This report covers the study of the human wrist on the activities of daily living (ADOL). It covers a literature of the topics involved. This is followed by an introduction to the Polhemus FASTRAK system used in this project. A feasible model of the human wrist was then introduced followed by a look into the types of mechanical joints used. This is followed by the study on how the use of simulation tools like MATLAB can be useful in this project. Finally, the experimental procedures for the projects are explained.Bachelor of Engineering (Mechanical Engineering
The biomechanical function of the wrist is widely assessed by measuring the range of motion (RoM) in...
AbstractThe goal of this study is to improve future physical human-robot interaction and rehabilitat...
The goal of this study is to improve future physical human-robot interaction and rehabilitation syst...
Current upper-extremity models are task-limited due to sensor constraints. In this study, we describ...
(3部 適応)In the field of biomechanical modeling, many kinds of studies of the musculoskeletal systems ...
The Pothemus Fastrak((R)) short-range miniature transmitter and mini-receivers allow wrist motion to...
The hand of a human being is the most commonly utilized body part in daily activities. Assessing the...
Abstract — This paper deals with development of a highly realistic human hand and forearm model. The...
Since the motion of wrist is almost pure rotation, spherical coordinate system is a compatible refer...
This thesis presents contributions to the kinematic and muscular characterisation of the hand during...
[[abstract]]This study develops a kinematic/kinetic model to evaluate the effect of different handle...
Objective. To describe the wrist kinematics during movement through free range of motion and activit...
Understanding hand and wrist forces during activities of daily living (ADLs) are pertinent when mode...
Many mechanisms of injury reduce the functionality of the shoulder, elbow and wrist. The human upper...
Abstract Background A deeper knowledge of the activity of the forearm muscles during activities of d...
The biomechanical function of the wrist is widely assessed by measuring the range of motion (RoM) in...
AbstractThe goal of this study is to improve future physical human-robot interaction and rehabilitat...
The goal of this study is to improve future physical human-robot interaction and rehabilitation syst...
Current upper-extremity models are task-limited due to sensor constraints. In this study, we describ...
(3部 適応)In the field of biomechanical modeling, many kinds of studies of the musculoskeletal systems ...
The Pothemus Fastrak((R)) short-range miniature transmitter and mini-receivers allow wrist motion to...
The hand of a human being is the most commonly utilized body part in daily activities. Assessing the...
Abstract — This paper deals with development of a highly realistic human hand and forearm model. The...
Since the motion of wrist is almost pure rotation, spherical coordinate system is a compatible refer...
This thesis presents contributions to the kinematic and muscular characterisation of the hand during...
[[abstract]]This study develops a kinematic/kinetic model to evaluate the effect of different handle...
Objective. To describe the wrist kinematics during movement through free range of motion and activit...
Understanding hand and wrist forces during activities of daily living (ADLs) are pertinent when mode...
Many mechanisms of injury reduce the functionality of the shoulder, elbow and wrist. The human upper...
Abstract Background A deeper knowledge of the activity of the forearm muscles during activities of d...
The biomechanical function of the wrist is widely assessed by measuring the range of motion (RoM) in...
AbstractThe goal of this study is to improve future physical human-robot interaction and rehabilitat...
The goal of this study is to improve future physical human-robot interaction and rehabilitation syst...