Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Respiration volume has been widely used as an important indication for diagnosis and treatment of pulmonary diseases and other health care related issues such as critically ill patients neonatal ventilation, post-operative monitoring and various others. Most of existing technologies for respiration volume monitoring require physical contact with the human body. While wireless-based approaches have also been discussed in the literature, there are still limitations in terms of estimation accuracy and time efficiency preventing these approaches from being realized in practice. ,  present an automated, wireless-based, vision-supervised system, called  WiKiSpiro , for monitoring an individual's respiration volume. In particular,  present a system design encompassing a wireless device, motion tracking and control system, and a set of methods to accurately derive breathing volume from the reflected signal and to address challenges caused by body movement and posture changes.  present our preliminary results of  WikiSpiro , and identify possible challenges for future research and development.
['Phuc Nguyen', 'Shane Transue', 'Min Hyung Choi', 'Ann C. Halbower', 'Tam Vu']
I am writing a research paper on a idea WiKiSpiro: non-contact respiration volume monitoring during sleep
[{"from": "human", "value": "I am writing a research paper on a idea WiKiSpiro: non-contact respiration volume monitoring during sleep"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Respiration volume has been widely used as an important indication for diagnosis and treatment of pulmonary diseases and other health care related issues such as critically ill patients neonatal ventilation, post-operative monitoring and various others. Most of existing technologies for respiration volume monitoring require physical contact with the human body. While wireless-based approaches have also been discussed in the literature, there are still limitations in terms of estimation accuracy and time efficiency preventing these approaches from being realized in practice. ,  present an automated, wireless-based, vision-supervised system, called  WiKiSpiro , for monitoring an individual's respiration volume. In particular,  present a system design encompassing a wireless device, motion tracking and control system, and a set of methods to accurately derive breathing volume from the reflected signal and to address challenges caused by body movement and posture changes.  present our preliminary results of  WikiSpiro , and identify possible challenges for future research and development."}]