DAC-IQR workshop
Activity: Participating in or organising an event › Participation in workshops, courses, seminars › Research
Authors
- Alessandro Gulberti - Participant
Related Research units
Description
Distributed Adaptive Control
Multi-robot exploration and coordination
Classical conditioning, operant conditioning and learning models based on the Distributed Adaptive Control framework, which has become a standard in the field of artificial intelligence and behavior based robotics
IQR: simulator for large scale neural systems
Key features of iqr
Graphical on-line control of the simulation
Change of model parameters at run-time
On-line visualization and analysis of data
Connect neural models to real-world devices (cameras, mobile robots, etc.)
Pre-defined neuron and synapse types
Open architecture for new neurons, synapses, and hardware interfaces
Documented, and available
GPL open source
Multi-robot exploration and coordination
Classical conditioning, operant conditioning and learning models based on the Distributed Adaptive Control framework, which has become a standard in the field of artificial intelligence and behavior based robotics
IQR: simulator for large scale neural systems
Key features of iqr
Graphical on-line control of the simulation
Change of model parameters at run-time
On-line visualization and analysis of data
Connect neural models to real-world devices (cameras, mobile robots, etc.)
Pre-defined neuron and synapse types
Open architecture for new neurons, synapses, and hardware interfaces
Documented, and available
GPL open source
16.05.2011 → 21.05.2011
DAC-IQR workshop
