Robotics & Imagining Systems Working Group I Autonomous Robotic Greenhouse Workshop II Guelph,...

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Robotics & Imagining Robotics & Imagining Systems Systems Working Group I Autonomous Robotic Greenhouse Workshop II Guelph, Ontario 8 September 2005

Transcript of Robotics & Imagining Systems Working Group I Autonomous Robotic Greenhouse Workshop II Guelph,...

Page 1: Robotics & Imagining Systems Working Group I Autonomous Robotic Greenhouse Workshop II Guelph, Ontario 8 September 2005.

Robotics & Robotics & Imagining SystemsImagining Systems

Working Group IAutonomous Robotic Greenhouse

Workshop IIGuelph, Ontario

8 September 2005

Page 2: Robotics & Imagining Systems Working Group I Autonomous Robotic Greenhouse Workshop II Guelph, Ontario 8 September 2005.

What Industry NeedsWhat Industry Needs

Near-term requirements:• Cutting costs to remain competitive for the next 5

years• Biggest costs–harvesting!

Longer-term considerations:• Stop thinking in square metres; start thinking in

cubic metres• Cost savings up to 3.5x • The future is 3D greenhousing!

Return-on-investment horizon: Less than 3 years

Page 3: Robotics & Imagining Systems Working Group I Autonomous Robotic Greenhouse Workshop II Guelph, Ontario 8 September 2005.

EconomicsEconomics

AutomationAutomation

Automonous Robotic GreenhouseAutomonous Robotic Greenhouse

The Storyline. . .The Storyline. . .

Page 4: Robotics & Imagining Systems Working Group I Autonomous Robotic Greenhouse Workshop II Guelph, Ontario 8 September 2005.

The Grand Mission. . .The Grand Mission. . .

To automate growing operations from seed to table

Page 5: Robotics & Imagining Systems Working Group I Autonomous Robotic Greenhouse Workshop II Guelph, Ontario 8 September 2005.

The Big Question. . .The Big Question. . .

What is the science and technology required to enable cost-efficient growing operations in enclosed systems?• Logistics (moving plants vs moving equipment)• Energy considerations• Artificial intelligence• Sensing & automation• Robotics

Page 6: Robotics & Imagining Systems Working Group I Autonomous Robotic Greenhouse Workshop II Guelph, Ontario 8 September 2005.

Focus of ProposalFocus of Proposal

Development of science and technology to realize the 3D greenhouse of the future

Comparison of future conventional greenhouse operations to 3D greenhouse operations

Infrastructure:• Conventional greenhouse• Baseline 3D greenhouse, suitable for

innovative experimentation• Robotic and automated systems

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Declared InterestsDeclared Interests OGVG, YorkU (3D greenhousing) OMA (cost-effective production) UofWindsor, NRC IMTI, YorkU (virtual

greenhouse modeling) Neptec, UofGuelph, UWO (imaging) Unisearch, UTMIE (3D gas analysis) Honey Electric (systems integration) UofGuelph, UTIAS, YorkU, NRC IMTI, OCE

(robotics) Niagara College (photonics) NRC IMTI (post-harvest operations) EMS, UofGuelph, UofWindsor (plant-health

monitoring)

Page 8: Robotics & Imagining Systems Working Group I Autonomous Robotic Greenhouse Workshop II Guelph, Ontario 8 September 2005.

Let’s Grow Together!Let’s Grow Together!

Page 9: Robotics & Imagining Systems Working Group I Autonomous Robotic Greenhouse Workshop II Guelph, Ontario 8 September 2005.

ParticipantsParticipants OCE: Fred Christie, Steve

Colbert NRC IMTI: Peter Orban UofWindsor: Jonathan

Wu UofGuelph: Bernie

Grodzinski, Hussein Abdullah, Javaid Iqhal

YorkU: Mavin Mandelbaum

OGVG: Shallim Khosla Hydrorganic Greenhouse:

Ed Casteels

Unisearch: Doug Beynon

Niagara College: Christine Bradaric-Baus, Marti Jurmain

UWO: John Barron EMS: Andrew Bell Honey Electric: Reg

MacDonald UTMIE: Reza Mani UTIAS: Gabriele

D’Eleuterio