Wang Zhiguo, Zhang Kan, Klein Raymond M
Institute of Psychology, Chinese Academy of Sciences, Beijing, China.
Atten Percept Psychophys. 2010 Jan;72(1):76-85. doi: 10.3758/APP.72.1.76.
If and when search involves the serial inspection of items by covert or overt attention, its efficiency would be enhanced by a mechanism that would discourage re-inspections of items or regions of the display that had already been examined. Klein (1988, 2000; Klein & Dukewich, 2006) proposed that inhibition of return (IOR) might be such a mechanism. The present experiments explored this proposal by combining a dynamic search task (Horowitz & Wolfe, 1998, 2003) with a probe-detection task. IOR was observed when search was most efficient (static and slower dynamic search). IOR was not observed when search performance was less efficient (fast dynamic search).These findings are consistent with the "foraging facilitator" proposal of IOR and are unpredicted by theories of search that assume parallel accumulation of information across the array (plus noise) as a general explanation for the effect of set size upon search performance.
当搜索涉及通过隐蔽或公开注意对项目进行串行检查时,一种能够抑制对已经检查过的显示项目或区域进行重新检查的机制会提高搜索效率。克莱因(1988年、2000年;克莱因和杜克维奇,2006年)提出返回抑制(IOR)可能就是这样一种机制。本实验通过将动态搜索任务(霍洛维茨和沃尔夫,1998年、2003年)与探测任务相结合来探究这一假设。在搜索效率最高时(静态和较慢的动态搜索)观察到了IOR。在搜索性能较低时(快速动态搜索)未观察到IOR。这些发现与IOR的“觅食促进者”假设一致,并且那些假设信息在阵列中并行积累(加上噪声)作为集合大小对搜索性能影响的一般解释的搜索理论无法预测这些发现。