limb gait kinematics and temporal–spatial parameters (TSP) in people with and without HIV.
Ergonomic Analysis of Workers During Cannabis Cultivation Activities to Reduce Musculoskeletal Injury
The National Cannabis Risk Management Association (NCMRA) is interested in minimizing the strain undergone by cannabis workers, specifically at the trimming station, to reduce repetitive motion injuries and ensure worker safety. The team determined that creating an ergonomic table would best improve worker safety.
Pedalling improves gait ability of hemiparetic patients with stiff-knee gait: fall prevention during gait
Stiff-knee gait, which is a gait abnormality observed after stroke, is characterized by decreased knee flexion angles during the swing phase, and it contributes to a decline in gait ability. This study aimed to identify the immediate effects of pedaling exercises on stiff-knee gait from a kinesiophysiological perspective.
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