162 | A neural social oddball signal lateralized to the right hemisphere C Amaral, M Simões, M Castelo-Branco |
163 | Effects of mental workload during operation of a visual P300 brain-computer interface I Käthner, S Halder, S C Wriessnegger, G R Müller-Putz, A Kübler |
164 | Combining event-related potentials and eye-tracking to assess the effect of attention on cortical responses L Kulke, J Wattam-Bell |
165 | Toward Semantic Visual Attention Models J Kucerova, Z Haladova |
166 | Toward high performance, weakly invasive Brain Computer Interfaces using selective visual attention D Rotermund, U A Ernst, S Mandon, K Taylor, Y Smiyukha, A K Kreiter, K Pawelzik |
167 | EEG in Dual-Task Human-Machine Interaction: On the Feasibility of EEG based Support of Complex Human-Machine Interaction E A Kirchner, S K Kim, M Fahle |
168 | Comparison of distributed source localization methods for EEG data A Seeland, S Straube, F Kirchner |
169 | Looking at ERPs from Another Perspective: Polynomial Feature Analysis S Straube, D Feess |
170 | Identifying Perceptual Features of Procedural Textures J Liu, J Dong, L Qi, M Chantler |
171 | Cotton Grading: Can Image Features Predict Human’s Visual Judgment? J Dong, T Zhang, L Qi, P Chen, D Wang |
172 | cVIS - A Software System for Analyzing Visual Perception M Raschke, T Ertl |
173 | Effective LIC Parameter Selection Based on Human Perception and Conditional Entropy Y Sun, J Dong, L Qi, S Xin, S Wang |
174 | Towards a quantitative metric of facial scarring by analyzing qualitative descriptions D Simmons, L Spence |
175 | Computational proto-object detection in 3D data G Martín García, S Frintrop |
176 | The advantages of coarse-to-fine processing – a Computer Vision Approach A Brilhault, R Guyonneau, S Thorpe |
177 | Hierarchical feature representation reduces the Müller-Lyer effect A Zeman, K Brooks, O Obst |
178 | Sensorimotor integration using an information gain strategy in application to object recognition tasks T Kluth, D Nakath, T Reineking, C Zetzsche, K Schill |
179 | The software model of the Mirakyan’s “Perceptron” I Afanasyev, S Artemenkov |
180 | High-reality space composition using stably-positioned imaging and acoustic wave field synthesis H Takada, M Date, S Koyama, S Ozawa, S Mieda, A Kojima |
181 | Assessment of fusional reserves with interactive software: Dependence of results on left-right image separation method A Bolshakov, N Vasiljeva, M Gracheva, G Rozhkova |
182 | Component Extraction and Motion Integration Test (CEMIT) L Bowns, W Beaudot |
183 | Rapid and precise assessment of the temporal contrast sensitivity function on an iPad M Dorr, L Lesmes, Z-L Lu, P Bex |