We have also commercialized an easy-to-use forehead electrode set (Bittium BrainStatus™, Bittium Corp., Oulu, Finland) for recording of EEG. We have developed machine learning based approaches for estimation of sleep apnea severity, assessment of sleep apnea-related daytime sleepiness, and automatic detection of sleep stages. With new technology, we’re hopeful that we can improve the lives and well-being of people through better sleep. Our research group has developed novel computational solutions for a more accurate diagnosis of sleep apnea, investigating the relationship between the severity of individual respiratory events and the severity of sleep apnea, and developing novel wearable technologies for self-applicable monitoring of sleep disturbances. And by testing SmartSleep technology in these extreme conditions, we’ll also gain from a better understanding of the benefits of SmartSleep for improving sleep for people here on Earth. The group conducts globally known and recognized research related to the development of diagnostics of obstructive sleep apnea. The Philips SmartSleep Better Sleep Program retrains you to fall asleep or sleep more soundly2, without medication or supplements.
If you have long hair, pull the SmartSleep headband over your head until it is around your neck and under your hair. Place the SmartSleep headband on your head so that the forehead sensor is straight across your forehead.
Comfort tip Place the sensor close to the hairline. The research group offers an inspiring, active, and youthful working environment. Place the SmartSleep Sensor on the bone behind your right ear. Smartsleep consists of two components: smartsleep Chewable Tablets (Pack of 2) Some components of smartsleep cannot be stored in liquids, otherwise they would lose their effect. In addition, both study personnel and those assessing outcomes will not be aware of the order of stimulation modalities. smartsleep is a selected nutrient mix and provides the body with important vitamins, minerals, the amino acid glycine and creatine. Subjects will wear the SmartSleep device each night and will be unaware of the order of stimulation modalities. Additionally the new SmartSleep state lets your notebook just sleep while the battery has a high level. The SmartSleep device will be programmed by investigators not involved in study execution. In our research group, national and international collaboration has a key role to play. SmartSleep lets you select each sleep state.
The lab and research group are operating at the Department of Applied Physics, University of Eastern Finland and at the School of Information Technology and Electrical Engineering, The University of Queensland in a close collaboration with the Diagnostic Imaging Center, Kuopio University Hospital. The lab and research group were established in 2017 and are run by co-heads Docent Timo Leppänen, Docent Sami Myllymaa, and Professor Juha Töyräs.
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