Marker-Less Monitoring Protocol to Analyze Biomechanical Joint Metrics During Pedaling

development of direct monitoring to analyze molecular marker related to genetic diseases

Protocol for constructing subject-specific biomechanical models of knee joint.

A robust protocol for building subject-specific biomechanical models of the human knee joint is proposed which uses magnetic resonance imaging, motion analysis and force platform data in conjunction with detailed 3D finite element models. The proposed protocol can be used for determining stress and strain distributions and contact kinetics in different knee elements at different body postures d...

Locomotor strategy for pedaling: muscle groups and biomechanical functions.

A group of coexcited muscles alternating with another group is a common element of motor control, including locomotor pattern generation. This study used computer simulation to investigate human pedaling with each muscle assigned at times to a group. Simulations were generated by applying patterns of muscle excitations to a musculoskeletal model that includes the dynamic properties of the muscl...

To Analyze MANET Routing Protocol using Mobility

A wireless Ad-Hoc network [7, 8] is a collection of mobile/semi mobile nodes with no pre-established infrastructure forming a temporary network. Each of the nodes has a wireless interface and communicates with each other over either radio or infrared media. Laptop computers and personal digital assistances (PDAs) that communicate directly with each other. Nodes in the Ad-Hoc network are often m...

Biomechanical analysis of the hip joint during extreme movements

Hip osteoarthritis (OA) is one of the most common forms of musculoskeletal disorders. Different studies have shown that hip OA is a multi-factor disease. Malnutrition, genetics, obesity and infections were identified as marginal factors and the abnormal hip morphology as the most common reasons. Nevertheless, hip OA is considered idiopathic and needs, hence, to be further investigated. The aim ...