Symmetry is a fundamental principle of broad concern from the physical sciences to art and design. Much of its significance derives from the perceptual appeal of symmetry to the human brain, as testified by its universal inclusion in those icons of decor--oriental rugs. Although there have been many books on physical symmetry, none have addressed the issue of human symmetry perception. This comprehensive collection provides a wide range of approaches to the study of how we see symmetries, from evolutionary through empirical to extended theoretical treatments. The book is an invaluable resource for those concerned with the methods and analytic approaches to this challenging topic. It soon becomes evident that symmetry perception is not a simple example of neural pattern processing, since the essence of symmetry is to transcend the patterns of which it is composed. Consequently, this volume contains many novel methods relevant to the analysis of the long-range processing of mid-level vision rather than early neural filtering. It provides both a historical background and an intellectual stimulant to future developments in this lapidary field of study.
Prefer to have this written by Tyler. EW will ask him to write it.
'Perception of random-dot symmetry and apparent movement at and near isoluminance'. Vision Research 27: 547–554. Tyler, C. W. (1996). 'Human symmetry perception'. In Human symmetry perception and its computational analysis, ...
Human symmetry perception and its computational analysis, pp. 349–359. Lawrence Erlbaum, Mahwah, NJ (2002) Chan, M.W., Pizlo, Z., Chelberg, D.M.: Binocular shape reconstruction: psychological plausibility of the 8 point algorithm.
Human symmetry perception. In C. W. Tyler (Ed.), Human symmetry perception and its computational analysis (pp. 3 22). Zeist, The Netherlands: VSP. Tyler, C. W. (1999). Human symmetry detection exhibits reverse eccentricity scaling.
[94] R. Shepard and J. Cooper, Mental images and their transformations, MIT Press, Cambridge, MA, 1982. ... [104] C. W. Tyler, Human symmetry perception and its computational analysis, VSP, Utrecht, The Netherlands, 1996.
The analysis of sensations, 5th ed. (C.M.Williams & S.Waterlow, ... Representation and recognition of the spatial organization of three-dimensional shapes. ... Human symmetry perception and its computational analysis (pp. 383–393).
These symmetry evaluation methods are each limited to a certain type of symmetry (mirror or circular symmetry) and are generally of high complexity. 5.1 Measuring Symmetry as a Continuous Feature The basic assumption that symmetry is a ...
Creative evolutionary systems are often concerned with producing images of high artistic quality. A key challenge to such a system is to be humancompetitive by producing the same quality. Then, mimicking existing human artists could be ...
Tyler, C.W.; Hardage, L. Mirror symmetry detection: Predominance of second-order pattern processing throughout the visual field. In Human Symmetry Perception and Its Computational Analysis; Tyler, C.W., Ed.; VSP: Zeist, The Netherlands, ...
... has found Test gratings are on the left , adaptation gratings on the right that they have the same type of nerve impulses as all brain cells . Thus , all the cells sketched schematiThis is how Colin Blakemore and Peter Sutton cally ...