Therefore, this special session invites authors to submit high-quality research papers on Intelligent system Applications with Biomedical Engineering and Artificial limb Manufacturing topics which include (but are not limited to) the following:
- Development of intelligent artificial limbs
- Integration of AI in prosthetic design
- Improving functionality and control in artificial limbs
- AI-powered myoelectric prosthetics
- AI decoders for peripheral nerve interfaces
- Application of biomechanics in artificial limbs
- Biomedical engineering principles in prosthetics development
- Biomaterials in artificial limbs
- Lightweight materials in prosthetics
- Nanotechnology and applied nanosensors
- Biophysics and medical physics
- AI-powered myoelectric prosthetics
- AI decoders for peripheral nerve interfaces
- Brain-machine interfaces
- Medical imaging and classification
- Health informatics and computational genomics
- Deep learning and big data analytics
- AI applications in medical and biomedical engineering
- AI applications in predictive maintenance
- AI applications in modeling and simulation
- AI applications in robotics, IoT, and smart systems
- Biosensors in artificial limbs
- Sensors for smart prosthetics monitoring
- Development of bio-compatible sensors
- Biosensors for infection detection and prevention
- AI applications in nanosensors and smart monitoring
- Osseointegrated prosthetics
- Stability prosthetics and natural movement
- Techniques for reducing infection risks in artificial limbs
- Robotic systems in intelligent prosthetics
- Actuators for natural movement adaptation
- Advances in robotic prosthetic limbs
- Enhanced mobility
- Robots and intelligent systems in healthcare
- Robotics and automation applications
- AI applications in robotics and autonomous systems
- Materials for comfortable and efficient prosthetic limbs
- Lightweight and durable materials
- Composite materials in biosensors
- Applied biosciences and bioengineering
- Nanotechnology and advanced materials
- AI applications in green chemistry and sustainable processes
- Neural interfaces for artificial limb control
- Cortical neural interfaces in artificial limbs
- Neural interfaces in biosensors
- Rehabilitation engineering in prosthetic development
- Techniques for improving the rehabilitation process
- High-performance rehabilitation tools
- Intelligent tools in rehabilitation
- Mechatronics and mechanical tools in rehabilitation
- AI applications in mechatronics and control engineering
- AI in mechanical and manufacturing engineering
- AI in chemical and biological engineering
- AI in electrical and electronic engineering
- AI in computer and information technology
- AI in autotronics
- AI in civil and architecture engineering
- AI in aviation engineering
- AI in software engineering
- AI in security of systems
- AI in Industry 4.0 & 5.0
- AI in 3D printing, CAD/CAM, and CNC machines
- AI in supply chain management and industrial automation
- Energy transition and decarbonization
- Advanced materials for energy applications
- Smart grids and energy storage
- Carbon capture, utilization, and storage
- Renewable energy in developing countries
- Energy efficiency in buildings and industry
- Sustainable transportation and mobility
- Circular economy in the energy sector
- Green hydrogen and fuel cells
- AI in environmental modeling and simulation
- AI in zero-carbon systems and smart cities
- AI in ecological restoration and management
- AI in environmental impact of climate change
- AI in biodiversity and ecosystem services
- AI in green infrastructure and urban ecology
- AI in sustainable agriculture and food systems
- AI in recycling technologies and circular economy
- AI in air pollution and indoor air quality
- AI in water and wastewater treatment
- AI in business development & economics
- AI in small and medium enterprises
- AI in free trade and global markets
- AI in virtual reality and augmented reality
- AI in online learning and virtual labs
- AI in social media and digital education