Add to ORKGNew method for detection of complex 3D fracture motion- Verification of an optical motion analysis system for biomechanical studies Doebele et al. Doebele et al. BMC Musculoskeletal Disorders 2012, 13:3
BACKGROUND: Many clinical and biomechanical research studies, particularly in orthopaedics, nowadays...
The progress of fracture healing is directly related to an increasing stiffness and strength of the ...
ABSTRACT: To date, there is lack of biomechanical characterisation on defensive technique (martial a...
Abstract Background Fracture-healing depends on interfragmentary motion. For improved osteosynthesis...
Motion analysis systems were first created in the 80s and have made tremendous technological advance...
Optoelectronic motion analysis is extensively used in biomechanics to evaluate the three-dimensional...
To investigate an available method for quantitative diagnosis of zygomatic fractures that allow quan...
Test procedure and a device for the spatial loading of full-scale bone specimens with fractures and ...
Ahstrnct-The automation provided by computer-assisted motion-tracking systems allows for three-dimen...
Optoelectronic devices are the gold standard for 3D evaluation in clinics, but due to the complexity...
Unconventional computer vision and image processing techniques offer significant advantages for expe...
Many clinical and biomechanical research studies, particularly in orthopaedics, nowadays involve for...
This document details the process of developing a wireless device that captures the basic movements ...
This work presents a survey literature review on biomechanics, specifically aimed at the study of ex...
In many cases articular damages cannot be diagnosed through an examination of a single image. A moti...
BACKGROUND: Many clinical and biomechanical research studies, particularly in orthopaedics, nowadays...
The progress of fracture healing is directly related to an increasing stiffness and strength of the ...
ABSTRACT: To date, there is lack of biomechanical characterisation on defensive technique (martial a...
Abstract Background Fracture-healing depends on interfragmentary motion. For improved osteosynthesis...
Motion analysis systems were first created in the 80s and have made tremendous technological advance...
Optoelectronic motion analysis is extensively used in biomechanics to evaluate the three-dimensional...
To investigate an available method for quantitative diagnosis of zygomatic fractures that allow quan...
Test procedure and a device for the spatial loading of full-scale bone specimens with fractures and ...
Ahstrnct-The automation provided by computer-assisted motion-tracking systems allows for three-dimen...
Optoelectronic devices are the gold standard for 3D evaluation in clinics, but due to the complexity...
Unconventional computer vision and image processing techniques offer significant advantages for expe...
Many clinical and biomechanical research studies, particularly in orthopaedics, nowadays involve for...
This document details the process of developing a wireless device that captures the basic movements ...
This work presents a survey literature review on biomechanics, specifically aimed at the study of ex...
In many cases articular damages cannot be diagnosed through an examination of a single image. A moti...
BACKGROUND: Many clinical and biomechanical research studies, particularly in orthopaedics, nowadays...
The progress of fracture healing is directly related to an increasing stiffness and strength of the ...
ABSTRACT: To date, there is lack of biomechanical characterisation on defensive technique (martial a...