Processing spatial layout by perception and sensorimotor interaction.
about
Sugar and space? Not the case: Effects of low blood glucose on slant estimation are mediated by beliefs.Spatial task context makes short-latency reaches prone to induced Roelofs illusion.Design, data, and theory regarding a digital hand inclinometer: a portable device for studying slant perception.Anchoring in action: manual estimates of slant are powerfully biased toward initial hand orientation and are correlated with verbal reportLearning and exposure affect environmental perception less than evolutionary navigation costs.Perceptual scale expansion: an efficient angular coding strategy for locomotor space.Perceived slant of binocularly viewed large-scale surfaces: a common model from explicit and implicit measures.Manual matching of perceived surface orientation is affected by arm posture: evidence of calibration between proprioception and visual experience in near spaceLarge perceptual distortions of locomotor action space occur in ground-based coordinates: Angular expansion and the large-scale horizontal-vertical illusionEmbodied language: a review of the role of the motor system in language comprehension.Depth compression based on mis-scaling of binocular disparity may contribute to angular expansion in perceived optical slant.Do Individual Differences and Aging Effects in the Estimation of Geographical Slant Reflect Cognitive or Perceptual Effects?What do hands know about hills? Interpreting Taylor-Covill and Eves (2013) in context.Humans have precise knowledge of familiar geographical slantsControlled interaction: strategies for using virtual reality to study perception.Free hand proprioception is well calibrated to verbal estimates of slanted surfaces.Palm board and verbal estimates of slant reflect the same perceptual representation.Pitching people with an inversion table: Estimates of body orientation are tipped as much as those of visual surfaces.Manual anchoring biases in slant estimation affect matches even for near surfaces.Visual field dependence as a navigational strategy.Effect of Eye Height on Estimated Slopes of Hills.Foreshortening affects both uphill and downhill slope perception at far distances.Mother's Perception of Children's Motor Development in Southern Brazil.Proprioceptive-Visual Integration and Embodied Cognition: A Developmental Perspective.Slope estimation and viewing distance of the observer.Perception of Stand-on-ability: Do Geographical Slants Feel Steeper Than They Look?Remote haptic perception of slanted surfaces shows the same scale expansion as visual perception.Rolling Motion Along an Incline: Visual Sensitivity to the Relation Between Acceleration and Slope.
P2860
Q30418676-272E199B-BED3-4DED-8AB1-C1EAF410C1DAQ30430909-717FA053-C272-4D07-A45A-3489DF9A053CQ33813758-CB2DEF50-11E5-4E69-A0AE-21EBED1D3C2FQ34445404-1326070E-7372-440C-9C4D-3132E70A81D3Q34663586-C517D132-59B8-42C5-ADCA-E1991280049BQ35161723-8F9C673A-BCE3-4888-8AD2-32F53C5923F2Q35165461-93C84766-BCE2-4F82-A0C4-FD8CD964CAA6Q35737686-92AC49EA-3434-4674-B3AA-B20482A629E9Q36689713-45220779-2EE7-4369-9BE7-B7BFCB2F4E85Q37159398-6CEC82B1-9EC2-4EAA-8622-AC6EAE2399CDQ37219004-8C753977-61E2-40A4-9A75-C2863EB08242Q37271938-B6494754-5F8A-41B2-8DC7-9DB80678852FQ37409868-0845ECEF-CB4D-424C-8A5E-C5DA3AC69BA4Q37458650-61D6CF71-4E23-4128-808E-A1BC16901743Q37755900-D5B964F2-0506-49AC-B9FC-E906187C3B97Q39117191-AE187F44-BE6E-46A7-B30F-4AA8899BB0D7Q40279505-3C940337-7B9F-4663-BFC5-ADDD3D9B9A0FQ40336423-0256CE6B-40AE-495B-8BB6-7BD3C968BF49Q40561278-04B20028-130A-4CC9-98A6-776F799B231DQ40593293-52C3283F-9060-4E03-BE67-8C71D6F67E6FQ47349216-2100C6B2-C60B-4B0D-91EA-F77373AA33D2Q48951027-9130C7BD-4D1E-4403-84F5-982EFBAEFA24Q50479782-1866836D-0F8D-40A3-AB98-FDC76DEBFC3AQ50489384-2E99F9F5-0E3E-491F-BFE9-CB57636F22B2Q51079458-8E31D798-F138-4005-8769-C97B261CDF5EQ51301205-9E518AE8-41C1-4E2A-8AF5-C0D328242841Q53666884-767C30B3-895D-4E93-A9CC-206FDE5C12B7Q55514843-3B40A0D0-3B93-4A26-99A6-06A60151D874
P2860
Processing spatial layout by perception and sensorimotor interaction.
description
2008 nî lūn-bûn
@nan
2008年の論文
@ja
2008年論文
@yue
2008年論文
@zh-hant
2008年論文
@zh-hk
2008年論文
@zh-mo
2008年論文
@zh-tw
2008年论文
@wuu
2008年论文
@zh
2008年论文
@zh-cn
name
Processing spatial layout by perception and sensorimotor interaction.
@en
type
label
Processing spatial layout by perception and sensorimotor interaction.
@en
prefLabel
Processing spatial layout by perception and sensorimotor interaction.
@en
P2860
P1476
Processing spatial layout by perception and sensorimotor interaction.
@en
P2093
Bruce Bridgeman
Merrit Hoover
P2860
P304
P356
10.1080/17470210701623712
P577
2008-06-01T00:00:00Z