Al parecer, la atención prestada a estímulos visuales podría ajustarse a la ley de igualación, y los parámetros de subigualación y sesgo podrían estar relacionados con aprendizaje en distintas escalas temporales. https://t.co/emIHLoIQ3g https://t.co/w7Y0
@kosukesa 当たり前の話になっちゃいますが、そういうのは結局どういう解像度で現象を知りたいかに尽きますよね。対応法則でも「なんで対応則から逸脱するのか？」までモデルに入れようとする議論もあったりします。外野からは数量的行動分析はこっちの方向なのかなとも思ったりもします https://t.co/j01uEp6ouo
RT @StefanoFusi2: Learning on multiple timescales (ranging from seconds to months!) can be important. Deviations from the matching law actu…
RT @StefanoFusi2: Learning on multiple timescales (ranging from seconds to months!) can be important. Deviations from the matching law actu…
RT @maheump: Deviation from the matching law reflects an optimal strategy involving learning over multiple timescales @NatureComms by @Stef…
My PhD was a long time ago, but there was always something that bothered me about it... something missing. Finally, @stefanofusi2 and colleagues at Columbia figured it out! https://t.co/OiAjxTif0O
RT @StefanoFusi2: Learning on multiple timescales (ranging from seconds to months!) can be important. Deviations from the matching law actu…
RT @maheump: Deviation from the matching law reflects an optimal strategy involving learning over multiple timescales @NatureComms by @Stef…
RT @maheump: Deviation from the matching law reflects an optimal strategy involving learning over multiple timescales @NatureComms by @Stef…
RT @StefanoFusi2: Learning on multiple timescales (ranging from seconds to months!) can be important. Deviations from the matching law actu…
This paper!
RT @StefanoFusi2: Learning on multiple timescales (ranging from seconds to months!) can be important. Deviations from the matching law actu…
RT @StefanoFusi2: Learning on multiple timescales (ranging from seconds to months!) can be important. Deviations from the matching law actu…
RT @StefanoFusi2: Learning on multiple timescales (ranging from seconds to months!) can be important. Deviations from the matching law actu…
RT @maheump: Deviation from the matching law reflects an optimal strategy involving learning over multiple timescales @NatureComms by @Stef…
RT @maheump: Deviation from the matching law reflects an optimal strategy involving learning over multiple timescales @NatureComms by @Stef…
RT @maheump: Deviation from the matching law reflects an optimal strategy involving learning over multiple timescales @NatureComms by @Stef…
RT @maheump: Deviation from the matching law reflects an optimal strategy involving learning over multiple timescales @NatureComms by @Stef…
RT @StefanoFusi2: Learning on multiple timescales (ranging from seconds to months!) can be important. Deviations from the matching law actu…
RT @StefanoFusi2: Learning on multiple timescales (ranging from seconds to months!) can be important. Deviations from the matching law actu…
Learning on multiple timescales (ranging from seconds to months!) can be important. Deviations from the matching law actually reflect an efficient strategy based on learning on multiple timescale. See our new paper on Nat. Comm. https://t.co/FgkOhab5Wg
Deviation from the matching law reflects an optimal strategy involving learning over multiple timescales @NatureComms by @StefanoFusi2 and colleagues: https://t.co/zMr1WcE01c
Deviation from the matching law reflects an optimal strategy involving learning over multiple timescales https://t.co/StZtLRXePC v/ @NatureNews https://t.co/w3JrbPOYA0