Omicbots
High-Throughput Integrative Omic-Robots Platform for a Next Generation Physiology-based Precision Viticulture
OmicBots aims the integration from multi-omics, smart-photonics and robotics into system biology. The viticulture/wine industry can integrate advanced technology (e.g. artificial intelligence) into the crop system. The incorporation of artificial intelligence in crop systems will increase crop productivity and nutritional quality, attendant the precise zone and quantity of inputs (eg. water use efficiency), achieve crop resilience under environmental conditions, and monitor biotic and abiotic stress.Â
OmicBots Tasks
SYSTEM BIOLOGY. DEFINING A VIRTUAL GRAPEVINE PHENOTYPE FEATURE SPACE MODEL
INTEGRATIVE BIOLOGY. PHYSIOLOGICAL, TRANSCRIPTIONAL AND METABOLOMIC ASSESSMENT OF PLANTS’ PERFORMANCE
TECHNOLOGY AND ENGENEERING. COMBINING PHOTONICS SENSOR AND ROBOTICS
VITICULTURE: FIELD TESTS
FUSION INFORMATION AND VALIDATION OF OMICBOTS ENGINE PLATFORM
