A neural model of the optomotor system accounts for ordered responses to decreasing stimulus spatial frequencies

Alex Cope; Chelsea Sabo; Eleni Vasilaki; Kevin Gurney; James AR Marshall

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A neural model of the optomotor system accounts for ordered responses to decreasing stimulus spatial frequencies

机译：光动力系统的神经模型解释了对刺激空间频率降低的有序响应

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《BMC Neuroscience》 |2015年第1期|共页
作者
Alex Cope; Chelsea Sabo; Eleni Vasilaki; Kevin Gurney; James AR Marshall;
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中图分类人类学;
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1. Hidden Markov Models for the Stimulus-Response Relationships of Multistate Neural Systems [J] . Sean Escola, Alfredo Fontanini, Don Katz, Neural computation . 2011,第5期

机译：多状态神经系统的刺激-响应关系的隐马尔可夫模型
2. The optomotor response and spatial resolution of the visual system in male Xenos vesparum (Strepsiptera) [J] . Pix W., Zeil J., Zanker JM. The Journal of Experimental Biology . 2000,第22期

机译：雄性Xenos vesparum（Strepsiptera）视觉系统的光动力反应和空间分辨率
3. Spatial summation properties of the human ocular following response (OFR): Dependence upon the spatial frequency of the stimulus [J] . SheligaB.M., QuaiaC., CummingB.G., Vision Research: An International Journal in Visual Science . 2012,第Null期

机译：人眼跟随反应（OFR）的空间总和特性：取决于刺激的空间频率
4. Estimation of the impulse response of the visual system using stochastic modulation of stimulus spatial frequency [C] . Lalor E.C., Lucan J.N., Foxe J.J. Neural Engineering, 2009. NER '09 . 2009

机译：使用刺激空间频率的随机调制估计视觉系统的脉冲响应
5. Stimulus artifact subtraction for concurrent neural recording and polarizing low-frequency electric field stimulation. [D] . Chernyy, Nikolai. 2010

机译：刺激伪影减法，用于同时进行神经记录和极化低频电场刺激。
6. A neural model of the optomotor system accounts for ordered responses to decreasing stimulus spatial frequencies [O] . Alex Cope, Chelsea Sabo, Eleni Vasilaki, 2015

机译：光动力系统的神经模型解释了对刺激空间频率降低的有序响应
7. A neural model of the optomotor system accounts for ordered responses to decreasing stimulus spatial frequencies [O] . Alex Cope, Chelsea Sabo, Eleni Vasilaki, 2015

机译：光动力系统的神经模型解释了对刺激空间频率降低的有序响应

A neural model of the optomotor system accounts for ordered responses to decreasing stimulus spatial frequencies

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