The journal title was adjusted to match its new expanded scope and mission: disseminating original, high-quality, peer-reviewed articles and research on healthcare-related practical innovations and healthcare management. The journal is well-timed, as it now targets a broad audience ranging from computer scientists and engineers to healthcare professionals and researchers in the social sciences.
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| International Journal of Practical Healthcare Innovation and Management Techniques (IJPHIMT) | Editors-in-Chief: Profs. Francesco Longo (University of Calabria, Italy)
and Letizia Nicoletti (CAL-TEK, Italy)
Published: Continuous Volume | Established: 2022 | - Published Under Hybrid Open Access
- Covers Topics such as Artificial Life,
Biomechanics, & Telemedicine - Suitable for Healthcare Professionals, Computer Scientists, Engineers, & More
- Excellent Addition to Your Institution's Library
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Led by Dr. Francesco Longo (University of Calabria, Italy) and Dr. Letizia Nicoletti (CAL-TEK, Italy), the journal publishes three types of rigorous and high-quality articles: research articles, research notes, and research reviews.
Coverage
Differing from the
International Journal of Privacy and Health Information Management (IJPHIM) with a change of focus from privacy and health information to healthcare innovations and management, this hybrid open access journal covers a wide range of current critical healthcare innovation and management topics such as:
- Advanced methods in model-based
image processing - Agent-based modeling and simulation for biological systems, healthcare facilities or social systems
- Ambulance planning
- Application of simulation for healthcare
supply chains - Artificial life related topics
- Bioengineering
- Bioinformatics and computational biology
- Biological data mining and knowledge discovery
- Biomechanics
- Biomedical devices, sensors, and artificial organs
- Biomedical engineering
- Biomedical imaging
- Clinical information flows
- Computer-assisted intervention systems
and robotics - Computer-based medical systems
- Distributed simulation of biological systems
- Enabling technologies for health 4.0: AR, VR, MR, XR, 5G, and machine learning
- Engineering models in biomedicine
- Exploratory bioinformatics and computational biological models, simulations, and tools for helping bio-scientists
- Health 4.0: digital twins and
cyber-physical systems - Health big data and open data
- Health monitoring systems and wearable devices
- Healthcare policy analysis
- Healthcare supply chain management
- HIV/AIDS related modeling and simulation
- Human factors in systems
- Mathematical modeling and health technology assessment (HTA)
- Model-based information processing of
medical images - Modeling and simulation as decision support for assisting bio-scientists and medical practitioners
- Modeling and simulation for cognitive computation
- Modeling and simulation in bio-systems, physiology, cardiology, anesthesia, cancer, circulatory system, respiratory system, renal system, and biomechanics
- Modeling and simulation in system biology
- Modeling and simulation of body sensor networks for e-health
- Modeling and simulation of congenital disorders
- Modeling and simulation of epidemics and
other diseases - Modeling and simulation of pervasive and ambient assisted living systems, disease tracking and monitoring systems
- Modeling emergency departments
- Modeling of clinical environments
- Models of elderly people care
- Neuroengineering
- New methods of diagnostic imaging
- New paradigms in functional imaging (e.g. PET and MR)
- Patient flow management (e.g. scheduling models)
- Reconstruction in computed tomography
- Simulation for health economics analysis
- Simulation for logistics of healthcare
- Simulation for surgical and clinic scheduling
- Simulation in the context of diagnostics
- Simulation of disease proliferation
- Simulation of emergency procedures
(disaster gaming) - Simulation of patient care
- Telemedicine
- Tissue engineering
- Tumor growth modeling and simulation
- Use of cognitive computation and artificial intelligence techniques for developing models of biological systems
- Verification and validation of biological simulations
- Virtual reality for development and validation of medical simulators
- Virtual reality for the treatment of disorders and/or rehabilitation
- Virtual reality in surgical procedures
- Waiting time issues in hospitals
Contact
Should you have any questions regarding the journal, please do not hesitate to contact the Editors-in-Chief of IJPHIMT:
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