You are previewing International Journal of System Dynamics Applications (IJSDA) Volume 3, Issue 2.
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International Journal of System Dynamics Applications (IJSDA) Volume 3, Issue 2

Book Description

The International Journal of System Dynamics Applications (IJSDA) publishes original scientific and quality research on the theory of and advances in dynamical systems with analyses of measure-theoretical and topological aspects. This interdisciplinary journal provides audiences with an extensive exploration of the perspectives and methods of system dynamics and system thinking, which are applied to systems in the fields of engineering, soft computing, economics, management, and medicine, among others. The journal also covers strongly related research areas including control, automation, soft-computing and systems. IJSDA publishes original articles, reviews, technical reports, patent alerts, and case studies on the latest innovative findings of new methodologies and techniques. The journal welcomes active participation and contribution by researchers, not only by submitting original works but also by making constructive suggestions for improving of the journal. IJSDA appeals to academics, researchers, and professionals in the fields of engineering, modeling, and computer simulation, decision analysis, soft computing, control systems, biomedical modeling, dynamical systems, applied mathematics, statistics, natural sciences, policy analysis, management science, economics, and behavioural sciences.

This issue contains the following articles:

  • Reliability of Dynamic Causal Modeling using the Statistical Parametric Mapping Toolbox
  • Development and Validation of a Universal Measurement System for Measuring the Performance of Mammals
  • Recovering Planned Trajectories in Robotic Rehabilitation Therapies under the Effect of Disturbances
  • A New Definition of BMI Scale by Relationship between Respiration and Unconscious Behavior during Sleep with Body Motion Wave
  • Intelligent Chair Sensor: Classification and Correction of Sitting Posture
  • Computational Hemodynamic Modeling of the Cardiovascular System