Alternative cue and response modalities maintain the Simon effect but impact task performance. (April 2022)

• Record Type: Journal Article
• Authors: Gupta, Aditi; Edwards III, Harvey M.; Rodriguez, Aaron R.; McKindles, Ryan J.; Stirling, Leia A.
• Is Part Of: Applied ergonomics. Volume 100(2022)
• Publication Date: 2022-04
• Subjects: Information processing -- Tactile/haptic displays -- Perception-action; Human engineering -- Periodicals; 620.82
• DOI: 10.1016/j.apergo.2021.103648
• Languages: English
• ISSNs: 0003-6870

Abstract

Abstract: Inhibitory control, the ability to inhibit impulsive responses and irrelevant stimuli, enables high level functioning and activities of daily living. The Simon task probes inhibition using interfering stimuli, i.e., cues spatially presented on the opposite side of the indicated response; incongruent response times (RT) are slower than congruent RTs. Operational applicability of the Simon task beyond finger/hand manipulations and visual/auditory cues is unclear, but important to consider as new technologies provide tactile cues and require motor responses from the lower extremity (e.g., exoskeletons). In this study, twenty participants completed the Simon task under four conditions, each combination of two cue (visual/tactile) and response (upper/lower-extremity) modalities. RT were significantly longer for incongruent than congruent cues across cue-response pairs. However, alternative cue-response pairs yielded slower RT and decreased accuracy for tactile cues and lower-extremity responses. Results support operational usage of the Simon task to probe inhibition using tactile cues and lower-extremity responses relevant for new technologies like exoskeletons and immersive environments. Highlights (85 characters per bullet point): The Simon task can probe inhibition with tactile cues and lower-extremity response. Alternative interaction modes decrease reaction time, accuracy, and response rate. Increased response times may result from longer cognitive processing times. Informed cue and response modality design enables adequate human-system interaction.