Asmita Singh Data-verified
Affiliation confirmed via AI analysis of OpenAlex, ORCID, and web sources.
Researcher
faculty
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Biography and Research Information
OverviewAI-generated summary
Asmita Singh's research investigates the intersection of sensory perception, behavior, and health, with a particular focus on individuals with autism spectrum disorder and the impact of social dining contexts. Her work explores how sensory characteristics of food and dining environments influence consumer acceptance and enjoyment. Recent publications examine the effects of physical or digital commensality on meal perception and the role of utensil conditions in food evaluation during testing. Singh has also published on the atypical sensory functions and eating behaviors observed in adults with autism. Her research extends to the use of technology for health applications, including deep learning for autism detection. Singh's scholarship metrics include an h-index of 7, with 13 total publications and 116 total citations. She has collaborated with several researchers at the University of Arkansas at Fayetteville, including Han-Seok Seo, Ragita C. Pramudya, Sara Jarma Arroyo, and Thadeus L. Beekman.
Metrics
- h-index: 7
- Publications: 13
- Citations: 122
Selected Publications
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Video-Based Autism Detection with Deep Learning (2024)
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Impacts of Utensil Conditions on Consumer Perception and Acceptance of Food Samples Evaluated under In-Home Testing during the COVID-19 Pandemic (2023)
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Power of presence: Effects of physical or digital commensality on consumer perception and acceptance of meals (2022)
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Atypical sensory functions and eating behaviors among adults on the autism spectrum: One‐on‐one interviews (2021)
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Effects of commensality condition on food perception and ingestive behavior (2021)
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Stay safe in your vehicle: Drive-in booths can be an alternative to indoor booths for laboratory sensory testing (2021)
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Recent evidence for the impacts of olfactory disorders on food enjoyment and ingestive behavior (2021)
Collaboration Network
Top Collaborators
- Stay safe in your vehicle: Drive-in booths can be an alternative to indoor booths for laboratory sensory testing
- Recent evidence for the impacts of olfactory disorders on food enjoyment and ingestive behavior
- Power of presence: Effects of physical or digital commensality on consumer perception and acceptance of meals
- Video-Based Autism Detection with Deep Learning
- Atypical sensory functions and eating behaviors among adults on the autism spectrum: One‐on‐one interviews
Showing 5 of 7 shared publications
- Recent evidence for the impacts of olfactory disorders on food enjoyment and ingestive behavior
- Power of presence: Effects of physical or digital commensality on consumer perception and acceptance of meals
- Effects of commensality condition on food perception and ingestive behavior
- Recent evidence for the impacts of olfactory disorders on food enjoyment and ingestive behavior
- Stay safe in your vehicle: Drive-in booths can be an alternative to indoor booths for laboratory sensory testing
- Stay safe in your vehicle: Drive-in booths can be an alternative to indoor booths for laboratory sensory testing
- Stay safe in your vehicle: Drive-in booths can be an alternative to indoor booths for laboratory sensory testing
- Effects of commensality condition on food perception and ingestive behavior
- Effects of commensality condition on food perception and ingestive behavior
- Power of presence: Effects of physical or digital commensality on consumer perception and acceptance of meals
- Power of presence: Effects of physical or digital commensality on consumer perception and acceptance of meals
- Video-Based Autism Detection with Deep Learning
- Video-Based Autism Detection with Deep Learning
- Video-Based Autism Detection with Deep Learning
- Video-Based Autism Detection with Deep Learning
- Video-Based Autism Detection with Deep Learning
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