Wiener Neustadt / Beltsville / Baltimore / Washington / D.C. / Auckland / Burnaby / /
Company
Prosilica Inc. / Rainbow Inc. / Rice Fruit Co. / Ohaus Corporation / Compac Sorting Equipment Ltd. / Hoerbiger-Origa GmbH / Elsevier Ltd / Microsoft / Cranston Machinery Co. / /
Country
Netherlands / New Zealand / Austria / United States / Canada / / /
Event
Product Issues / /
Facility
College Park / To garner / University of Maryland / Food Safety Laboratory / /
IndustryTerm
mechanical loading device / hyperspectral imaging technique / travel distance / Fruit orienting device / agricultural applications / automated software routine / multispectral laser-induced fluorescence imaging / food products / imaging / machine vision systems / food / energy / apple loading site / hyperspectral fluorescence imaging / kinetic energy / e.g. systems / orientation systems / motor-based transport systems / detection algorithms / built-in metal support bar / less travel distance / individual apples limits processing speeds / industry solutions / Machine vision technology / /
Organization
Department of Mathematics & Statistics / Henry A. Wallace Beltsville Agricultural Research Center / USDA / University of Maryland / College Park / Mechanical Engineering Department / University of Maryland Baltimore County / Department of Nutrition and Food Science / Environmental Microbial and Food Safety Laboratory / /
Person
Henry A. Wallace / /
Position
Corresponding author / Commissioner / /
Product
fruit / /
ProgrammingLanguage
Visual Basic / /
ProvinceOrState
University of Maryland Baltimore County / Maryland / British Columbia / /
Orienting apples for imaging using their inertial properties and random apple loading