International Journal of Rehabilitation Robotics (IJRR) (ISSN: 2287-8076)

Description

International Journal of Rehabilitation Robotics (IJRR) is a journal to be published by AICIT (Advanced Institute of Convergence Information Technology), and regularly published four times in a year. The goal of the IJRR is to provide a platform for fast publication of refereed, peer reviewed and high quality original research, survey, review, tutorial papers in the various fields of Rehabilitation Robotics and related application areas. The goal of the journal is to encourage worldwide scholars, researchers and developers to present, share and inform state-of-the-arts in Rehabilitation Robotics areas. IJRR is a refereed, multidisciplinary journal for bridging the latest developments in the Robotics Control and Rehabilitation Engineering. The journal publishes academically and practically validated manuscripts in both theoretical and application research.
Topics and Scope
International Journal of Rehabilitation Robotics (IJRR) focuses on the latest advancements in Rehabilitation Engineering, Bio-signal Processing, and Robotics Design, Control and its applications on various related aspects. IJRR invites investigators to contribute with new and original submissions addressing theoretical and practical researches and its applications in Robotics Control and Rehabilitation Engineering, as well as their applications to conquer multidisciplinary problems.
Potential topics include, but are not limited to:
? Advanced Rehabilitation Technologies
? Assistive Robotics and Therapeutic Robotics
? Orthoses and Exoskeletons
? Neuroprosthetics and Neurorehabilitation
? Medical robots, Bio-robotics and Bio-mimetics
? New forms of Rehabilitation Robotics
? Mechatronics in Rehabilitation
? Robotics for Human-Motion Analysis
? Neural-Machine Interfaces & Control
? Communication/Computer Assistive Technology
? Virtual Reality and Gaming
? Assistive Technology and Communication Technology
? Clinical Application & Research (Efficacy & Evidence)
? Interdisciplinary Approaches
? Topic Reviews
? Robotics Control Strategies
? Haptic Interaction
? Force and Compliance Control
? Multi Cooperative Robot Control
? Sensory based Robot Control
? Modeling, Identification and Optimization
? Mechanism Design and Applications.
? Kinematics and Dynamics of Robots
? Manipulation and Motion Planning
? Human-Robot Interaction
? Virtual-Reality-Based Simulation
? Control Theories & Intelligent Control
? Linear/Nonlinear Control
? Adaptive/Robust/Learning Control
? Artificial Neural Networks
? Fuzzy Systems
? Manufacturing Systems and Automation
? Advanced Applications: Space, Surgery, Rehabilitation,
? Sensors Fusion and Signal Processing
? Biomedical Signal Processing
? ECG, EEG, EMG Signals Analysis
? Medical Signal Acquisition, Analysis and Processing
? Medical Image Detection, Acquisition, Analysis and Processing
? Bio-signal Modeling and Non-linear Dynamics
? Detection, Measurement and Monitoring of Physiological Signals
? Bio-signal Processing, Pattern Analysis, Data Fusion and Interpretation
? Time-frequency and Time Scale Analysis
? Medical Informatics
? Biomedical Instrumentation and Applications
? Real-Time and Embedded Systems
? Image/Video Analysis, Feature Extraction, Pattern Recognition
? Activity/Behavior Recognition
? Neural Networks and Support Vector Machine
? Mathematical Modeling of Experimental and Clinical Data
? Medical Decision Support Methods, Rule based/Expert Systems
? Other related topics in Bio-signal Processing