Comprehensive Automation for Specialty Crops
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Prosser, WA United States
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Comprehensive Automation for Specialty Crops (CASC) is funded by the USDA Specialty Crop Research Initiative with 100% matching funds from industry and university partners. CASC is a flagship project, with $12 million in total funding, dedicated to developing comprehensive automation strategies and technologies for the $18 billion U.S. deciduous tree fruit industry and the $17 billion U.S. nursery and landscape industry.
Institutions: Carnegie Mellon University, Oregon State University, The Pennsylvania State University, Purdue University, Washington State University, USDA Agricultural Research Service Appalachian Fruit Research Station, Vision Robotics, Toro, DBR Conveyor Concepts, Trim
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casc
automation
apples
pennsylvania state university
specialty crop
tree fruit
mechinization
scri
carnegie mellon
specialty crops
johnny park
management
technology adoption
sanjiv singh
mechanization
tom kon
alex leslie
joe russo
precision agriculture
cody musselman
george kantor
zedx
russell rohrbaugh
disease
purdue university
apple
mike glenn
usda-ars
henry ngugi
platform
mechinical thinning
stone fruit
katie ellis
marcel bergermen
marcel bergerman
innovation
insect monitoring
electronic trap
toro
dana lonn
orchard
harvest
technology
washington tree fruit research commission
ifw
insect trap
detect
internal feeding work
wireless sensor
caliper
tree nursery
tree counter
james travis
sensors
noemi halbrendt
penn state
jeremy zidek
peaches
jim schupp
tara baugher
asabe casc hamner
asabe
accurate positioning
surveys
bin filling
augmented harvest
sociological implications
comprehensive automation for special crops
apm
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