- About our group
- How to contact us
- People
- Projects
- Computational Neuroscience Projects
- Complex Systems Projects
- Past projects
- EURESIST - Project
- ICEA - Modelling goal-directed navigation of the rat
- Hippocampal oscillations
- Study of sensory systems
- Software package for complex network analysis
- Dynamics of evolving networks
- A populational model of hippocampus CA3 region slices
- Development of hippocampal place fields
- Hippocampal coding and dynamics
- Location dependent differences between somatic and dendritic IPSPs
- Olfaction and its underlying stochastic phenomena
- The role of self-excitation in the development of topographic order
- Publications
- Events
- CNS '15 Host Proposal
- IJCNN 11 Workshop
- Past events
- Minisymposium on Computational Aspects of Neurological and Psychatric Diseases
- Workshop on large scale random graphs
- Workshop on Cortico- Hippocampal dynamics: Navigation and Neuromodulation
- Joint Workshop on Neural Autonomous Robots
- Workshop on System Neuroscience
- Neuronhálózatok strukturális kérdései
- 7th Tamagawa Dynamic Brain Forum 2002
- Minisymposium on Computational Neuroscience
- Számítógepes neurológia konferencia, Problemák - Adatok - Modellek
- Budapest - Tampere Minisymposium on Computational Neurolgy
- Education / Oktatás
- Lectures and News
- Positions
- Intranet
ICEA - Activities and Workpackages
Activity 1 - Theoretical framework
- WP1 - initial theoretical framework
- WP2 - integration of the different research activtities
- WP3 - promotion of project results
Activity 2 - ICEAbot: an integrated robot platform
- WP1 - Sensorimotor integration in ICEAbot
- WP2 - Control integration in ICEAbot
- WP3 - Towards an active touch system modelled on the rat facial whiskers
Activity 3 - ICEAsim: an integrated simulation platform
- WP1 - Development of the simulation platform
Activity 4 - Energy autonomy and bio-regulation
- WP1 - Prototyping of hardware systems
Activity 5 - The layered cognitive architecture for self-defence
- WP1 - Modelling the brainstem and midbrain substrates for self-defence
Activity 6 - Spatial cognition, motivation, and goal-directed navigation
- WP1 - Identifying the neural substrates for alternative spatial orientation strategies
- WP2 - Modelling the substrate of competing spatial orientation strategies
- WP3 - Co-operation between spatial orientation strategies
- WP4 - Learning spatial orientation strategies
Activity 7 - Representation, Abstraction and Planning
- WP1 - Prediction, abstraction and emotions
- WP2 - Planning, abstraction and emotions
Activity 8 - Training and Dissemination
Activity 9 - Management and assessment