Computing in Science & Engineering · 2018 · 10 citations · 0 references
AgricultureComputer ScienceFood ScienceBinocular VisionComputer VisionDietary AssessmentDietary Pattern AnalysisFood AutomationFood CompositionFood ConsumptionPortion Size EstimationAccuracyAutomated Portion EstimationFood Appearance EvaluationFood Portion EstimationFood Texture AssessmentFood Volume EstimationFood Weight EstimationThree-dimensional Food Modeling
We propose a novel binocular vision technique to obtain food dimensions for dietary evaluation. A wearable device acquired images of food samples, which were segmented using the improved Chan-Vese model and compared with virtual objects. Results showed this method to be robust, achieving higher accuracy than conventional correspondence techniques.