presentation precision agriculture - service infraestructure
TRANSCRIPT
NAP BioComp – LAA - EPUSP
A Spatial Data Infraestruture for
Biodiversity and Precision Agriculture Wilian F. Costa
Ph. D Student EPUSP (Escola Politécnica da Universidade de São Paulo)
August , 30th 2012
Laboratory of Agricultural
Automation (LAA)
NAP BioComp – LAA - EPUSP
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Precision Agriculture and Biodiversity –
Motivations of Research
• Need for adoption of Spatial Data Infrastructure (SDI)
to facilitate and coordinate the exchange and sharing of
geospatial data among different organizations through
network technologies in the context of Biodiversity and
Precision Agriculture.
• A SDI provides a spatially enabled Service Oriented
Architecture (SOA) that uses Open Geoespatial
Consortium (OGC) stardardized interfaces to provide
access to webservices that deal with geopespatial
information (maps, sensors, files, etc.).
NAP BioComp – LAA - EPUSP
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Precision Agriculture and Biodiversity –
Some Aspects Considered
• Easy interaction with maps;
• Easy composition of different sources of information;
• Static (through Enterprise Service Bus - ESB) and
Dynamic (through Web Processing Service - WPS)
Process Composition based on user selection of
deployed Webservices;
• Integration with Sensor Web Networks providing a
near-real-time aquisition of data;
• Use of a Business Process Driven SOA (BPEL, BPMN,
Workflows);
• Integration with Legacy Application Systems.
NAP BioComp – LAA - EPUSP
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Proposed Infrastructure - Reference Architecture
• Applied to Biodiversity
Informatics &
Precision Agriculture
NAP BioComp – LAA - EPUSP
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Infrastructure - Software Architecture
• Technology Viewpoint
NAP BioComp – LAA - EPUSP
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Infrastructure - Software Architecture
• Technology Viewpoint
Sensor Network Integration Example
NAP BioComp – LAA - EPUSP
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Precision Agriculture Processes and Services
Data Filtering for Harvesting Machine Productivity (BPMN process)
NAP BioComp – LAA - EPUSP
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Precision Agriculture Processes and Services
Fertilizer Application in Variable Rate
Fertilizer Recommendation Need of P2O5 nutrient equation
Need of K2O nutrient equation
Production Increment (%)
Culture-Related Base
Saturation (V%)
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Objectives of SDI Integration
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Precision Agriculture Processes and Services
In Development:
Recomendation for Fertilizer Application in Variable-
rate
Management Zones Automatic Identification Tool
Recommendation to Increase Field Productivity Tool
WPS and SWE integration.
A New portal with beta version of Applications and
Services.
NAP BioComp – LAA - EPUSP
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Thank You!
Wilian F. Costa
August, 30th 2012
Laboratory of Agricultural Automation (LAA)
Research Center on Biodiversity and Computing - BioComp. USP - University of São Paulo, Brazil
tel. +55-11-3091 5104 fax: +55-11-3091 5294
www.laa.pcs.usp.br www2.pcs.usp.br/biocomp