Simplicity in Vision A Multidisciplinary Account of Perceptual Organization [Paperback]

A multidisciplinary account of human perceptual organization, with rigorous theoretical foundations, quantitative and qualitative models, and extensive empirical evidence.Simplicity in Vision explores the idea that our visual system yields simplest stimulus organizations. Integrating theoretical, empirical, and tractability findings on this idea, it presents an assessment of the veridicality of simplicity, a comprehensive understanding of symmetry perception, and a cognitive architecture relating neuronal synchronization to quantum-like feature processing.Simplicity in Vision explores the idea that our visual system yields simplest stimulus organizations. Integrating theoretical, empirical, and tractability findings on this idea, it presents an assessment of the veridicality of simplicity, a comprehensive understanding of symmetry perception, and a cognitive architecture relating neuronal synchronization to quantum-like feature processing.Perceptual organization is the neuro-cognitive process that enables us to perceive scenes as structured wholes consisting of objects arranged in space. Simplicity in Vision explores the intriguing idea that these perceived wholes are given by the simplest organizations of the scenes. Peter A. van der Helm presents a truly multidisciplinary approach to answer fundamental questions such as: Are simplest organizations sufficiently reliable to guide our actions? What is the nature of the regularities that are exploited to arrive at simplest organizations? To account for the high combinatorial capacity and speed of the perceptual organization process, he proposes transparallel processing by hyperstrings. This special form of distributed processing not only gives classical computers the extraordinary computing power that seemed reserved for quantum computers, but also explains how neuronal synchronization relates to flexible self-organizing cognitive architecture in between the relatively rigid level of neurons and the still elusive level¢