The Polybot project is receiving €220,000 to develop an intelligent harvesting robot that promotes sustainable agriculture.
With the support, we can now train our learning algorithms on the most difficult
The making of a quantum movie
Only pulses from such a complete wave train are inherently so stable that they can
The Covews algorithm, developed by a team of researchers at the Max Planck Institute for Intelligent Systems, uses machine learning methods to calculate mortality forecasts for people with Covid 19, for example. The artificial intelligence could thus help to better treat people infected with Corona.
To develop and especially to train Covews, the researchers used 33,000 anonymized
The Covews algorithm, developed by a team of researchers at the Max Planck Institute for Intelligent Systems, uses machine learning methods to calculate mortality forecasts for people with Covid 19, for example. The artificial intelligence could thus help to better treat people infected with Corona.
To develop and especially to train Covews, the researchers used 33,000 anonymized
Researchers are investigating the cognitive abilities that allow animals to react to a rapidly changing environment
team documenting their trials and tribulations and publishing a guide on how to train
How fast the development from assisted to fully automated vehicles will progress is uncertain. One crucial factor here is the reliability with which a vehicle can navigate in its surroundings and react to unforeseeable incidents. Our group at the Max Planck Institute for Intelligent Systems showed that methods for motion analysis based on deep neural networks – likely components in future autonomous vehicles – can be confused by small patterns designed to “attack” these networks.
Our work can help manufacturers to train their systems to withstand such disturbances
The Max Planck Queensland Centre will explore extracellular matrices and their importance for medicine, ecology, and technology
The Center will train experts who are to become world leaders in the young field
How fast the development from assisted to fully automated vehicles will progress is uncertain. One crucial factor here is the reliability with which a vehicle can navigate in its surroundings and react to unforeseeable incidents. Our group at the Max Planck Institute for Intelligent Systems showed that methods for motion analysis based on deep neural networks – likely components in future autonomous vehicles – can be confused by small patterns designed to “attack” these networks.
Our work can help manufacturers to train their systems to withstand such disturbances
The first Max Planck Center in Africa will study how interactions between species lead to coevolution and influence biodiversity.
collaboration will foster scientific partnerships between the South and the North and help train
How fast the development from assisted to fully automated vehicles will progress is uncertain. One crucial factor here is the reliability with which a vehicle can navigate in its surroundings and react to unforeseeable incidents. Our group at the Max Planck Institute for Intelligent Systems showed that methods for motion analysis based on deep neural networks – likely components in future autonomous vehicles – can be confused by small patterns designed to “attack” these networks.
Our work can help manufacturers to train their systems to withstand such disturbances
