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Neural Information Processing Group
We are concerned with the principles underlying information processing in biological systems. On the one hand we want to understand how the brain computes, on the other hand we want to utilize the strategies employed by biological systems for machine learning applications. Our research interests cover three thematic areas.
Models of Neuronal Systems:
In collaboration with neurobiologists and clinicians we study how the visual system processes visual information. Research topics include: cortical dynamics, the representation of visual information, adaptation and plasticity, and the role of feedback. More recently we became interested in how perception is linked to cognitive function, and we began to study computational models of decision making in uncertain environments, and how those processes interact with perception and memory.
Machine Learning and Neural Networks:
Here we investigate how machines can learn from examples in order to predict and (more recently) act. Research topics include the learning of proper representations, active and semisupervised learning schemes, and prototype-based methods. Motivated by the model-based analysis of decision making in humans we also became interested in reinforcement learning schemes and how these methods can be extended to cope with multi-objective cost functions. In collaboration with colleagues from the application domains, machine learning methods are applied to different problems ranging from computer vision, information retrieval, to chemoinformatics.
Analysis of Neural Data:
Here we are interested to apply machine learning and statistical methods to the analysis of multivariate biomedical data, in particular to data which form the basis of our computational studies of neural systems. Research topics vary and currently include spike-sorting and the analysis of multi-tetrode recordings, confocal microscopy and 3D-reconstruction techniques, and the analysis of imaging data. Recently we became interested in the analysis of multimodal data, for example, correlating anatomical, imaging, and genetic data.
Zusatzinformationen / Extras
Prof. Dr. rer. nat. Klaus Obermayer
Room MAR 5043
Room MAR 5042
Fon: +49 30 314 73442
Fax: +49 30 314 73121
Collaborative reseach projects
- Bernstein Center for Computational Neuroscience
- Research Training Group "Sensory Computation in Neural Systems"
- Graduate School Mind and Brain
- International Master-Program in Computational Neuroscience
- Einstein Center Neuroscience
- Collaborative Research Center "Control of Self-Organizing Nonlinear Systems"
- Reading the world with Two!Ears
- DFG Priority Program 1655 - Resolving and manipulating neuronal networks in the mammalian brain - from correlative to causal analysis
- DFG Priority Program 1527 - Autonomous learning