Mobile app Flora Incognita developed by a team with researchers of the Max Planck institute for Biogeochemistry identifies plants using artificial intelligence helps to monitor changes in biodiversity and to detect macroecological patterns.
Smartphone applications leverage this technology to enable users to easily identify
Mobile app Flora Incognita developed by a team with researchers of the Max Planck institute for Biogeochemistry identifies plants using artificial intelligence helps to monitor changes in biodiversity and to detect macroecological patterns.
Smartphone applications leverage this technology to enable users to easily identify
In an interview, Manuel Cebrian, computer scientist at the Max Planck Institute for Human Development, explains why contact tracing of corona infected people needs technical support and why it can work even if not everyone installs a tracing app.
scientist Manuel Cebrian showed together with Kate Farrahi and Remi Emonet that smartphone
In an interview, Manuel Cebrian, computer scientist at the Max Planck Institute for Human Development, explains why contact tracing of corona infected people needs technical support and why it can work even if not everyone installs a tracing app.
scientist Manuel Cebrian showed together with Kate Farrahi and Remi Emonet that smartphone
In an interview, Manuel Cebrian, computer scientist at the Max Planck Institute for Human Development, explains why contact tracing of corona infected people needs technical support and why it can work even if not everyone installs a tracing app.
scientist Manuel Cebrian showed together with Kate Farrahi and Remi Emonet that smartphone
Wissenschaftler entwickeln mathematische Methoden, um die Zuverlässigkeit der vernetzten Systeme zu garantieren.
Majumdar wischt schnell auf dem Smartphone empfangene E-Mails weg, dann eilt er zu
Wissenschaftler entwickeln mathematische Methoden, um die Zuverlässigkeit der vernetzten Systeme zu garantieren.
Majumdar wischt schnell auf dem Smartphone empfangene E-Mails weg, dann eilt er zu
Stay-at-home work mandates have proven highly effective at slowing the spread of the COVID-19 virus. But these measures have had numerous unwanted consequences, including dramatic reductions in economic productivity. Are there alternative methods that have the potential to simultaneously contain pandemic spread while also minimizing negative economic effects? Researchers at the Max Planck Institute for Human Development examined this question using data and methods commonly excluded from pandemic-control policy design.
„In practice, the number of contacts could be estimated simply using a smartphone
Scientists at the Max Planck Institute for the Science of Human History have designed a smartphone
Die Maßnahmen zur Eindämmung der Corona-Pandemie sind Gegenstand politisch aufgeladener Diskussionen und polarisieren Bevölkerungsgruppen: Befürworter*innen motivieren ihre Bekannten zum Einhalten von Regeln, Gegner*innen rufen in sozialen Medien zum Widerstand auf. Doch wie wirken sich Politisierung und soziale Mobilmachung auf das Infektionsgeschehen aus? Diese Frage haben Forscher des Max-Planck-Instituts für Bildungsforschung am Beispiel der USA untersucht. Ihre Ergebnisse wurden im Journal Applied Network Science veröffentlicht.
Einfluss per Smartphone: Soziale Medien spielen bei der Eindämmung der Coronapandemie
