Does multimodality per se improve receiver performance? An explicit comparison of multimodal versus unimodal complex signals in a learned signal following task

RT @HannahMRowland: Blue jays able to follow visual & acoustic signal components, multimodality did not improve accuracy/learning time http…

RT @HannahMRowland: Blue jays able to follow visual & acoustic signal components, multimodality did not improve accuracy/learning time http…

Does multimodality per se improve receiver performance? An explicit comparison of multimodal versus unimodal… https://t.co/ZUeBqxacbo BES

Does multimodality per se improve receiver performance? multimodal vs unimodal complex signals by Ruby & Stephens https://t.co/NOHADf6AOs

Does multimodality per se improve receiver performance? An explicit comparison of multimodal versus unimodal… https://t.co/Qbhy0oh7yU BES

RT @nyuprimatology: Does multimodality per se improve receiver performance? Backs up theory that suggests without constraints, it's a no ht…

RT @nyuprimatology: Does multimodality per se improve receiver performance? Backs up theory that suggests without constraints, it's a no ht…

Does multimodality per se improve receiver performance? Backs up theory that suggests without constraints, it's a no https://t.co/oDLIYOoDlR

Blue jays able to follow visual & acoustic signal components, multimodality did not improve accuracy/learning time https://t.co/xC4P7jXNHf