Studies in Perception and Action VII 1st Edition by Sheena Rogers, Judith Effken ISBN 0805848053 9780805848052

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ISBN 10: 0805848053 
ISBN 13: 9780805848052
Author: Sheena Rogers, Judith Effken

Studies in Perception and Action VII 1st Table of contents:

1. Contributors
2. “Representational Momentum” and the Perception of Complex Biological Motion
3. Method
4. Results
5. Discussion
6. References
7. Body Shape Contributions to Perception of Point Light Displays
8. Method
9. Results
10. Discussion
11. References
12. Sensitivity to Emotional Events
13. Patterns of relationship between perceptions of the full-view and point-light displays
14. Patterns within the data
15. Inconsistencies within the data
16. Individual differences
17. Implications and subsequent research
18. References
19. Property of Human Locomotion in Animations and Biomechanics
20. References
21. Altered Depth Perception in Stereoscopic Visualization
22. Method
23. Results
24. References
25. The Mona Lisa Effect: Perception of Gaze Direction in Real and Pictured Faces
26. Method
27. Results
28. Method
29. Results
30. Discussion
31. References
32. The Logical Structure of Visual Information
33. References
34. Effects of Texture and Surface Corrugation on Perceived Direction of Heading
35. Method
36. Results
37. Discussion
38. References
39. Viewing Pictures: Similar Triangles Show How Viewing Distance Increases Size
40. References
41. Viewing Pictures from Too Far: When are Tiles Perceived Square?
42. Method
43. Results and Discussion
44. References
45. Frequency and Amplitude are Inversely Related in Circle Drawing
46. Method
47. Results
48. Conclusions
49. References
50. Learning and Transfer across Different Effector Systems: The Example of Goal-Directed Displacement Tasks
51. Method
52. Results
53. Discussion
54. References
55. Hierarchical Control of the Bimanual Gallop
56. Method
57. Results
58. Discussion
59. References
60. Visual Basis of Directional Constraint in Hand-Foot Coordination Dynamics
61. Method
62. Results
63. Discussion
64. References
65. The Role of Visual and Kinesthetic Information in Bimanual Coordination
66. Method
67. Results
68. Discussion
69. References
70. The Ecological Meaning of Spatial Symmetry in Bimanual Motor Coordination
71. Method
72. Results
73. Method
74. Results
75. Discussion
76. References
77. Musculoskeletal Dynamics of the Wrist During Rhythmic Activity
78. Methods
79. Results
80. Discussion
81. References
82. Recruitment in a Synchronisation Task: A Coalition of Constraints
83. Method
84. Results and Discussion
85. Conclusion
86. References
87. Intention and Attention in Gestural Coordination: Asymmetric HKB Model
88. Method
89. Results
90. Discussion
91. References
92. Bi-Manual Haptic Attention
93. Experiment 1
94. Experiments 2 and 3
95. Experiment 4
96. Summary
97. References
98. Heaviness Perception Depends on Movement
99. Experiment 1—Are Heaviness Metamers for Sliding Different from Those for Wielding?
100. Experiment 2—Is perceived heaviness affected by the number of hands?
101. Conclusion
102. References
103. Contribution of the Inertia Tensor to Manual Multi-Joint Pointing
104. Method
105. Results and discussion
106. Perspectives
107. References
108. Transfer of Calibration in Dynamic Touch: Length and Sweet-Spot Perception
109. Results
110. Results
111. Discussion
112. References
113. Postural Sway Decreases During Performance of a Digit Rehearsal Task
114. Method
115. Results
116. Discussion
117. References
118. Modeling Phase Transitions in Human Posture
119. The model
120. Simulations
121. Conclusion
122. References
123. Sports Expertise Influences Learning of Postural Coordination
124. Method
125. Results
126. Learning groups
127. Discussion
128. References
129. Footnotes
130. The Dynamics of Learning New Postures
131. Method
132. Results
133. Discussion
134. References
135. An Intentional Dynamics Assessment Procedure for Discrete Tasks
136. Analysis
137. Results
138. Conclusion
139. References
140. Measuring Exploratory Learning with Minimal Instruction as Drift
141. Method
142. Results and discussion
143. Conclusion
144. References
145. Experimental Investigations of the Emergence of Communication Procedures
146. Method
147. Results
148. Conclusions
149. ‘Mind the Gap’: False Memories as a Case of Event Cognition
150. Method
151. Results
152. Discussion
153. Method
154. Results
155. Discussion
156. References
157. Feature Detection: An Adequate Meta-Theory for Fear Responding?
158. Method
159. Results and Discussion
160. References
161. “Perception for Inhibition”: A Dorsal-frontal Pathway for Sensorimotor Regulation?
162. Method
163. Results
164. Method
165. Results
166. Method
167. Results
168. Discussion
169. References
170. Mobile Phones and Driving: Affordances and Attention
171. Methods
172. Results
173. Discussion
174. References
175. A Comparison of Real Catching with Catching in a CAVE
176. Methods
177. Results
178. Discussion
179. References
180. Task-Constraints and Movement Possibilities Influence the Timing of Hitting
181. Experiment 1: The effect of ball approach speed and impact constraints on timing
182. Experiment 2: The effect of a backswing on timing
183. Discussion
184. References
185. Perception-Action Coupling and Expertise in Interceptive Actions
186. Method
187. Data analysis
188. Results
189. Conclusion
190. References
191. Binocular Depth Vision in the Timing of One-Handed Catching
192. Method
193. Results
194. Discussion
195. References
196. How Do We Reach and Grasp a Virtual Image?
197. Method
198. Results
199. Discussion
200. References
201. Movement Sequences for Cracking an Egg
202. Method
203. Results
204. Discussion
205. References
206. Tau Guidance for Mobile Soccer Robots
207. Method
208. Results
209. Conclusions
210. References
211. Stereoscopic 3D Visualisation Using Gaze-Contingent Volume Rendering: Exploratory Perception in Action
212. Method
213. Conclusions
214. References
215. Does Exploration Promote Convergence on Specifying Variables?
216. Method
217. Results and Discussion
218. Conclusions
219. References
220. Evidence for Two Visual Pathways: Differences in Walking and Talking Perceived Distance
221. Method
222. Results
223. Discussion
224. References
225. Linguistic Background and Perception of an Ambiguous Figure: New Findings
226. Method
227. Results and Discussion
228. References
229. Behavior of a Harbor Porpoise in an Unfamiliar Environment
230. Method
231. Results
232. Discussion
233. References
234. What is the Sound of One Rod Dropping?
235. Method
236. Results
237. Conclusion
238. References
239. A New Look at Situational Awareness: The Essential Ingredients for Modeling Perceiving and Acting by Animate and Robot Agents
240. A Précis of a Position to be Elaborated in the Workshop on the Challenges and Promises of an Ecological Approach to Robotics
241. Is a theory of ecological robotics possible?1
242. Evolving ecological robots with affordance-effectivity fits
243. A new tractability
244. The case for history machines
245. References
246. Footnotes
247. Toward Smart Cars with Computer Vision for Integrated Driver and Road Scene Monitoring
248. Experiment Setup
249. Lane Tracking
250. Results
251. Author Index

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Tags: Sheena Rogers, Judith Effken, Studies, Perception