February 2-5,2016
Australia
While Artificial Life (AL) attempts to understand nature through modelling and simulation, Computational Intelligence (CI) attempts to translate this understanding into algorithms for learning and optimisation. The Australasian Conference on Artificial Life and Computational Intelligence features international research in AL and CI and provides a forum for innovative, interdisciplinary research associated with the computational concepts underlying living and intelligent systems.
| Adaptive Ecologies | Cognitive Neuroscience | Ethics and Security in CI | Memetic Algorithms |
| Affective Computing | Complex Systems | Evolutionary Computation | Metalearning |
| ALCI in Design and Music | Computational Neuroscience | Evolutionary Design | Models of Emotions |
| Ant Colony Optimization | Consciousness and Mind | Facial Expression Analysis | Multi-Agent Systems |
| Applications of ALCI | Creative Arts and CI | Game Playing Agents | Non-player Game Characters |
| Autonomous Agents | Data Mining | Human Machine Interaction | Pattern Recognition |
| Architecture and ALCI | Deep Learning | Humanities and ALCI | Philosophy of Artificial Life |
| Artificial Neural Networks | Developmental Learning | Humanoid Robots | Reservoir Computing |
| Artificial Societies and Markets | Digital Societies | Implementation Techniques | Self-Organization |
| Augmented and Virtual Realities | Dimensionality Reduction | Information Theoretic Learning | Simulation and Modelling |
| Big Data | Embodiment and Robotics | Intelligent Home Automation | Smart Grid Techniques |
| Bioinformatics | Emergence of Collaborative Behaviour | Language Processing | Social Networks and ALCI |
| BCIs | Emotional AI | Machine Learning | Statistical Learning Theory |
| Brain theory | Engineering of Consciousness and Mind | Mathematical Models | Swarm Algorithms |
| Chatbots | Epidemiology Simulations | Medical Image Analysis | Synthetic Life Computations |
| Visual Information Processing |