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Touch Can Be as Accurate as Passively-Guided Kinaesthesis in Length Perception

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For more content, see Seeing and Perceiving and Spatial Vision.

Two experiments were designed to investigate the contribution of touch and kinaesthesis to haptic perception of the length of raised lines. Experiment 1 showed that judgements based on kinaesthetic information were not more accurate than those based on cutaneous information. Instead, kinaesthetic and cutaneous inputs appear to be weighted almost equally in the haptic percept, with haptic performance more closely approximated by cutaneous performance than by kinaesthetic. In Experiment 2 it was shown that effects attributed to condition (modality) were not due to the speed with which the stimulus or exploring finger moved. Our results challenge the view that kinaesthesis is more important than touch for identification of raised line drawings.

Affiliations: 1: Psychological Studies, Monash University, Churchill, 3842, Australia


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1. Bergmann Tiest W. M. , van der Hoff M. A. , Kappers A. M. L. ( 2011). Cutaneous and kinaesthetic perception of traversed distance, in: IEEE World Haptics Conference, Istanbul, Turkey, pp. 593–597.
2. Dépeault A. , Meftah el-M. , Chapman C. E. ( 2008). "Tactile speed scaling: Contributions of time and space", J. Neurophysiol. Vol 99, 14221434.
3. Ernst M. O. ( 2004). "Multisensory integration: A late bloomer", Curr. Biol. Vol 18, R519R521.
4. Ernst M. O. , Banks M. S. ( 2002). "Humans integrate visual and haptic information in a statistically optimal fashion", Nature Vol 415, 429433.
5. Giachritsis C. , Wright R. , Wing A. ( 2010). The contribution of proprioceptive and cutaneous cues in weight perception: Early evidence for maximum-likelihood integration, in: EuroHaptics 2010, Amsterdam, Netherlands, pp. 11–16.
6. Gibson J. J. ( 1962). "Observations on active touch", Psychol. Rev. Vol 69, 477490.
7. Goodale M. A. , Milner A. D. ( 1992). "Separate visual pathways for perception and action", Tr. Neurosci. Vol 15, 2025.
8. Gori M. , Sandini G. , Martinoli C. , Burr D. ( 2010). "Poor haptic orientation discrimination in nonsighted children may reflect disruption of cross-sensory calibration", Curr. Biol. Vol 20, 223225.
9. Hollins M. , Goble A. K. ( 1988). "Perception of the length of voluntary movements", Somatosens. Res. Vol 5, 335348.
10. Jansson G. ( 1998). "Haptic perception of outline 2d shape: The contributions of information viathe skin, the joints and the muscles", in: Advances in Perception — Action Coupling, Bril B. , Ledebt A. , Dietrich G. , Roby-Brami A. (Eds), pp.  2530. Editions EDK, Paris, France.
11. Levy-Tzedek S. , Ben Tov M. , Karniel A. ( 2011). "Rhythmic movements are larger and faster but with the same frequency on removal of visual feedback", J. Neurophysiol. Vol 106, 21202126.
12. Loo C. K. , Hall L. A. , McCloskey D. I. , Rowe M. J. ( 1983). "Proprioceptive contributions to tactile identification of figures: Dependence on figure size", Behav. Brain Res. Vol 7, 383386.
13. Magee L. E. , Kennedy J. M. ( 1980). "Exploring pictures tactually", Nature Vol 283, 287288.
14. McCloskey D. I. ( 1994). "Human proprioceptive sensation", J. Clin. Neurosci. Vol 1, 173177.
15. Noll N. C. , Weber R. J. ( 1985). "Visual and tactile scanning: moving scan versusmoving medium", Bull. Psychon. Soc. Vol 23, 473476.
16. Richardson B. L. , Symmons M. A. , Accardi R. ( 2000). "The TDS: A new device for comparing active and passive-guided touch", IEEE Trans. Rehabil. Eng. Vol 8, 414417.
17. Richardson B. L. , Symmons M. A. , Wuillemin D. B. ( 2004). "The relative importance of cutaneous and kinaesthetic cues in raised line drawing exploration", in: Touch, Blindness: Psychology and Neuroscience, Heller M. A. , Ballesteros S. (Eds), pp.  247250. Universidad Nacional de Educacion a Distancia, Madrid, Spain.
18. Richardson B. L. , Van Doorn G. H. ( 2010). Haptics can “lend a hand” to a bionic eye, in: EuroHaptics 2010, Amsterdam, Netherlands, pp. 320–325.
19. Soechting J. F. , Poizner H. ( 2005). "The use of motion cues in the haptic sense of circularity", Exp. Brain Res. Vol 165, 413421.
20. Srinivasan M. A. , LaMotte R. H. ( 1995). "Tactual discrimination of softness", J. Neurophysiol. Vol 73, 88101.
21. Symmons M. A. , Richardson B. L. , Wuillemin D. B. ( 2007). "Intrasensory attention: Kinaesthesis versuscutaneous inputs", Perception Vol 36, 880887.
22. Symmons M. A. , Richardson B. L. , Wuillemin D. B. ( 2008). "Components of haptic information: Skin rivals kinaesthesis", Perception Vol 37, 15961604.
23. van Beers R. J. , Wolpert D. M. , Haggard P. ( 2002). "When feeling is more important than seeing in sensorimotor adaptation", Curr. Biol. Vol 12, 834837.

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