Andere Kunden interessierten sich auch für
![Classifying Chest Pathology Images Using Deep Learning Techniques]( "Classifying Chest Pathology Images Using Deep Learning Techniques")
Classifying Chest Pathology Images Using Deep Learning Techniques26,99 €![Advanced Segmentation of Brain MRI Images]( "Advanced Segmentation of Brain MRI Images")
Advanced Segmentation of Brain MRI Images32,99 €![MRI and implantable devices]( "MRI and implantable devices")
MRI and implantable devices38,99 €![Towards in-vivo monitoring of knee implant function]( "Towards in-vivo monitoring of knee implant function")
Towards in-vivo monitoring of knee implant function50,99 €![The Design of a MR/CT Compatible Cadaver Knee Joint Loading Device]( "The Design of a MR/CT Compatible Cadaver Knee Joint Loading Device")
The Design of a MR/CT Compatible Cadaver Knee Joint Loading Device19,99 €![3D Volumentric Visualization of MRI Images with Improved Marching Cube]( "3D Volumentric Visualization of MRI Images with Improved Marching Cube")
3D Volumentric Visualization of MRI Images with Improved Marching Cube32,99 €![Diffusion tensor imaging and dynamic contrast enhanced MRI]( "Diffusion tensor imaging and dynamic contrast enhanced MRI")
Diffusion tensor imaging and dynamic contrast enhanced MRI32,99 €
Anterior Cruciate Ligament (ACL) knee injury is a common injury among active athlete; wrong interpretation could jeopardize athlete future. This research aims to develop an automated diagnostic system on ACL knee injury. Specifically, this work explores an ensemble algorithm of screening and classifying system to diagnose ACL knee injuries using MRI image. The development of the system involves several technical processes; digital image processing, feature reduction, injury screening and injury classification. Screening is done through support vector machine (SVM) and classifying process used artificial neural network (ANN). The outcome is categorized into three types of injuries; normal, partial and crucial. Results of this automated system improved the current analysis system performance by an average accuracy of 86.2% and it is proven by receiver operating characteristic (ROC) curve that shows sensitivity at 81.7%. This system has been verified by medical specialists (orthopedic and radiologist) to ensure the result achieved medical operating standard.