Assistive Technology and Medical Rehabilitation
To enhance the quality of life through the use of multi-sensory technology, we focus on:
- Devices for mobility, visual, and hearing impairments;
- Assistive technology for cognition;
- Personal emergency response systems; and
- Devices for rehabilitation and physical therapy.
To build vehicles equipped with the ability to sense their environment and operate with little or no human input, we focus on:
- Self-driving car;
- Autonomous marine system; and
- Unmanned aerial vehicle and its applications.
To improve organizations’ business operations, we focus on:
- Cybersecurity and fraud detection;
- Financial technology;
- Process optimization;
- Contextual-based processing; and
- Knowledge management.
To facilitate the better performance of educational systems, we focus on:
- Algorithms and computation;
- Virtual laboratory;
- Intelligent online learning;
- Game technology; and
- Smart course content with AR/VR.
To produce intelligent machines to help and assist humans, we focus on:
- Robot at home/office;
- Collaborative robot machine;
- Farming and agricultural robots;
- Robotic applications in medicine; and
- Special purpose robot system.
To enhance the quality of living for citizens involving factors such as transportation, buildings, utilities, environment, infrastructure, and public services, we focus on:
- Intelligent video analytics;
- Intelligent communication and transportation system;
- Smart governance;
- Smart policing; and
- Smart environment, energy, power, and control system.
To save people’s lives by empowering diagnosis and treatment planning with artificial intelligence methods, we focus on:
- Medical vision;
- Medical data analytics;
- Clinical diagnosis; and
- Advance brain research.
To be able to deliver healthcare services through digital communication technologies, we focus on:
- Smart healthcare;
- Treatment automation; and
- Virtual nursing assistant.
