This chapter describes a new methodology for the acquisition and computer elaboration of joint anatomy and motion data and the study of their correlation. The method uses a commercial industrial electrogoniometer, custom tools, and software designed and developed by the authors for interactive display of the anatomical structures during joint motion, numerical interpolations of the articular geometries, and kinematic analysis of motion. The original data acquisition protocol and computer elaboration software are described in detail, and a final subheading describes briefly previous studies and future development
A method for obtaining a synthetic representation of the joint angle time-courses at different walki...
This paper deals with methodological problems related to the reconstruction of the position and orie...
The human joint kinematics is an interesting topic in biomechanics and turns to be useful for the an...
This chapter describes a new methodology for the acquisition and computer elaboration of joint anato...
Accurate, reliable, and reproducible methods to measure the movements of human joints have been elus...
Abstract: Real-time quantification of joint articular movement is instrumental in the comprehensive ...
This research has been directed towards the development of real-time kinematic data acquisition for ...
The integration of proper algorithms and computer graphics-based systems seems promising for the de...
Quantitative, as well objective human motion analysis has a prominent role in many research fields o...
A diarthrodial joint occurs where two or more cartilaginous bone surfaces adjoin and articulate: the...
Kinematics is the analysis of motions without regarding forces or inertial effects, with the purpose...
The human movement analysis is one of the most relevant topics of biomechanics, to which many boomin...
Purpose: accurate assessment of human joint parameters is a critical issue for the quantitative move...
SummaryComputer-assisted imaging analysis technology has been widely used in the musculoskeletal joi...
ABSTRACT. Current research reports on the development of a portable electronic system to assess the ...
A method for obtaining a synthetic representation of the joint angle time-courses at different walki...
This paper deals with methodological problems related to the reconstruction of the position and orie...
The human joint kinematics is an interesting topic in biomechanics and turns to be useful for the an...
This chapter describes a new methodology for the acquisition and computer elaboration of joint anato...
Accurate, reliable, and reproducible methods to measure the movements of human joints have been elus...
Abstract: Real-time quantification of joint articular movement is instrumental in the comprehensive ...
This research has been directed towards the development of real-time kinematic data acquisition for ...
The integration of proper algorithms and computer graphics-based systems seems promising for the de...
Quantitative, as well objective human motion analysis has a prominent role in many research fields o...
A diarthrodial joint occurs where two or more cartilaginous bone surfaces adjoin and articulate: the...
Kinematics is the analysis of motions without regarding forces or inertial effects, with the purpose...
The human movement analysis is one of the most relevant topics of biomechanics, to which many boomin...
Purpose: accurate assessment of human joint parameters is a critical issue for the quantitative move...
SummaryComputer-assisted imaging analysis technology has been widely used in the musculoskeletal joi...
ABSTRACT. Current research reports on the development of a portable electronic system to assess the ...
A method for obtaining a synthetic representation of the joint angle time-courses at different walki...
This paper deals with methodological problems related to the reconstruction of the position and orie...
The human joint kinematics is an interesting topic in biomechanics and turns to be useful for the an...