Advancement in Dietary Assessment and Self-Monitoring Using Technology 

<br/><br/><br/>English[eng] 
<br/><br/><label>Subjects--Topical Terms: </label><br/>children||dietary assessment||nutrients||carbohydrate counting||protein and fat counting||calorie counting||automatic bolus calculator||voice description of meals||insulin dosage||glycemic control||diabetes mellitus||nutrition||food measurement||nutrient database||energy intake||validity||reliability||food frequency questionnaire||web||under-reporting||over-reporting||mobile applications||adults||nutritional science||qualitative research||mobile food record||24-h recall||developmental disabilities||spina bifida||down syndrome||technology||pediatrics||image-assisted method||infant||food record||doubly labeled water||nutritional application||smartphone||DGA||dietary behaviors||household food purchase behavior||obesity||overweight weight control||mobile technologies||Web-based technologies||usability||human factors||Automated Self-Administered Dietary Assessment Tool (ASA24)||24-h dietary recall||low socioeconomic status||diet||assessment||food log||recall||diet apps||recipe calculations||nutrient retention||dietary intake assessment||technological innovations||Type 2 diabetes mellitus||diabetes management||dietary application||physical activity||blood glucose||mHealth||sugar intakes||dietary record||East Asians||chewing detection||AIM||neural networks||food intake detection||video annotation||sensor validation||diet assessment||relative validity||young adults||apps||mobile app||fruits||vegetables||self-monitoring||healthy diet||shared plate eating||lower middle income countries||food energy estimation||generative models||generative adversarial networks||image-to-energy mapping||regressions||eating activity detection||hand-to-mouth movement||wrist-mounted motion tracking sensor||accelerometer||gyroscope||text messages||type 2 diabetes||diabetes self-care activities||cardiovascular disease risk awareness||food availability||food choices||n/a