Continuous domestic respiration monitoring provides vital information for diagnosing
assorted diseases. In this paper, we introduce RESPTRACKER, the first continuous, multiple …

In recent years, we have seen efforts made to monitor respiration for multiple users. Existing
approaches capture chest movement relying on signals directly reflected from chest or …

Continuous respiration monitoring is significant for real-life healthcare applications, but
realizing it is extremely hard as wearable sensors are cumbersome and contact-free sensors …

Recently, non-intrusive respiration monitoring has attracted much attention. Many respiration
monitoring systems using the commercial off-the-shelf WiFi devices have been developed …

Respiration rate monitoring is beneficial for the diagnosis of a variety of diseases, such as
heart failure and sleep disorders. Radio Frequency (RF) based respiration rate monitoring …

Radio signals are sensitive to changes in the environment, which for example is reflected on
the received signal strength (RSS) measurements of low-cost wireless devices. This …

Recent advances in wireless systems have demonstrated the possibility of tracking a
person's respiration using the RF signals that bounce off her body. The resulting breathing …

Recent years have witnessed advances of Internet of Things technologies and their
applications to enable contactless sensing and elderly care in smart homes. Continuous and …

Breathing rate is critical for the user's respiratory health and is hard to track outside the
clinical context, requiring specialized devices. Earables could provide a convenient solution …

Human respiration state is an important indicator to reflect health conditions. Recent
advances in wireless human sensing have enabled device-free respiration monitoring using …