Towards the aged society, the monitoring of daily physiological information will play a role in improving the quality of life. This research topic aims to explore recent developments in advanced sensors and their applications in healthcare and clinical practice. Heavily impacted by the COVID-19 pandemic, the healthcare sector is witnessing the development and application of new technologies for diagnostics. Sensors with enhanced intelligence, precision, speed, wireless connectivity, safety, self-learning and self-recovery abilities, compactness, and standardization are currently undergoing extensive development and deployment. Sensors that do not interfere with daily life have been developed and are beginning to be used clinically.
This research topic is dedicated to exploring the breadth of sensor advances beyond traditional applications, encompassing the myriad ways in which sensors will shape the future of diagnostics, environmental monitoring, and personalized medicine. From novel sensing techniques to the integration of sensors with digital health platforms, we aim to capture the essence of the innovations that define the current sensor landscape.
Contributors are encouraged to share their insights on emerging trends, potential applications, and pathways for transforming sensor research into practical tools that address real-world needs. By bringing together leading minds and cutting-edge research, this special issue will serve as a cornerstone for fostering collaboration and inspiring further advances in the field.
Potential topics include, but are not limited to
Sensors that predict and prevent disease and improve the quality of daily life,
Smart House, Smart home
Challenges and opportunities in development of innovative sensing devices,
Sensors with the rapid development of fifth generation (5G) cellular network technology,
Key technologies that influence sensor design and innovation. (Non-contact radar, No-contact thermometer)
Towards the aged society, the monitoring of daily physiological information will play a role in improving the quality of life. This research topic aims to explore recent developments in advanced sensors and their applications in healthcare and clinical practice. Heavily impacted by the COVID-19 pandemic, the healthcare sector is witnessing the development and application of new technologies for diagnostics. Sensors with enhanced intelligence, precision, speed, wireless connectivity, safety, self-learning and self-recovery abilities, compactness, and standardization are currently undergoing extensive development and deployment. Sensors that do not interfere with daily life have been developed and are beginning to be used clinically.
This research topic is dedicated to exploring the breadth of sensor advances beyond traditional applications, encompassing the myriad ways in which sensors will shape the future of diagnostics, environmental monitoring, and personalized medicine. From novel sensing techniques to the integration of sensors with digital health platforms, we aim to capture the essence of the innovations that define the current sensor landscape.
Contributors are encouraged to share their insights on emerging trends, potential applications, and pathways for transforming sensor research into practical tools that address real-world needs. By bringing together leading minds and cutting-edge research, this special issue will serve as a cornerstone for fostering collaboration and inspiring further advances in the field.
Potential topics include, but are not limited to
Sensors that predict and prevent disease and improve the quality of daily life,
Smart House, Smart home
Challenges and opportunities in development of innovative sensing devices,
Sensors with the rapid development of fifth generation (5G) cellular network technology,
Key technologies that influence sensor design and innovation. (Non-contact radar, No-contact thermometer)