Welcome to the world of Affordances!
Originating in the Gibsonian theory of qualifying objects by the functionality rendered, 'affordances' or functional descriptors afforded by objects have been used recently for perceptual object definitions using the principle of 'form follows function'. Component or part affordances, which describe the functional (structural, material) and semantic properties along with the topological relationships between parts are key to building a generic, scalable and cognitive architecture for such object class recognition and visual perception systems. These affordances are not just an arbitrary set of features for object representation, instead affordances present an evolutionary and psychophysical model to visual perception. Grounded in the evolutionary psychophysical theory of 'Karmic Tabula Rasa' or 'k-TR' and engineered for practical systems using the principle of 'Recognition by Component Affordances (RBCA)', affordance features form the basis of generic object recognition and interaction for intelligent systems.Publications
- '4D Space-Time Mereotopogeometry- Part Connectivity Calculus for Visual Object Representation', (ICPR 2014)
- 'AfRob based Topological Mapping for Robot Navigation', (ICAR 2013)
- 'Anti-mirror neuron system model for affordance based k-TR Common Coding Theory', (ISP 2013)
- 'Parallel Deep Learning with Suggestive Activation for Cognitive Object Category Recognition', (ICVS 2013)
- 'AfNet: The Affordance Network', (ACCV 2012)
- 'AfRob: The Affordance Network Ontology for Robots', (IROS 2012)
- 'Af-kTRAANS: The Language of Cognitive Robots', (AAAI AI & RM 2012)
- 'k-TR Theory for Balance of Nature and Nurture in Robotic Perception', (ROBOTIK 2012)
- 'Open Affordance Feature and Entity Definition Framework: AfNet', (ICRA W' 2012)
- 'Learning Surprise and Saliency Affinities for k-TR Semantic Affordance Aberrations', (Turing 2012)
- 'k-TR: Karmic Tabula Rasa - A Theory of Visual Perception and Object Recognition', (ISP 2011)
- 'Affordance based Part Recognition for Grasping and Manipulation', (ICRA W' 2011)
- 'Ontological Knowledge Management Framework for Grasping and Manipulation', (IROS W' 2011)
- 'Knowledge Representation and Inference for Grasp Affordances' (ICVS 2011)
- 'Holisitic Visual Cognitive Recognizer using Part based Local, Global, Semantic and Affordance Features', (CVPR W' 2011)
- 'Attention Mechanisms of the k-TR Model to Visual Perception', (RAW 2011)
- 'Web Mining Driven Semantic Scene Understanding and Object Localization', (ROBIO 2011)
- 'A-fACToR - Affordance Schema for Symbolic Cognitive Architectures', (ICSR 2011)