Hanne Siri Amdahl Heglum
About
Postdoctoral fellow at the Trondheim Sleep and Chronobiology Research Group. I work in the AI-MENT project, which is a collaboration between the Department of Mental Health and the Department of Computer Technology. Our goal is to develop and explore modern technological tools for improving services in mental health care, with a particular focus on methods relating to sleep.
My PhD topic was the use of a non-contact radar sensor for deriving information about sleep from measurements of movement patterns. I am particularly interested in studying connections between neurological sleep physiology and easily measurable signals (such as body movement), and my hope is that more knowledge in this field can contribute to making objective sleep measurement easier and more accessible to all.
Publications
2022
-
Vethe, Daniel;
Drews, Henning Johannes;
Scott, Janine Linda;
Engstrøm, Morten;
Heglum, Hanne Siri Amdahl;
Grønli, Janne.
(2022)
Evening light environments can be designed to consolidate and increase the duration of REM-sleep.
Scientific Reports
Academic article
-
Heglum, Hanne Siri Amdahl;
Drews, Henning Johannes;
Kallestad, Håvard;
Vethe, Daniel;
Langsrud, Knut;
Sand, Trond.
(2022)
Contact-free radar recordings of body movement can reflect ultradian dynamics of sleep.
Journal of Sleep Research
Academic article
2021
-
Heglum, Hanne Siri Amdahl;
Kallestad, Håvard;
Vethe, Daniel;
Langsrud, Knut;
Sand, Trond;
Engstrøm, Morten.
(2021)
Distinguishing sleep from wake with a radar sensor: A contact-free real-time sleep monitor.
Sleep
Academic article
2020
-
Vethe, Daniel;
Scott, Janine Linda;
Engstrøm, Morten;
Salvesen, Øyvind;
Sand, Trond;
Olsen, Alexander.
(2020)
The evening light environment in hospitals can be designed
to produce less disruptive effects on the circadian system and
improve sleep.
Sleep
Academic article
-
Lunde, Lars-Kristian;
Skare, Øivind;
Mamen, Asgeir;
Sirnes, Per Anton;
Aass, Hans Christian Dalsbotten;
Øvstebø, Reidun.
(2020)
Cardiovascular Health Effects of Shift Work with Long Working Hours and Night Shifts: Study Protocol for a Three-Year Prospective Follow-Up Study on Industrial Workers.
International Journal of Environmental Research and Public Health (IJERPH)
Academic article
2018
-
Pallesen, Ståle;
Grønli, Janne;
Myhre, Kenneth;
Moen, Frode;
Bjorvatn, Bjørn;
Hanssen, Ingar.
(2018)
A pilot study of impulse radio ultra wideband radar technology as a new tool for sleep assessment.
Journal of Clinical Sleep Medicine (JCSM)
Academic article
Journal publications
-
Vethe, Daniel;
Drews, Henning Johannes;
Scott, Janine Linda;
Engstrøm, Morten;
Heglum, Hanne Siri Amdahl;
Grønli, Janne.
(2022)
Evening light environments can be designed to consolidate and increase the duration of REM-sleep.
Scientific Reports
Academic article
-
Heglum, Hanne Siri Amdahl;
Drews, Henning Johannes;
Kallestad, Håvard;
Vethe, Daniel;
Langsrud, Knut;
Sand, Trond.
(2022)
Contact-free radar recordings of body movement can reflect ultradian dynamics of sleep.
Journal of Sleep Research
Academic article
-
Heglum, Hanne Siri Amdahl;
Kallestad, Håvard;
Vethe, Daniel;
Langsrud, Knut;
Sand, Trond;
Engstrøm, Morten.
(2021)
Distinguishing sleep from wake with a radar sensor: A contact-free real-time sleep monitor.
Sleep
Academic article
-
Vethe, Daniel;
Scott, Janine Linda;
Engstrøm, Morten;
Salvesen, Øyvind;
Sand, Trond;
Olsen, Alexander.
(2020)
The evening light environment in hospitals can be designed
to produce less disruptive effects on the circadian system and
improve sleep.
Sleep
Academic article
-
Lunde, Lars-Kristian;
Skare, Øivind;
Mamen, Asgeir;
Sirnes, Per Anton;
Aass, Hans Christian Dalsbotten;
Øvstebø, Reidun.
(2020)
Cardiovascular Health Effects of Shift Work with Long Working Hours and Night Shifts: Study Protocol for a Three-Year Prospective Follow-Up Study on Industrial Workers.
International Journal of Environmental Research and Public Health (IJERPH)
Academic article
-
Pallesen, Ståle;
Grønli, Janne;
Myhre, Kenneth;
Moen, Frode;
Bjorvatn, Bjørn;
Hanssen, Ingar.
(2018)
A pilot study of impulse radio ultra wideband radar technology as a new tool for sleep assessment.
Journal of Clinical Sleep Medicine (JCSM)
Academic article